CN1783732A

CN1783732A - Multi-mode transmitter circuit and multi-mode tranmi-receive circuit and its radio communication device

Info

Publication number: CN1783732A
Application number: CNA2005101289842A
Authority: CN
Inventors: 石田薰
Original assignee: Matsushita Electric Industrial Co Ltd
Current assignee: Panasonic Holdings Corp
Priority date: 2004-12-03
Filing date: 2005-12-02
Publication date: 2006-06-07

Abstract

To provide a multi-mode transmitter circuit which reduces circuit scale, can suppress current consumption small and includes a TDMA mode and a CDMA mode.In the multi-mode transmitter circuit for selectively switching over between the TDMA mode and the CDMA mode, a band pass filter 18 attenuates frequency band components other than a transmission frequency band of a phase-modulated signal outputted from a voltage controlled oscillator 17 that is a phase modulation means, and filters the phase-modulated signal to pass therethrough a filtered phase-modulated signal. In the TDMA mode. a power amplifier 19 with an amplitude modulation function generates a transmitting radio signal by modulating an amplitude of the phase-modulated signal outputted from the band pass filter 17 according to an amplitude component of the inputted signal to be modulated and in the TDMA mode, on the other hand, in CDMA mode, the power amplifier outputs the phase-modulated signal outputted from the filter means as a transmitting radio signal.

Description

Multimode transtation mission circuit, multimode transmission circuit and use its radio communication device

Technical field

The CDMA pattern that the present invention relates to switch TDMA (Time Division Multiple Access) pattern, WCDMA (WidebandCode Division Multiple Access) or CDMA (Code Division Multiple Access) 2000 modes etc. of GSM (Global System for mobile communication) mode etc. sends the multimode transtation mission circuit of signal, also has the multimode transmission circuit of multi-mode receiver circuit and have the radio communication device of above-mentioned multimode transmission circuit except that above-mentioned multimode transtation mission circuit.

Background technology

In recent years, mobile phone has been developed to have the TDMA pattern that can switch the GSM mode that is called the second generation etc. and is called the CDMA pattern of the third generation and the phone of the multi-mode wireless function used, and practicability.

At present, in the transmitter of the TDMA mode of GSM mode or EDGE (Enhanced Data Rates for GSM Evolution) mode etc., used the system configuration (for example, with reference to non-patent literature 1) that is called polarity (polar) modulation.In addition, in GSM mode and EDGE mode, two wave bands that use to adopt two wave bands in the 800MHz frequency band and 1.8GHz frequency band, four wave bands of 4 wave bands (quad band) are altogether constructed mobile telephone system, here, in order to cover 800MHz frequency band and 1.8GHz frequency band, in fact constitute transtation mission circuit with these two systems.Relative therewith, in the CDMA mode, adopt the system configuration (architecture) that is called quadrature modulation.

Like this, constitute the multimode transtation mission circuit, used the system configuration that has special-purpose transtation mission circuit respectively in the past, switch the method (with reference to patent documentation 1) of a plurality of system configurations selectively in order to switch different a plurality of system configurations.

[patent documentation 1] special table 2002-543658 communique

[non-patent literature 1] Brent Wilkins, " GSM/GPRS/EDGE Chips FormTriband Transceiver ", Microwaves﹠amp; RF, March 2002.

But, have said structure, and the multimode with TDMA pattern and CDMA pattern is sent out Send in the circuit, even in the situation of using same transmission frequency band, also the pattern of wants is to place not side by side System architecture together, so there is circuit scale very big, part count also becomes many problems.

In addition, in the TDMA pattern, adopted the structure of not using bandpass filter, in order to press down System need to realize big signal to noise ratio to the interference of frequency acceptance band in transtation mission circuit, so the electricity of consumption is arranged The problem that stream increases.

Summary of the invention

The objective of the invention is to address the above problem, provide a kind of compared with prior art, circuit scale is little and can suppress current sinking littlelyr, have the multimode transtation mission circuit of TDMA pattern and CDMA pattern, except that above-mentioned multimode transtation mission circuit, also have the multimode transmission circuit of multi-mode receiver circuit and have the radio communication device of above-mentioned multimode transmission circuit.

The multimode transtation mission circuit of first invention, it switches at least one TDMA pattern selectively and uses with at least one CDMA pattern, described CDMA pattern is used and the identical in fact transmission frequency of described at least one TDMA pattern, wherein, comprise: phase modulated mechanism, it according to the phase component of the modulated signals of being imported, carries out output phase modulation signal after the phase modulated to carrier signal in described TDMA pattern and described CDMA pattern; Filtering mechanism, it is in described TDMA pattern and described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; With Modulation and Amplitude Modulation mechanism, it is in described TDMA pattern, by amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described filtering mechanism output, on the other hand, in described CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described filtering mechanism output.

The multimode transtation mission circuit of second invention, it switches a plurality of TDMA patterns that comprise the first and second TDMA patterns that differ from one another selectively and uses with at least one CDMA pattern, described CDMA pattern is used and the identical in fact transmission frequency of a described TDMA pattern, wherein, comprise: the first phase modulated mechanism, its in a described TDMA pattern and described CDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal; The second phase modulated mechanism, its in described the 2nd TDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal; Filtering mechanism, it is in a described TDMA pattern and described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described first phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; The first Modulation and Amplitude Modulation mechanism, it is in a described TDMA pattern, by amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described filtering mechanism output, on the other hand, in described CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described filtering mechanism output; With the second Modulation and Amplitude Modulation mechanism, it is in described the 2nd TDMA pattern, and by the amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described second phase modulated mechanism output.

In the multimode transtation mission circuit of above-mentioned second invention, wherein, described first Modulation and Amplitude Modulation mechanism and the described second Modulation and Amplitude Modulation mechanism come shared by a Modulation and Amplitude Modulation mechanism.

The multimode transtation mission circuit of the 3rd invention, it switches a plurality of TDMA patterns of comprising the first and second TDMA patterns that differ from one another and a plurality of CDMA pattern selectively and uses, described CDMA pattern comprises transmission frequency identical in fact with the described first and second TDMA patterns and the first and second CDMA patterns that differ from one another used, wherein, comprise: phase modulated mechanism, they are in described first and second TDMA patterns and the described first and second CDMA patterns, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal; The first filtering mechanism, it is in a described TDMA pattern and a described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; The second filtering mechanism, it is in described the 2nd TDMA pattern and described the 2nd CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; Modulation and Amplitude Modulation mechanism, it is in a described TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described first filtering mechanism output, in described the 2nd TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described second filtering mechanism output, in a described CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described first filtering mechanism output; In described the 2nd CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described second filtering mechanism output.

The multimode transtation mission circuit of the 4th invention, it switches a plurality of TDMA patterns and a plurality of CDMA pattern selectively and uses, described TDMA pattern comprises the first and second TDMA patterns, the transmission frequency of the 2nd TDMA pattern be essentially a TDMA pattern transmission frequency 1/2, described CDMA pattern comprises identical in fact with the described first and second TDMA patterns respectively transmission frequency band of use and the first and second CDMA patterns that differ from one another, wherein, comprise: phase modulated mechanism, they are in described first and second TDMA patterns and the described first and second CDMA patterns, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal; Frequency division mechanism, this phase modulated signal of its frequency division makes to be essentially 1/2 from the frequency of the phase modulated signal of described phase modulated mechanism output, and the phase modulated signal behind the output frequency division; The first filtering mechanism, it is in a described TDMA pattern and a described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; The first Modulation and Amplitude Modulation mechanism, it is in a described TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described first filtering mechanism output, in a described CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described first filtering mechanism output; The second Modulation and Amplitude Modulation mechanism, it is in described the 2nd TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation behind the frequency division of described frequency division mechanism output phase modulated signal and produce wireless transmission signal and output, in described the 2nd CDMA pattern, will export as the wireless transmission signal from the phase modulated signal behind the frequency division of described frequency division mechanism output.

The multimode transtation mission circuit of the 5th invention, it switches a plurality of TDMA patterns and a plurality of CDMA pattern selectively and uses, described a plurality of TDMA pattern comprises: the transmission frequency of the 2nd TDMA pattern is essentially 1/2 the first and second TDMA patterns of the transmission frequency of a TDMA pattern, use be offset from the transmission frequency of a described TDMA pattern regulation the first frequency side-play amount transmission frequency the 3rd TDMA pattern and use the 4th TDMA pattern of transmission frequency that has been offset the second frequency side-play amount of regulation from the transmission frequency of described the 2nd TDMA pattern, described CDMA comprises identical in fact with the described first and second TDMA patterns respectively transmission frequency band of use and the first and second CDMA patterns that differ from one another, wherein, comprise: the first phase modulated mechanism, they are in described first and second TDMA patterns and the described first and second CDMA patterns, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal; The second phase modulated mechanism, its in the described third and fourth TDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal; The first frequency division mechanism, this phase modulated signal of its frequency division makes to be essentially 1/2 from the frequency of the phase modulated signal of described first phase modulated mechanism output, and the phase modulated signal behind the output frequency division; The second frequency division mechanism, this phase modulated signal of its frequency division makes to be essentially 1/2 from the frequency of the phase modulated signal of described second phase modulated mechanism output, and the phase modulated signal behind the output frequency division; The first filtering mechanism, it is in a described TDMA pattern and a described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described first phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; The first Modulation and Amplitude Modulation mechanism, it is in a described TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described first filtering mechanism output, in a described CDMA pattern, to export as the wireless transmission signal from the phase modulated signal of described first filtering mechanism output, in described the 3rd TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation is also exported thereby produce the wireless transmission signal from the phase modulated signal of described second phase modulated mechanism output; The second filtering mechanism, it is in described the 2nd TDMA pattern and described the 2nd CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal behind the frequency division of described first frequency division mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; The second Modulation and Amplitude Modulation mechanism, it is in described the 2nd TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described second filtering mechanism output, in described the 2nd CDMA pattern, to export as the wireless transmission signal from the phase modulated signal of described second filtering mechanism output, in described the 4th TDMA pattern, amplitude composition according to the modulated signals of being imported, the phase modulated signal of Modulation and Amplitude Modulation behind the frequency division of described second frequency division mechanism output, thus wireless transmission signal and output produced.

In described each multimode transtation mission circuit, wherein, described each filtering mechanism is band pass filter or band stop filter.

The multimode transmission circuit of the 6th invention wherein, comprising: described each multimode transtation mission circuit; And multi-mode receiver circuit, it receives the wireless receiving signal received and goes forward side by side after the line frequency conversion in described each TDMA pattern and described each CDMA pattern, carries out demodulation.

Multimode transmission circuit in above-mentioned the 6th invention, wherein, described multi-mode receiver circuit will be used as the local oscillation signal that described frequency inverted is used from the phase modulated signal or the phase modulated signal behind the frequency division of described each frequency division mechanism output of described each phase modulated mechanism output.

The radio communication device of the 7th invention wherein, comprising: described each multimode transmission circuit; Antenna, it receives the wireless receiving signal, and sends the wireless transmission signal; Described multi-mode receiver circuit receives the wireless receiving signal that receives by described antenna, the line frequency of going forward side by side conversion back demodulation; Described multimode transtation mission circuit will be launched after will outputing to described antenna from the wireless transmission signal of this multimode transtation mission circuit output.

Therefore, according to the present invention, in order to alleviate the signal to noise ratio of multimode transtation mission circuit, between the input terminal of the lead-out terminal of above-mentioned each phase modulated mechanism and above-mentioned each Modulation and Amplitude Modulation mechanism, inserted and passed through after making the band component decay outside the transmission frequency band of the phase modulated signal of above-mentioned each phase modulated mechanism output and making this phase modulated signal filtering, and exported the filtering mechanism of filtered phase modulated signal.Therefore, compared with prior art, circuit scale reduces, and can suppress current sinking littlelyr, can realize having the multimode transtation mission circuit of TDMA pattern and CDMA pattern, except that above-mentioned multimode transtation mission circuit, also have the multimode transmission circuit of multi-mode receiver circuit and have the radio communication device of above-mentioned multimode transmission circuit.

Description of drawings

Fig. 1 is the block diagram of structure of the radio communication device of expression first execution mode of the present invention;

Fig. 2 is the block diagram of structure of the radio communication device of the expression first execution mode variation of the present invention;

Fig. 3 is the block diagram of structure of the radio communication device of expression second execution mode of the present invention;

Fig. 4 is the block diagram of structure of the radio communication device of the expression second execution mode variation of the present invention;

Fig. 5 is the block diagram of structure of the radio communication device of expression the 3rd execution mode of the present invention;

Fig. 6 is the block diagram of structure of the radio communication device of expression the 3rd execution mode variation of the present invention;

Fig. 7 is the block diagram of structure of the radio communication device of expression the 4th execution mode of the present invention;

Fig. 8 is the block diagram of structure of the radio communication device of expression the 4th execution mode variation of the present invention;

Fig. 9 is the block diagram of structure of the radio communication device of expression the 5th execution mode of the present invention;

Figure 10 is the block diagram of structure of the radio communication device of expression the 5th execution mode variation of the present invention;

Figure 11 is the block diagram of structure of radio communication device of another variation of expression second execution mode of the present invention.

Among the figure: the 11-antenna, the 12-low pass filter, 13, the 22-diplexer filter, 13a, 13b, 14,18a, 18b, 22a, 22b, 23,24,26, the 27-band pass filter, 15-amplitude composition detection device, 16-phase component detector, 17, the 17a-voltage-controlled oscillator, 19,19a, the power amplifier of 19b-band Modulation and Amplitude Modulation function, 20-CDMA pattern receiving circuit, 20a-the one CDMA pattern receiving circuit, 20b-the 2nd CDMA pattern receiving circuit, 21-TDMA pattern receiving circuit, 21a, 21aa-the one TDMA pattern receiving circuit, 21b, 21ba-the 2nd TDMA pattern receiving circuit, 21c-the 3rd TDMA pattern receiving circuit, 21d-the 4th TDMA pattern receiving circuit, 25, the 25a-frequency divider, 31-high frequency low noise amplifier, the 32-blender, 33-intermediate-frequency circuit (IF circuit), 34-demodulator, the 35-frequency deviator, SW1, SW2, SW3, SW4, SW4a, SW4b, SW5, SW5a, SW5b, SW11, SW12, SW13, SW14, SW21, SW21a, SW22, the SW23-switch.

Embodiment

Below, with reference to accompanying drawing, embodiments of the present invention are described.In addition, in the execution mode below, same structural element is paid prosign.

(first execution mode)

Fig. 1 is the block diagram of structure of the radio communication device of expression first execution mode of the present invention.The radio communication device of first execution mode is characterised in that to have: the transmission circuit that the CDMA pattern is used; A transmission circuit that TDMA uses of the frequency band identical in fact with the frequency band of above-mentioned CDMA pattern with use, the transtation mission circuit of above-mentioned two patterns is made of the transtation mission circuit of a system.Here, in the first embodiment,

(1) transmission frequency of using in the CDMA pattern for example is 824-849MHz, and its receive frequency for example is 869-894MHz;

(2) transmission frequency of using in the TDMA pattern for example is 824-849MHz, and its receive frequency for example is 869-894MHz.

In these two patterns, use identical frequency band in fact.

In Fig. 1, switch SW 1 is used to send the switching of reception and the selection of above-mentioned two patterns is switched.In addition, switch SW 2 is used for the selection switching of above-mentioned two patterns when sending.Further, low pass filter 12 is set to the wireless transmission signal of low-pass filtering TDMA pattern, and band pass filter 14 is set to the wireless receiving signal of bandpass filtering TDMA pattern.In addition, diplexer filter 13 has two band pass filter 13a, 13b, and above-mentioned band pass filter 13a, 13b are set to respectively the wireless transmission signal and the wireless receiving signal of bandpass filtering CDMA pattern selectively.

When the reception of CDMA pattern, switch SW 1 switches to contact b side.At this moment, the wireless receiving signal of the CDMA pattern that receives by antenna 11 is input to CDMA pattern receiving circuit 20 through the contact b of switch SW 1 and the band pass filter 13b of diplexer filter 13, CDMA pattern receiving circuit to the wireless receiving signal imported carry out the high frequency low noise amplify, to the processing of the frequency inverted of intermediate-freuqncy signal and demodulation etc., and the baseband signal of output after handling.Here, baseband signal is a modulated signals.

In addition, when the reception of TDMA pattern, switch SW 1 switches to contact c side.At this moment, the wireless receiving signal of the TDMA pattern that receives by antenna 11 is input to TDMA pattern receiving circuit 21 through the contact c and the band pass filter 14 of switch SW 1, wireless receiving signal that 21 pairs of TDMA pattern receiving circuits are imported carry out the high frequency low noise amplify, to the processing of the frequency inverted of intermediate-freuqncy signal and demodulation etc., and the baseband signal of output after handling.

Further, when the transmission of TDMA pattern, when switch SW 1 is switched to contact a side, switch SW 2 is switched to contact a side.At this moment, the baseband signal of answering wireless transmission is input to amplitude composition detection device 15 and phase component detector 16, amplitude composition detection device 15 uses for example method such as envelope detection method, from the baseband signal of being imported, detect the amplitude composition of baseband signal, and the amplitude that will represent this amplitude composition for example becomes sub-signal to output to have used in the power amplifier 19 of the band Modulation and Amplitude Modulation function of polar modulation method.Here, the power amplifier 19 of amplitude composition detection device 15 and band Modulation and Amplitude Modulation function constitutes the Modulation and Amplitude Modulation circuit.In addition, phase component detector 16 for example carries out amplitude, and detects the phase component of baseband signal from the baseband signal of being imported, and after the phase component signal of representing this phase component is carried out differential, outputs to voltage-controlled oscillator 17.Here, phase component detector 16 and voltage-controlled oscillator 17 constitute phase-modulation circuit.Voltage-controlled oscillator 17 is by according to the phase component voltage of signals level of being imported, the frequency of oscillation that sends carrier signal is changed, thereby generation phase modulated signal, and send the band pass filter 18 of signal component, and output in the power amplifier 19 of band Modulation and Amplitude Modulation function through bandpass filtering only.The power amplifier 19 of band Modulation and Amplitude Modulation function according to the amplitude from amplitude composition detection device 15 become sub-signal modulate and the amplitude of power amplification from the phase modulated signal of the transmission carrier signal of band pass filter 18 after, produce the wireless transmission signal.This wireless transmission signal is through the contact a side of the contact a of switch SW 2 side, low pass filter 12 and switch SW 1 and after being input to antenna 11, from antenna 11 emissions.

Further, when the transmission of CDMA pattern, when switch SW 1 is switched to contact b side, switch SW 2 is switched to contact b side.At this moment, though will answer the baseband signal of wireless transmission to be input to amplitude composition detection device 15 and phase component detector 16, be set to the output signal level from amplitude composition detection device 15 is set at 0 and do not carry out Modulation and Amplitude Modulation.Phase component detector 16 is identical with the TDMA pattern, detects the phase component of baseband signal from the baseband signal of being imported, and after the phase component signal of representing this phase component is carried out differential, outputs to voltage-controlled oscillator 17.And, voltage-controlled oscillator 17 is by according to the phase component voltage of signals level of being imported, the frequency of oscillation that sends carrier signal is changed, thereby generation phase modulated signal, and send the band pass filter 18 of signal component through bandpass filtering only, output in the power amplifier 19 of band Modulation and Amplitude Modulation function.The power amplifier 19 of band Modulation and Amplitude Modulation function is not as mentioned above, carry out Modulation and Amplitude Modulation, but behind the wireless transmission signal that power amplification is imported, produce the wireless transmission signal, this wireless transmission signal is after the contact b side through the band pass filter 13a of the contact b of switch SW 2 side, diplexer filter 13 and switch SW 1 is input to antenna 11, from antenna 11 emissions.

In this embodiment, when the transmission of TDMA pattern, send to use for example polar modulation method that made up Modulation and Amplitude Modulation and phase modulated and the wireless transmission signal of modulated mistake.On the other hand, when the transmission of CDMA pattern, transmission will be made as 0 from the signal of amplitude detector 15, only carry out phase modulated, the wireless transmission signal that for example uses the quadrature modulation method of QPSK modulation etc. to modulate.And the transmission in the CDMA pattern receives to be carried out on both direction simultaneously, that is, communicate by letter under full duplex.

In the wireless transmission circuit of the TDMA of prior art pattern, though band pass filter 18 generally is not set, but, in this case, phase modulated signal from voltage-controlled oscillator 17 is to have applied the signal after the phase modulated to sending carrier signal, in the frequency acceptance band of correspondence, has noise contribution as the side wave band composition outside the wireless transmission signal.In order to address this problem, the noise that needs to increase voltage-controlled oscillator 17 recently suppresses noise contribution, but thus, need make the level increase from the phase modulated signal of voltage-controlled oscillator 17.Thus, the current sinking of wireless transmission circuit increases.In order to address this problem, even when the transmission of TDMA pattern, the noise contribution in the time of also can using band pass filter 18 to remove phase modulated, the signal to noise ratio that can obtain wishing compared with prior art, can reduce current sinking.

Further, describe the task of above-mentioned band pass filter 18 below in detail.Owing in the CDMA pattern, carry out to send simultaneously and receive, make the noise of the frequency acceptance band in the minimum output signal that does not influence wireless transmission circuit when receiving input (, the input signal of wireless receiving circuit) so need be reduced to.But if will use the attenuation of the diplexer filter 13 increase frequency acceptance bands after power amplifier 19 outputs, then the loss of signal in the transmission frequency becomes big, especially makes by the big wireless transmission power dissipation after power amplifier 19 amplifications.Therefore, even the loss by the 18 wireless transmission signals of the band pass filter before the input terminal of power amplifier 19 becomes big a little, reduce the noise of frequency acceptance band by the attenuation of the big frequency acceptance band of abundant change, and loss before the input of power amplifier 19, just passable with less power loss, so as a result of can reduce consumed power.

In addition, do not send and receive though in the TDMA pattern, do not carry out simultaneously, but since have the noise of the frequency acceptance band when sending become for the disturbing wave of other radio communication devices outside self may, so identical with the CDMA pattern, need be reduced to the minimum reception input that makes the noise contribution of frequency acceptance band not have influence on the receiver of other radio communication devices.At this moment,, then can relax the size of the signal to noise ratio of voltage-controlled transmitter 17, thus, can obtain the reduction effect of consumed power as if the frequency acceptance band attenuation of getting the CDMA pattern of regulation by band pass filter 18.

In the above embodiment, though used band pass filter 18, but the present invention is not limited to this, from making the attenuation of the band component decay regulation outside the transmission frequency band that comprises frequency acceptance band, and the signal of the above-mentioned transmission frequency band of bandpass filtering and art-recognized meanings that it is passed through, for example can use the band stop filter of the band component decay outside the transmission frequency band that comprises frequency acceptance band or send relatively under the high situation of frequency band, also can use low pass filter at frequency acceptance band.In addition, on the contrary, send relatively under the low situation of frequency band, also can use high pass filter at frequency acceptance band.That is, also can replace band pass filter 18, have the filter of the signal component bandpass filtering that makes the wireless transmission signal.

According to first execution mode that as above constitutes like this, when the transmission of TDMA pattern, also can use band pass filter 18 to suppress the noise contribution in the wireless transmission signal and reduce current sinking.In addition,, so compared with prior art, can reduce circuit scale significantly owing to constituted the wireless transmission circuit of TDMA pattern and the wireless transmission circuit of CDMA pattern by the wireless transmission circuit of a system, can simplified structure.

(variation of first execution mode)

Fig. 2 is the structured flowchart of radio communication device of the variation of expression first execution mode of the present invention.The variation of first execution mode is compared with first execution mode, wherein, between voltage-controlled oscillator 17 and band pass filter 18, insert switch SW 3, when the reception of TDMA pattern, switch SW 3 is switched to contact b from contact a, and the voltage-controlled oscillator 17 that phase modulated is used is arranged on no modulation condition, and will be used as the local oscillation signal of TDMA pattern receiving circuit 21 usefulness from the oscillator signal (having higher carrier-to-noise ratio) of voltage-controlled oscillator 17.Below, describe difference in detail with first execution mode.

In Fig. 2, TDMA pattern receiving circuit 21 constitute have high frequency low noise amplifier 31, blender 32, intermediate-frequency circuit (below be called the IF circuit) 33 and demodulator 34.In addition, switch SW 3 switches to contact a side when the transmission of TDMA pattern and CDMA pattern, on the other hand, when the reception of TDMA pattern, switches to contact b side.

In TDMA pattern receiving circuit 21, after amplifying, be input to blender 32 by high frequency low noise amplifier 31 low noises from the wireless receiving signal of the TDMA pattern of band pass filter 14 output.Blender 32 is mixing the wireless receiving signal imported and from voltage-controlled oscillator 17 through the local oscillation signal of the contact b of switch SW 3 input and after having carried out the low frequency conversion, after removing composition outside the intermediate-freuqncy signals (below be called the IF signal) by IF circuit 33, the IF signal that amplifies after removing also outputs to demodulator 34.Further, demodulator 34 is exported after using the demodulation method of regulation that the IF signal of being imported is demodulated into baseband signal.

As above illustrated, variation according to first execution mode, except the action effect of first execution mode, by being used as the local oscillation signal of TDMA pattern receiving circuit 21 usefulness from the oscillator signal of voltage-controlled oscillator 17, the number of the oscillator of wireless receiving circuit can be subtracted 1, can simplify the structure of radio communication device.

(second execution mode)

Fig. 3 is the block diagram of structure of the radio communication device of expression second execution mode of the present invention.The radio communication device of second execution mode has the transmission circuit of a TDMA pattern (hereinafter referred to as the 2nd TDMA pattern) usefulness of the TDMA pattern (hereinafter referred to as a TDMA pattern) of transmission circuit that a CDMA pattern uses first frequency band identical in fact with the frequency band of above-mentioned CDMA pattern with use and use second frequency band different with above-mentioned first frequency band, compare with first execution mode, wherein, further has the voltage-controlled oscillator 17a that the transtation mission circuit of the switch SW 4 of switching two TDMA patterns (during transmission) selectively and the 2nd TDMA pattern is used.Here, in second execution mode,

(2) transmission frequency of using in a TDMA pattern for example is 824-849MHz, and its receive frequency for example is 869-894MHz;

(3) transmission frequency of using in the 2nd TDMA pattern for example is 1710-1785MHz, and its receive frequency for example is 1805-1880MHz.

Below, the difference with first execution mode is described.

Among Fig. 3, when the transmission of a TDMA pattern and CDMA pattern, switch SW 4 is switched to contact a side, at this moment, identical with first execution mode, voltage-controlled oscillator 17 is according to the phase component voltage of signals level of being imported, the frequency of oscillation that sends carrier signal is changed, thereby the generation phase modulated signal, and send the band filter 18 of signal component and the contact a side of switch SW 4 through bandpass filtering only, output to the power amplifier 19 of band Modulation and Amplitude Modulation function.On the other hand, when the transmission of the 2nd TDMA pattern, switch SW 4 is switched to contact b side, at this moment, voltage-controlled oscillator 17a changes the frequency of oscillation that sends carrier signal, thereby produces phase modulated signal according to the phase component voltage of signals level of being imported, and, output to the power amplifier 19 of band Modulation and Amplitude Modulation function through the contact b of switch SW 4 side.

In second execution mode that as above constitutes like this, identical with first execution mode, can miniaturization has the wireless transmission circuit of the CDMA pattern of identical transmission frequency with a TDMA pattern, when the transmission of the 2nd TDMA pattern, owing to do not insert band pass filter 18, so it is big that above-mentioned current sinking becomes, but can come shared wireless transmission circuit, structure that can the miniaturization wireless transmission circuit with the structure of the band pass filter 18 that does not need to append.

(variation of second execution mode)

Fig. 4 is the block diagram of structure of radio communication device of the variation of expression second execution mode of the present invention.The variation of second execution mode is compared with second execution mode, wherein, between the contact b of voltage-controlled oscillator 17a and switch SW 4, insert switch SW 5, when the reception of the 2nd TDMA pattern, switch SW 5 is switched to contact b from contact a, and the voltage-controlled oscillator 17a that phase modulated is used is set to not have modulation condition, and will be used as the local oscillation signal of TDMA pattern receiving circuit 21 usefulness from the oscillator signal (having higher carrier-to-noise ratio) of voltage-controlled oscillator 17a.Below, describe difference in detail with second execution mode.

In Fig. 4, switch SW 5 switches to contact a side when the transmission of the 2nd TDMA pattern, on the other hand, when the reception of the 2nd TDMA pattern, switches to contact b side.When the former transmission of the 2nd TDMA pattern, output to the power amplifier 19 of band Modulation and Amplitude Modulation function through the contact b side of the contact a side of switch SW 5 and switch SW 4 from the phase modulated signal of voltage-controlled oscillator 17a.On the other hand, when the reception of the latter's the 2nd TDMA pattern, will output to TDMA pattern receiving circuit 21 through the contact b of switch SW 5 side from the phase modulated signal of voltage-controlled oscillator 17a as local oscillation signal.

As described above, variation according to second execution mode, except the action effect of second execution mode, by being used as the local oscillation signal of TDMA pattern receiving circuit 21 usefulness from the oscillator signal of voltage-controlled oscillator 17a, thereby the number of the oscillator of wireless receiving circuit can be subtracted 1, can simplify the structure of radio communication device.

(another variation of second execution mode)

Figure 11 is the block diagram of structure of radio communication device of another variation of expression second execution mode of the present invention.Another variation of second execution mode is compared with second execution mode of Fig. 3, wherein, makes the insertion position of switch SW 4a move to the power amplifier 19 of carrying out the same band Modulation and Amplitude Modulation function of handling each other, the back level of 19a.In Figure 11, be input to the contact a of switch SW 4 through the power amplifier 19 of band pass filter 18 and band Modulation and Amplitude Modulation function from the phase modulated signal of voltage-controlled oscillator 17.In addition, will be input to the contact b of switch SW 4 from the phase modulated signal of voltage-controlled oscillator 17a through the power amplifier 19a of band Modulation and Amplitude Modulation function.The feature structure of another variation of this second execution mode is also applicable to the variation of above-mentioned second execution mode and other execution mode described later and variation thereof.

(the 3rd execution mode)

Fig. 5 is the block diagram of structure of the radio communication device of expression the 3rd execution mode of the present invention.The radio communication device of the 3rd execution mode have two CDMA patterns (below, being called the first and second CDMA patterns) transmission circuit and the use and the frequency band of above-mentioned two CDMA patterns of usefulness distinguish the transmission circuit of two TDMA patterns (below, be called the first and second TDMA patterns) usefulness of identical frequency band in fact.In the 3rd execution mode,

(1) transmission frequency of using in a TDMA pattern and a CDMA pattern for example is 1710-1785MHz, and its receive frequency for example is 1805-1880MHz.

(2) transmission frequency of using in the 2nd TDMA pattern and the 2nd CDMA pattern for example is 1850-1910MHz, and its receive frequency for example is 1930-1990MHz.

Promptly, wherein, between a TDMA pattern and the 2nd TDMA pattern, send the first frequency side-play amount that receive frequency has been offset regulation slightly differently, between a CDMA pattern and the 2nd CDMA pattern, send the side-play amount that receive frequency has been offset the second frequency of regulation also slightly differently.

If comparison diagram 5 and Fig. 1, then the structure of the 3rd execution mode is compared with first execution mode, following aspect difference.

(1) place of switches SW1 has switch SW 11.

(2) place of switches SW2 has switch SW 12.

(3) further has the diplexer filter 22 that the 2nd CDMA pattern is used.Here, diplexer filter 22 is made of the band pass filter 22b of the wireless receiving signal of the band pass filter 22a of the wireless transmission signal of bandpass filtering the 2nd CDMA pattern and bandpass filtering the 2nd CDMA pattern.

(4) further has the band pass filter 23 of the wireless receiving signal of bandpass filtering the 2nd TDMA pattern.

(5) replaced C DMA pattern receiving circuit 20, have a CDMA pattern receiving circuit 20a and the 2nd CDMA pattern receiving circuit 20b.

(6) replace TDMA pattern receiving circuit 21, have a TDMA pattern receiving circuit 21a and the 2nd TDMA pattern receiving circuit 21b.

(7) replace band pass filter 18, have the band pass filter 18b of the wireless transmission signal of the band pass filter 18a of wireless transmission signal of bandpass filtering the one a CDMA pattern and a TDMA pattern and bandpass filtering the 2nd CDMA pattern and the 2nd TDMA pattern.

(8) have two switch SW 13, the SW14 that interlock moves in order to switch two band pass filter 18a, 18b selectively.

In Fig. 5, when the transmission of a TDMA pattern, each switch SW 11, SW12, SW13, SW14 switch to contact a side.At this moment, as from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 contact a side through the contact a of switch SW 14 side, band pass filter 18a and switch SW 13, be input to the power amplifier 19 of band Modulation and Amplitude Modulation function, after the row amplitude of going forward side by side modulation and the power amplification, become the wireless transmission signal after the polar modulation for example.Then, this wireless transmission signal outputs to antenna 11 through the contact a side of the contact a of switch SW 12 side, low pass filter 12 and switch SW 11, and from antenna 11 emissions.On the other hand, when the reception of a TDMA pattern, switch SW 11 is switched to contact d side, the wireless receiving signal that will receive by antenna 11 is input to a TDMA pattern receiving circuit 21a through the contact d side and the band pass filter 14 of switch SW 11.Then, the wireless receiving signal of a TDMA pattern receiving circuit 21a to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

In addition, when the transmission of the 2nd TDMA pattern, each switch SW 11, SW12 switch to contact a side, and each switch SW 13, SW14 switch to contact b side simultaneously.At this moment, as from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 contact b side through the contact b of switch SW 14 side, band pass filter 18b and switch SW 13, be input to the power amplifier 19 of band Modulation and Amplitude Modulation function, after the row amplitude of going forward side by side modulation and the power amplification, become the wireless transmission signal after the polar modulation for example.Then, this wireless transmission signal outputs to antenna 11 through the contact a side of the contact a of switch SW 12 side, low pass filter 12 and switch SW 11, and from antenna 11 emissions.On the other hand, when the reception of the 2nd TDMA pattern, switch SW 11 is switched to contact e side, the wireless receiving signal that will receive by antenna 11 is input to the 2nd TDMA pattern receiving circuit 21b through the contact e side and the band pass filter 23 of switch SW 11.Then, the wireless receiving signal of the 2nd TDMA pattern receiving circuit 21b to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

Further, when the transmission of a CDMA pattern received, each switch SW 11, SW12 switched to contact b side, and each switch SW 13, SW14 switch to contact a side.At this moment, as from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 contact a side through the contact a of switch SW 14 side, band pass filter 18a and switch SW 13, be input to the power amplifier 19 of band Modulation and Amplitude Modulation function, after only carrying out power amplification, become the wireless transmission signal after the quadrature modulation of the modulation of QPSK for example etc.Then, this wireless transmission signal outputs to antenna 11 through the band pass filter 13a of the contact b of switch SW 12 side, diplexer filter 13 and the contact b side of switch SW 11, and from antenna 11 emissions.On the other hand, the wireless receiving signal that receives by antenna 11 is input to a CDMA pattern receiving circuit 20a through the band pass filter 13b of the contact b of switch SW 11 side, diplexer filter 13.Then, the wireless receiving signal of a CDMA pattern receiving circuit 20a to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

Further, when the transmission of the 2nd CDMA pattern received, each switch SW 11, SW12 switched to contact c side, and each switch SW 13, SW14 switch to contact b side.At this moment, as from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 contact b side through the contact b of switch SW 14 side, band pass filter 18b and switch SW 13, be input to the power amplifier 19 of band Modulation and Amplitude Modulation function, after only carrying out power amplification, become the wireless transmission signal after the quadrature modulation of the modulation of QPSK for example etc.Then, this wireless transmission signal outputs to antenna 11 through the band pass filter 22a of the contact c of switch SW 12 side, diplexer filter 22 and the contact c side of switch SW 11, and from antenna 11 emissions.On the other hand, the wireless receiving signal that receives by antenna 11 is input to the 2nd CDMA pattern receiving circuit 20b through the band pass filter 22b of the contact c of switch SW 11 side, diplexer filter 22.Then, the wireless receiving signal of the 2nd CDMA pattern receiving circuit 20b to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

In the above embodiment, to the band-pass filtering property of the wireless transmission signal of a TDMA pattern by band pass filter 18a and low pass filter 12 decisions, to the band-pass filtering property of the wireless transmission signal of the 2nd TDMA pattern by band pass filter 18b and low pass filter 12 decisions.In addition, band-pass filtering property for the wireless transmission signal of a CDMA pattern is decided by band pass filter 18a and band pass filter 13a, is decided by band pass filter 18b and band pass filter 22a for the band-pass filtering property of the wireless transmission signal of the 2nd CDMA pattern.

In the 3rd execution mode that as above constitutes like this, can provide the radio communication device that can be implemented in a plurality of combinations that make TDMA pattern and the action of CDMA pattern under the identical frequency band.In addition, identical with first execution mode, even when the transmission of TDMA pattern, also can use band pass filter 18a or 18b, suppress the noise contribution in the wireless transmission signal and reduce current sinking.Further, identical with first execution mode, can miniaturization the wireless transmission circuit of the corresponding CDMA pattern of identical transmission frequency be arranged with certain TDMA pattern.

(variation of the 3rd execution mode)

Fig. 6 is the block diagram of structure of the radio communication device of expression the 3rd execution mode variation of the present invention.The variation of the 3rd execution mode is compared with the 3rd execution mode, wherein, between the public terminal of voltage-controlled oscillator 17 and switch SW 14, insert switch SW 5, and replace the 2nd TDMA pattern receiving circuit 21b, has the 2nd TDMA pattern receiving circuit 21ba that further comprises frequency deviator 35, when the reception of the first and second TDMA patterns, switch SW 5 is switched to contact b from contact a, and the voltage-controlled oscillator 17 that phase modulated is used is arranged on no modulation condition, and will be used as the first and second TDMA pattern receiving circuit 21a from the oscillator signal (having higher carrier-to-noise ratio) of voltage-controlled oscillator 17, the local oscillation signal that 21ba uses.Below, describe difference in detail with the 3rd execution mode.

In Fig. 6, a TDMA pattern receiving circuit 21a is identical with each variation of first and second execution modes, constitutes to have high frequency low noise amplifier 31, blender 32, IF circuit 33 and demodulator 34.In addition, the 2nd TDMA pattern receiving circuit 21ba constitute have high frequency low noise amplifier 31, blender 32, IF circuit 33, demodulator 34 and frequency deviator 35.

Switch SW 5 switches to contact a side when the transmission of the first and second TDMA patterns, on the other hand, when the reception of the first and second TDMA patterns, switch to contact b side.When the former transmission of the first and second TDMA patterns, will output to the public terminal of switch SW 14 from the phase modulated signal of voltage-controlled oscillator 17 through the contact a of switch SW 5 side.On the other hand, when the reception of the latter's a TDMA pattern, will output to the blender 32 of a TDMA pattern receiving circuit 21a through the contact b of switch SW 5 side from the phase modulated signal of voltage-controlled oscillator 17 as local oscillation signal.In addition, when the reception of the latter's the 2nd TDMA pattern, will be from the phase modulated signal of voltage-controlled oscillator 17 as local oscillation signal, through the contact b of switch SW 5 side with local oscillation signal frequency shift (FS) that will be imported the frequency deviator 35 of difference on the frequency of wireless receiving signal of the wireless receiving signal of the one TDMA pattern and the 2nd TDMA pattern, output to the blender 32 of the 2nd TDMA pattern receiving circuit 21ba.

As described above, variation according to the 3rd execution mode, except the action effect of the 3rd execution mode, by being used as the local oscillation signal that the first and second TDMA pattern receiving circuit 21a, 21ba use from the oscillator signal of voltage-controlled oscillator 17, thereby the number of the oscillator of wireless receiving circuit can be subtracted 2, can simplify the structure of radio communication device.

(the 4th execution mode)

Fig. 7 is the block diagram of structure of the radio communication device of expression the 4th execution mode of the present invention.The radio communication device of the 4th execution mode is identical with the 3rd execution mode, transmission circuit with two TDMA patterns that two CDMA patterns (below be called the first and second CDMA patterns) transmission circuit and the use and frequency band of above-mentioned two CDMA patterns of usefulness distinguish identical frequency band in fact (below, be called the first and second TDMA patterns) usefulness.In the 4th execution mode, wherein,

(2) transmission frequency of using in the 2nd TDMA pattern and the 2nd CDMA pattern for example is 890-915MHz, and its receive frequency for example is 935-960MHz.

That is, the transmission receive frequency of the 2nd TDMA pattern be the roughly transmission receive frequency of 1/2, the two CDMA pattern of the transmission receive frequency of a TDMA pattern also be a CDMA pattern the transmission receive frequency roughly 1/2.

If comparison diagram 7 and Fig. 5, then the structure of the 4th execution mode is compared with the 3rd execution mode, following aspect difference.

(1) place of switches SW11 has switch SW 21.

(2) place of switches SW12 has two switch SW 22, SW23.

(3) low pass filter 12 that replaces the wireless transmission signal of TDMA pattern to use has the low pass filter 12b that the wireless transmission signal of low pass filter 12a that the wireless transmission signal of a TDMA pattern uses and the 2nd TDMA pattern is used.

(4) replace the power amplifier 19 of the band Modulation and Amplitude Modulation function that the wireless transmission signal of TDMA pattern uses, have the power amplifier 19b of the band Modulation and Amplitude Modulation function that the wireless transmission signal of the power amplifier 19a of the band Modulation and Amplitude Modulation function that the wireless transmission signal of a TDMA pattern uses and the 2nd TDMA pattern uses.

(5) frequency division of the frequency of the oscillator signal that insertion will be imported between voltage-controlled oscillator 17 and band pass filter 18b is 1/2 frequency divider 25.

In Fig. 7, when the transmission of a TDMA pattern, each switch SW 21, SW22 switch to contact a side simultaneously.At this moment, as the power amplifier 19a that is input to band Modulation and Amplitude Modulation function from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 through band pass filter 18a, after the row amplitude of going forward side by side modulation and the power amplification, become the wireless transmission signal after the polar modulation for example.Then, this wireless transmission signal outputs to antenna 11 through the contact a side of the contact a of switch SW 22 side, low pass filter 12a and switch SW 21, and from antenna 11 emissions.On the other hand, when the reception of a TDMA pattern, switch SW 21 is switched to contact e side, the wireless receiving signal that will receive by antenna 11 is input to a TDMA pattern receiving circuit 21a through the contact e side and the band pass filter 14 of switch SW 11.Then, the wireless receiving signal of a TDMA pattern receiving circuit 21a to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

In addition, when the transmission of the 2nd TDMA pattern, switch SW 21 switches to contact c side, and switch SW 23 switches to contact a side.At this moment, carry out frequency division as wireless transmission signal by frequency divider 25 from the phase modulated signal of voltage-controlled oscillator 17, making its frequency is 1/2, wireless transmission signal behind the frequency division is input to the power amplifier 19b of band Modulation and Amplitude Modulation function through band pass filter 18b, after the row amplitude of going forward side by side modulation and the power amplification, become the wireless transmission signal after the polar modulation for example.Then, this wireless transmission signal outputs to antenna 11 through the contact c side of the contact a of switch SW 23 side, low pass filter 12b and switch SW 21, and from antenna 11 emissions.On the other hand, when the reception of the 2nd TDMA pattern, switch SW 21 is switched to contact f side, the wireless receiving signal that will receive by antenna 11 is input to the 2nd TDMA pattern receiving circuit 21b through the contact f side and the band pass filter 23 of switch SW 21.Then, the wireless receiving signal of the 2nd TDMA pattern receiving circuit 21b to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

Further, when the transmission of a CDMA pattern received, each switch SW 21, SW22 switched to contact b side simultaneously.At this moment, as the power amplifier 19a that is input to band Modulation and Amplitude Modulation function from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 through band pass filter 18a, after only carrying out power amplification, become the wireless transmission signal after the quadrature modulation of the modulation of QPSK for example etc.Then, this wireless transmission signal outputs to antenna 11 through the band pass filter 13a of the contact b of switch SW 22 side, diplexer filter 13 and the contact b side of switch SW 21, and from antenna 11 emissions.On the other hand, the wireless receiving signal that receives by antenna 11 is input to a CDMA pattern receiving circuit 20a through the band pass filter 13b of the contact b of switch SW 21 side, diplexer filter 13.Then, the wireless receiving signal of a CDMA pattern receiving circuit 20a to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

Further, when the transmission of the 2nd CDMA pattern received, switch SW 21 switched to contact d side, and switch SW 23 switches to contact b side.At this moment, carry out frequency division as wireless transmission signal by frequency divider 25 from the phase modulated signal of voltage-controlled oscillator 17, making its frequency is 1/2, wireless transmission signal behind the frequency division is input to the power amplifier 19b of band Modulation and Amplitude Modulation function through band pass filter 18b, after only carrying out power amplification, become the wireless transmission signal after the quadrature modulation of the modulation of QPSK for example etc.Then, this wireless transmission signal outputs to antenna 11 through the band pass filter 22a of the contact b of switch SW 23 side, diplexer filter 22 and the contact d side of switch SW 21, and from antenna 11 emissions.On the other hand, the wireless receiving signal that receives by antenna 11 is input to the 2nd CDMA pattern receiving circuit 20b through the band pass filter 22b of the contact d of switch SW 21 side, diplexer filter 22.Then, the wireless receiving signal of the 2nd CDMA pattern receiving circuit 20b to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

In the above embodiment, to the band-pass filtering property of the wireless transmission signal of a TDMA pattern by band pass filter 18a and low pass filter 12a decision, for the band-pass filtering property of the wireless transmission signal of the 2nd TDMA pattern by band pass filter 18b and low pass filter 12b decision.In addition, band-pass filtering property for the wireless transmission signal of a CDMA pattern is decided by band pass filter 18a and band pass filter 13a, is decided by band pass filter 18b and band pass filter 22a for the band-pass filtering property of the wireless transmission signal of the 2nd CDMA pattern.

In the 4th execution mode that as above constitutes like this, can provide can be implemented in and make TDMA pattern and the action of CDMA pattern under the identical frequency band, the value of the frequency ratio of TDMA pattern and another TDMA pattern is that the value of the frequency ratio of 2, one CDMA and another CDMA pattern is the radio communication device of 2 combination.In addition, identical with first execution mode, even when the transmission of TDMA pattern, also can use band pass filter 18a or 18b, suppress the noise contribution in the wireless transmission signal and reduce current sinking.Further, identical with first execution mode, can miniaturization the wireless transmission circuit of the corresponding CDMA pattern of identical transmission frequency be arranged with certain TDMA pattern.

(variation of the 4th execution mode)

Fig. 8 is the block diagram of structure of the radio communication device of expression the 4th execution mode variation of the present invention.The variation of the 4th execution mode is compared with the 4th execution mode, wherein, between voltage-controlled oscillator 17 and band pass filter 18a and frequency divider 25, insert switch SW 5, and replace the 2nd TDMA pattern receiving circuit 21b, has the 2nd TDMA pattern receiving circuit 21ba that further comprises frequency deviator 35, when the reception of the first and second TDMA patterns, switch SW 5 is switched to contact b from contact a, and the voltage-controlled oscillator 17 that phase modulated is used is set to not have modulation condition, and will be used as the first and second TDMA pattern receiving circuit 21a from the oscillator signal (having higher carrier-to-noise ratio) of voltage-controlled oscillator 17, the local oscillation signal that 21ba uses.Below, describe difference in detail with the 4th execution mode.

In Fig. 8, a TDMA pattern receiving circuit 21a is identical with each variation of first, second or the 3rd execution mode, constitute have high frequency low noise amplifier 31, blender 32, IF circuit 33 and demodulator 34.In addition, the 2nd TDMA pattern receiving circuit 21ba constitute have high frequency low noise amplifier 31, blender 32, IF circuit 33, demodulator 34 and frequency deviator 35.

Switch SW 5 switches to contact a side when the transmission of the first and second TDMA patterns, on the other hand, when the reception of the first and second TDMA patterns, switch to contact b side.When the former transmission of the first and second TDMA patterns, through the contact a of switch SW 5 side, output to band pass filter 18a and frequency divider 25 from the phase modulated signal of voltage-controlled oscillator 17.On the other hand, when the reception of the latter's a TDMA pattern, will output to the blender 32 of a TDMA pattern receiving circuit 21a through the contact b of switch SW 5 side from the phase modulated signal of voltage-controlled oscillator 17 as local oscillation signal.In addition, when the reception of the latter's the 2nd TDMA pattern, will be from the phase modulated signal of voltage-controlled oscillator 17 as local oscillation signal, through the contact b of switch SW 5 side with local oscillation signal frequency shift (FS) that will be imported the frequency deviator 35 of difference on the frequency of wireless receiving signal of the wireless receiving signal of the one TDMA pattern and the 2nd TDMA pattern, output to the blender 32 of the 2nd TDMA pattern receiving circuit 21ba.

As described above, variation according to the 4th execution mode, except the action effect of the 4th execution mode, by being used as the local oscillation signal that the first and second TDMA pattern receiving circuit 21a, 21ba use from the oscillator signal of voltage-controlled oscillator 17, thereby the number of the oscillator of wireless receiving circuit can be subtracted 2, can simplify the structure of radio communication device.

(the 5th execution mode)

Fig. 9 is the block diagram of structure of the radio communication device of expression the 5th execution mode of the present invention.The 5th execution mode is characterised in that, in the 4th execution mode, appended the feature of second execution mode, the radio communication device of the 5th execution mode comprises the transmission circuit of two CDMA patterns (below be called the first and second CDMA patterns) usefulness, use the transmission circuit of distinguishing two TDMA patterns (below, be called the first and second TDMA patterns) usefulness of identical frequency band with the frequency band of above-mentioned two CDMA patterns in fact, use from the band bending of a TDMA pattern transmission circuit used of the 3rd TDMA pattern of frequency band of some frequencies and the transmission circuit that used from the band bending of the 2nd TDMA pattern the 4th TDMA pattern of the frequency band of some frequencies to use.In the 5th execution mode,

(2) transmission frequency of using in the 2nd TDMA pattern and the 2nd CDMA pattern for example is 824-849MHz, and its receive frequency for example is 869-894MHz.

(3) transmission frequency of using in the 3rd TDMA pattern for example is 1850-1910MHz, and its receive frequency for example is 1930-1990MHz.

(4) transmission frequency of using in the 4th TDMA pattern for example is 890-915MHz, and its receive frequency for example is 935-960MHz.

And, wherein, the transmission receive frequency of the one TDMA pattern be the 2nd TDMA pattern the transmission receive frequency roughly 1/2, the transmission receive frequency of the one CDMA pattern also be the roughly transmission frequency of 1/2, the four TDMA pattern of the transmission receive frequency of the 2nd CDMA pattern be the 3rd TDMA pattern transmission frequency roughly 1/2.

If comparison diagram 9 and Fig. 7, the structure of the 5th execution mode is compared with the 4th execution mode, following aspect difference.

(1) place of switches SW21 has the switch SW 21a that further contains two contact g, h.

(2) except that the voltage-controlled oscillator 17 that a TDMA pattern and a CDMA pattern are used, has the voltage-controlled oscillator 17a that the 3rd TDMA pattern is used.

(3) except that the frequency divider 25 that the 2nd TDMA pattern and the 2nd CDMA pattern are used, have and become 1/2 frequency divider 25a with the frequency of the phase modulated signal of input being the 4th TDMA pattern.

(4) has selection from the phase modulated signal of voltage-controlled oscillator 17a with from the switch SW 4a of voltage-controlled oscillator 17 through the phase modulated signal of band pass filter 18a output.

(5) have selection from voltage-controlled oscillator 17 through the phase modulated signal of frequency divider 25 and band pass filter 18b output with from the switch SW 4b of voltage-controlled oscillator 17a through the phase modulated signal of frequency divider 25a input.

(6) further has the 4th TDMA pattern receiving circuit 21d that the 3rd TDMA pattern receiving circuit 21c that the 3rd TDMA pattern uses and the 4th TDMA pattern are used.

In Fig. 9, when the transmission of a TDMA pattern, each switch SW 21a, SW22 switch to contact a side simultaneously, and switch SW 4a is switched to contact a side.At this moment, as from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 through the contact a of band pass filter 18a and switch SW 4a side, be input to the power amplifier 19a of band Modulation and Amplitude Modulation function, after the row amplitude of going forward side by side modulation and the power amplification, become the wireless transmission signal after the polar modulation for example.Then, this wireless transmission signal outputs to antenna 11 through the contact a side of the contact a of switch SW 22 side, low pass filter 12a and switch SW 21, and from antenna 11 emissions.On the other hand, when the reception of a TDMA pattern, switch SW 21 is switched to contact e side, the wireless receiving signal that will receive by antenna 11 is input to a TDMA pattern receiving circuit 21a through the contact e side and the band pass filter 14 of switch SW 11.Then, the wireless receiving signal of a TDMA pattern receiving circuit 21a to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

In addition, when the transmission of the 2nd TDMA pattern, switch SW 21 switches to contact c side, and switch SW 23 switches to contact a side, and switch SW 4b switches to contact a side.At this moment, carry out frequency division as wireless transmission signal by frequency divider 25 from the phase modulated signal of voltage-controlled oscillator 17, making its frequency is 1/2, wireless transmission signal behind the frequency division is through the contact a of band pass filter 18b and switch SW 4b side, be input to the power amplifier 19b of band Modulation and Amplitude Modulation function, after the row amplitude of going forward side by side modulation and the power amplification, become the wireless transmission signal after the polar modulation for example.Then, this wireless transmission signal outputs to antenna 11 through the contact c side of the contact a of switch SW 23 side, low pass filter 12b and switch SW 21a, and from antenna 11 emissions.On the other hand, when the reception of the 2nd TDMA pattern, switch SW 21a is switched to contact f side, the wireless receiving signal that will receive by antenna 11 is input to the 2nd TDMA pattern receiving circuit 21b through contact f side and the band pass filter 23 of switch SW 21a.Then, the wireless receiving signal of the 2nd TDMA pattern receiving circuit 21b to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

Further, when the transmission of a CDMA pattern received, each switch SW 21a, SW22 switched to contact b side simultaneously, and switch SW 4a switches to contact a side.At this moment, as from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 through the contact a of band pass filter 18a and switch SW 4a side, be input to the power amplifier 19a of band Modulation and Amplitude Modulation function, after only carrying out power amplification, become the wireless transmission signal after the quadrature modulation of the modulation of QPSK for example etc.Then, this wireless transmission signal outputs to antenna 11 through the contact b side of the band pass filter 13a and the switch SW 21a of the contact b of switch SW 22 side, diplexer filter 13, and from antenna 11 emissions.On the other hand, the wireless receiving signal that receives by antenna 11 is input to a CDMA pattern receiving circuit 20a through the band pass filter 13b of the contact b of switch SW 21a side, diplexer filter 13.Then, the wireless receiving signal of a CDMA pattern receiving circuit 20a to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

Further, when the transmission of the 2nd CDMA pattern received, switch SW 21a switched to contact d side, and switch SW 23 switches to contact b side, and switch SW 4b switches to contact a side.At this moment, carry out frequency division as wireless transmission signal by frequency divider 25 from the phase modulated signal of voltage-controlled oscillator 17, making its frequency is 1/2, with the wireless transmission signal behind the frequency division through the contact a of band pass filter 18b and switch SW 4b side, be input to the power amplifier 19b of band Modulation and Amplitude Modulation function, after only carrying out power amplification, become the wireless transmission signal after the quadrature modulation of the modulation of QPSK for example etc.Then, this wireless transmission signal outputs to antenna 11 through the contact d side of the band pass filter 22a and the switch SW 21a of the contact b of switch SW 23 side, diplexer filter 22, and from antenna 11 emissions.On the other hand, the wireless receiving signal that receives by antenna 11 is input to the 2nd CDMA pattern receiving circuit 20b through the band pass filter 22b of the contact d of switch SW 21a side, diplexer filter 22.Then, the wireless receiving signal of the 2nd CDMA pattern receiving circuit 20b to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

In addition, when the transmission of the 3rd TDMA pattern, each switch SW 21a, SW22 switch to contact a side simultaneously, and switch SW 4a is switched to contact b side.At this moment, as from the wireless transmission signal of the phase modulated signal of voltage-controlled oscillator 17 through the contact b of switch SW 4a side, be input to the power amplifier 19a of band Modulation and Amplitude Modulation function, after the row amplitude of going forward side by side modulation and the power amplification, become the wireless transmission signal after the polar modulation for example.Then, this wireless transmission signal outputs to antenna 11 through the contact a side of the contact a of switch SW 22 side, low pass filter 12a and switch SW 21a, and from antenna 11 emissions.On the other hand, when the reception of the 3rd TDMA pattern, switch SW 21a is switched to contact g side, the wireless receiving signal that will receive by antenna 11 is input to the 3rd TDMA pattern receiving circuit 21c through contact g side and the band pass filter 26 of switch SW 21a.Then, the wireless receiving signal of the 3rd TDMA pattern receiving circuit 21c to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

In addition, when the transmission of the 4th TDMA pattern, switch SW 21a switches to contact c side, and switch SW 23 switches to contact a side, and switch SW 4b switches to contact b side.At this moment, carry out frequency division as wireless transmission signal by frequency divider 25a from the phase modulated signal of voltage-controlled oscillator 17, making its frequency is 1/2, wireless transmission signal behind the frequency division is through the contact b of switch SW 4b side, be input to the power amplifier 19b of band Modulation and Amplitude Modulation function, after the row amplitude of going forward side by side modulation and the power amplification, become the wireless transmission signal after the polar modulation for example.Then, this wireless transmission signal outputs to antenna 11 through the contact c side of the contact a of switch SW 23 side, low pass filter 12b and switch SW 21a, and from antenna 11 emissions.On the other hand, when the reception of the 4th TDMA pattern, switch SW 21a is switched to contact h side, the wireless receiving signal that will receive by antenna 11 is input to the 4th TDMA pattern receiving circuit 21d through contact h side and the band pass filter 27 of switch SW 21a.Then, the wireless receiving signal of the 4th TDMA pattern receiving circuit 21d to being imported, after the processing of the amplification of execution high frequency low noise, frequency inverted, demodulation etc., the baseband signal after the output demodulation.

In the above embodiment, to the band-pass filtering property of the wireless transmission signal of a TDMA pattern by band pass filter 18a and low pass filter 12a decision, for the band-pass filtering property of the wireless transmission signal of the 2nd TDMA pattern by band pass filter 18b and low pass filter 12b decision.In addition, band-pass filtering property for the wireless transmission signal of a CDMA pattern is decided by band pass filter 18a and band pass filter 13a, is decided by band pass filter 18b and band pass filter 22a for the band-pass filtering property of the wireless transmission signal of the 2nd CDMA pattern.Further,, determine by low pass filter 12b by low pass filter 12a decision for the band-pass filtering property of the wireless transmission signal of the 3rd TDMA pattern for the band-pass filtering property of the wireless transmission signal of the 4th TDMA pattern.

In the 5th execution mode that as above constitutes like this, can provide to have the radio communication device that four of above-mentioned frequency relation TDMA pattern and two CDMA patterns are for example arranged.As this embodiment, for example can provide the radio communication device of the two waveband of four wave bands of GSM mode for example and UMTS (Universal MobileTelecommunication System) mode.In addition, identical with above-mentioned execution mode, even when the transmission of TDMA pattern, also can use band pass filter 18a or 18b to suppress the noise contribution in the wireless transmission signal and reduce current sinking.Further, can miniaturization has the wireless transmission circuit of the corresponding CDMA pattern of identical transmission frequency with certain TDMA pattern.In addition, further,, the number of voltage-controlled oscillator 17,17a can be subtracted 2, wireless transmission circuit that can miniaturization TDMA pattern by using frequency divider 25,25a.

(variation of the 5th execution mode)

Figure 10 is the block diagram of structure of the radio communication device of expression the 5th execution mode variation of the present invention.The variation of the 5th execution mode is compared with the 5th execution mode, and is wherein, different in the following areas.

(1) switch SW 5a is inserted into the back level of voltage-controlled oscillator 17a, switch SW 5b is inserted into the back level of frequency divider 25a.

(2) replace a TDMA pattern receiving circuit 21a, has a TDMA pattern receiving circuit 21aa who further comprises frequency deviator 35, replace the 2nd TDMA pattern receiving circuit 21b, have the 2nd TDMA pattern receiving circuit 21ba that further comprises frequency deviator 35.

(3) when the reception of the first and the 3rd TDMA pattern, switch SW 5a is switched to contact b from contact a, and the voltage-controlled oscillator 17a that phase modulated is used is set to not have modulation condition, will be used as the local oscillation signal that the first and the 3rd TDMA pattern receiving circuit 21aa, 21c use from the oscillator signal (having higher carrier-to-noise ratio) of voltage-controlled oscillator 17a.

(4) when the reception of the second and the 4th TDMA pattern, switch SW 5b is switched to contact b from contact a, and the voltage-controlled oscillator 17a that phase modulated is used is set to not have modulation condition, will be used as the local oscillation signal that the second and the 4th TDMA pattern receiving circuit 21ba, 21c use from the oscillator signal (having higher carrier-to-noise ratio) of voltage-controlled oscillator 17a.

Below, describe difference in detail with the 5th execution mode.

In Figure 10, it is identical with each variation of above-mentioned execution mode that the first and second TDMA pattern receiving circuit 21aa, 21ba remove, constitute and have high frequency low noise amplifier 31, outside blender 32, IF circuit 33 and the demodulator 34, also have frequency deviator 35.

Switch SW 5a switches to contact a side when the transmission of the 3rd TDMA pattern, on the other hand, when the reception of the first and the 3rd TDMA pattern, switch to contact b side.When the former transmission of the 3rd TDMA pattern, through the contact a side of switch SW 5a and the contact b side of switch SW 4a, output to the power amplifier 19a of band Modulation and Amplitude Modulation function from the phase modulated signal of voltage-controlled oscillator 17a.On the other hand, when the reception of the latter's a TDMA pattern, will be from the phase modulated signal of voltage-controlled oscillator 17a as local oscillation signal, through the contact b of switch SW 5a side, frequency deviator 35 (for the frequency input signal skew is designed for the signal that the local oscillation signal than the 3rd TDMA pattern also has been offset some frequencies) through a TDMA pattern receiving circuit 21aa outputs to blender 32.In addition, when the reception of the latter's the 3rd TDMA pattern, will output to the blender 32 of the 3rd TDMA pattern receiving circuit 21c through the contact b of switch SW 5a side from the phase modulated signal of voltage-controlled oscillator 17a as local oscillation signal.

In addition, switch SW 5b switches to contact a side when the transmission of the 4th TDMA pattern, on the other hand, when the reception of the second and the 4th TDMA pattern, switches to contact b side.When the former transmission of the 4th TDMA pattern, through the contact a side of 1/2 frequency divider 25a, switch SW 5b and the contact b side of switch SW 4b, output to the power amplifier 19b of band Modulation and Amplitude Modulation function from the phase modulated signal of voltage-controlled oscillator 17a.On the other hand, when the reception of the latter's the 2nd TDMA pattern, will be from the phase modulated signal of voltage-controlled oscillator 17a as local oscillation signal, through the contact b of 1/2 frequency divider 25a and switch SW 5b side, and, output to blender 32 through the frequency deviator 35 of the 2nd TDMA pattern receiving circuit 21ba (for the frequency input signal skew is designed for the signal that the local oscillation signal than the 3rd TDMA pattern also has been offset some frequencies).In addition, when the reception of the latter's the 4th TDMA pattern, to output to the blender 32 of the 4th TDMA pattern receiving circuit 21d through the contact b of 1/2 frequency divider 25a and switch SW 5b side from the phase modulated signal of voltage-controlled oscillator 17a as local oscillation signal.

As described above, variation according to the 5th execution mode, except the action effect of the 5th execution mode, by being used as the first and the 3rd TDMA pattern receiving circuit 21aa from the oscillator signal of voltage-controlled oscillator 17a, the local oscillation signal that 21c uses, in addition, to carry out 1/2 frequency division by frequency divider 25a from the oscillator signal of voltage-controlled oscillator 17a, as the second and the 4th TDMA pattern receiving circuit 21ba, the local oscillation signal that 21d uses, the number of the oscillator of wireless receiving circuit can be subtracted 2, can simplify the structure of radio communication device.

In addition, in the 5th execution mode and variation thereof, further increasing under the situation of one or more CDMA patterns, identical with the 3rd execution mode, can realize

diplexer filter

13,22,

CDMA receiving circuit

20a, 20b, band pass filter 18a, 18b by increasing the structural element that other CDMA patterns use.In addition, further increasing under the situation of one or more TDMA patterns, identical with the 5th execution mode, can realize

band pass filter

14,23,26,27, TDMA

pattern receiving circuit

21a, 21b, 21c, 21d, band pass filter 18a, 18b by increasing the inscape that other TDMA patterns use.

(other variation)

In above execution mode and variation thereof, the radio communication device of multimode has been described, but also applicable to sending the communicators such as wire communication device of received signal through optical cable and coaxial cable, and be not limited to radio communication device.That is, the wireless transmission circuit also can be transtation mission circuits such as wired transtation mission circuit.In addition, also identical for receiving circuit.

In the above embodiment, used various band pass filters, but the present invention is not limited to this, also can uses the filtering mechanism of band stop filter, low pass filter or the high pass filter etc. that can carry out above-mentioned effect.

In the above embodiment, though used various low pass filters, the present invention is not limited to this, also can use the filtering mechanism of the band stop filter that can carry out above-mentioned effect, band pass filter etc.

As above described in detail, according to the present invention, in order to reduce the signal to noise ratio of multimode transtation mission circuit, and pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of above-mentioned each phase modulated mechanism output and making this phase modulated signal filtering having inserted between the input terminal of the lead-out terminal of above-mentioned each phase modulated mechanism and above-mentioned each Modulation and Amplitude Modulation mechanism, and export the filtering mechanism of filtered phase modulated signal.Therefore, compared with prior art, circuit scale reduces, and can littler inhibition current sinking, can realize having the multimode transtation mission circuit of TDMA pattern and CDMA pattern, except that above-mentioned multimode transtation mission circuit, also have the multimode transmission circuit and radio communication device of multi-mode receiver circuit with above-mentioned multimode transmission circuit.

Claims

1. multimode transtation mission circuit, it switches at least one TDMA pattern and at least one CDMA pattern selectively and uses, and described at least one CDMA pattern is used and the identical in fact transmission frequency of described at least one TDMA pattern, wherein, comprising:

Phase modulated mechanism, its in described TDMA pattern and described CDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal;

Filtering mechanism, it is in described TDMA pattern and described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; With

Modulation and Amplitude Modulation mechanism, it is in described TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described filtering mechanism output, on the other hand, in described CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described filtering mechanism output.

2. multimode transtation mission circuit, it switches a plurality of TDMA patterns that comprise first and second TDMA pattern that differs from one another selectively and uses with at least one CDMA pattern, described at least one CDMA pattern is used and the identical in fact transmission frequency of a described TDMA pattern, wherein, comprising:

The first phase modulated mechanism, its in a described TDMA pattern and described CDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal;

The second phase modulated mechanism, its in described the 2nd TDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal;

Filtering mechanism, it is in a described TDMA pattern and described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described first phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal;

The first Modulation and Amplitude Modulation mechanism, it is in a described TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described filtering mechanism output, on the other hand, in described CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described filtering mechanism output; With

The second Modulation and Amplitude Modulation mechanism, it is in described the 2nd TDMA pattern, and according to the amplitude composition of the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described second phase modulated mechanism output.

3. multimode transtation mission circuit according to claim 2, wherein, described first Modulation and Amplitude Modulation mechanism and the described second Modulation and Amplitude Modulation mechanism come shared by a Modulation and Amplitude Modulation mechanism.

4. multimode transtation mission circuit, it switches a plurality of TDMA patterns of comprising first and second TDMA pattern that differs from one another and a plurality of CDMA pattern selectively and uses, described a plurality of CDMA pattern comprises the transmission frequency identical in fact with described first and second TDMA pattern and first and second CDMA pattern that differs from one another used, wherein, comprising:

Phase modulated mechanism, its in described first and second TDMA pattern and described first and second CDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal;

The first filtering mechanism, it is in a described TDMA pattern and a described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal;

The second filtering mechanism, it is in described the 2nd TDMA pattern and described the 2nd CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; With

Modulation and Amplitude Modulation mechanism, it is in a described TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described first filtering mechanism output, in described the 2nd TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described second filtering mechanism output, in a described CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described first filtering mechanism output; In described the 2nd CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described second filtering mechanism output.

5. multimode transtation mission circuit, it switches a plurality of TDMA patterns and a plurality of CDMA pattern selectively and uses, the transmission frequency that described a plurality of TDMA pattern comprises the 2nd TDMA pattern is essentially 1/2 the first and second TDMA patterns of the transmission frequency of a TDMA pattern, described a plurality of CDMA pattern comprises identical in fact with the described first and second TDMA patterns respectively transmission frequency band of use and the first and second CDMA patterns that differ from one another, wherein, comprising:

Frequency division mechanism, this phase modulated signal of its frequency division makes to be essentially 1/2 from the frequency of the phase modulated signal of described phase modulated mechanism output, and the phase modulated signal behind the output frequency division;

The first Modulation and Amplitude Modulation mechanism, it is in a described TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described first filtering mechanism output, in a described CDMA pattern, will export as the wireless transmission signal from the phase modulated signal of described first filtering mechanism output; With

The second Modulation and Amplitude Modulation mechanism, it is in described the 2nd TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation behind the frequency division of described frequency division mechanism output phase modulated signal and produce wireless transmission signal and output, in described the 2nd CDMA pattern, will export as the wireless transmission signal from the phase modulated signal behind the frequency division of described frequency division mechanism output.

6. multimode transtation mission circuit, it switches a plurality of TDMA patterns and a plurality of CDMA pattern selectively and uses, described a plurality of TDMA pattern comprises: the transmission frequency of the 2nd TDMA pattern is essentially first and second TDMA pattern of 1/2 of the transmission frequency of a TDMA pattern, use be offset from the transmission frequency of a described TDMA pattern regulation the first frequency side-play amount transmission frequency the 3rd TDMA pattern and use the 4th TDMA pattern of transmission frequency that has been offset the second frequency side-play amount of regulation from the transmission frequency of described the 2nd TDMA pattern, first and second CDMA pattern that described a plurality of CDMA pattern comprises identical in fact with described first and second TDMA pattern respectively transmission frequency band of use and differs from one another, wherein, comprising:

The first phase modulated mechanism, its in described first and second TDMA pattern and described first and second CDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal;

The second phase modulated mechanism, its in the described third and fourth TDMA pattern, according to the phase component of the modulated signals of being imported, output phase modulation signal after the phase modulated carrier signal;

The first frequency division mechanism, this phase modulated signal of its frequency division makes to be essentially 1/2 from the frequency of the phase modulated signal of described first phase modulated mechanism output, and the phase modulated signal behind the output frequency division;

The second frequency division mechanism, this phase modulated signal of its frequency division makes to be essentially 1/2 from the frequency of the phase modulated signal of described second phase modulated mechanism output, and the phase modulated signal behind the output frequency division;

The first filtering mechanism, it is in a described TDMA pattern and a described CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal of described first phase modulated mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal;

The first Modulation and Amplitude Modulation mechanism, it is in a described TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described first filtering mechanism output, in a described CDMA pattern, to export as the wireless transmission signal from the phase modulated signal of described first filtering mechanism output, in described the 3rd TDMA pattern, according to the amplitude composition of the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described second phase modulated mechanism output;

The second filtering mechanism, it is in described the 2nd TDMA pattern and described the 2nd CDMA pattern, pass through after making the band component decay outside the transmission frequency band of the phase modulated signal behind the frequency division of described first frequency division mechanism output and making this phase modulated signal filtering, and export filtered phase modulated signal; With

The second Modulation and Amplitude Modulation mechanism, it is in described the 2nd TDMA pattern, amplitude composition according to the modulated signals of being imported, Modulation and Amplitude Modulation produces wireless transmission signal and output from the phase modulated signal of described second filtering mechanism output, in described the 2nd CDMA pattern, to export as the wireless transmission signal from the phase modulated signal of described second filtering mechanism output, in described the 4th TDMA pattern, according to the amplitude composition of the modulated signals of being imported, Modulation and Amplitude Modulation behind the frequency division of described second frequency division mechanism output phase modulated signal and produce wireless transmission signal and output.

7. multimode transtation mission circuit according to claim 1, wherein, described each filtering mechanism is band pass filter or band stop filter.

8. multimode transmission circuit wherein, comprising:

The multimode transtation mission circuit, it switches at least one TDMA pattern selectively and uses described at least one use of CDMA pattern and the identical in fact transmission frequency of described at least one TDMA pattern with at least one CDMA pattern; With

Multi-mode receiver circuit, it receives the wireless receiving signal that is received in described each TDMA pattern and described each CDMA pattern, carry out frequency inverted and carry out demodulation;

Described multimode transtation mission circuit possesses:

9. multimode transmission circuit according to claim 8, wherein, described multi-mode receiver circuit will be used as the local oscillation signal that described frequency inverted is used from the phase modulated signal of described each phase modulated mechanism output.

10. multimode transmission circuit wherein, comprising:

The multimode transtation mission circuit, it switches a plurality of TDMA patterns that comprise first and second TDMA pattern that differs from one another selectively and uses described at least one use of CDMA pattern and the identical in fact transmission frequency of a described TDMA pattern with at least one CDMA pattern; With

Described multimode transtation mission circuit possesses:

11. multimode transmission circuit according to claim 10, wherein, described multi-mode receiver circuit will be used as the local oscillation signal that described frequency inverted is used from the phase modulated signal of described each phase modulated mechanism output.

12. a multimode transmission circuit wherein, comprising:

The multimode transtation mission circuit, it switches a plurality of TDMA patterns of comprising first and second TDMA pattern that differs from one another and a plurality of CDMA pattern selectively and uses, and described a plurality of CDMA patterns comprise transmission frequency identical in fact with the described first and second TDMA patterns and the first and second CDMA patterns that differ from one another used; With

Described multimode transtation mission circuit possesses:

13. multimode transmission circuit according to claim 12, wherein, described multi-mode receiver circuit will be used as the local oscillation signal that described frequency inverted is used from the phase modulated signal of described each phase modulated mechanism output.

14. a multimode transmission circuit wherein, comprising:

The multimode transtation mission circuit, it switches a plurality of TDMA patterns and a plurality of CDMA pattern selectively and uses, the transmission frequency that described a plurality of TDMA pattern comprises the 2nd TDMA pattern is essentially 1/2 the first and second TDMA patterns of the transmission frequency of a TDMA pattern, described a plurality of CDMA pattern comprise identical in fact with the described first and second TDMA patterns respectively transmission frequency band of use and the first and second CDMA patterns that differ from one another and

Described multimode transtation mission circuit possesses:

15. multimode transmission circuit according to claim 14, wherein, described multi-mode receiver circuit will be used as the local oscillation signal that described frequency inverted is used from the phase modulated signal or the phase modulated signal behind the frequency division of described each frequency division mechanism output of described each phase modulated mechanism output.

16. a multimode transmission circuit wherein, comprising:

The multimode transtation mission circuit, it switches a plurality of TDMA patterns and a plurality of CDMA pattern selectively and uses, described a plurality of TDMA pattern comprises: the transmission frequency of the 2nd TDMA pattern is essentially first and second TDMA pattern of 1/2 of the transmission frequency of a TDMA pattern, use be offset from the transmission frequency of a described TDMA pattern regulation the first frequency side-play amount transmission frequency the 3rd TDMA pattern and use the 4th TDMA pattern of transmission frequency that has been offset the second frequency side-play amount of regulation from the transmission frequency of described the 2nd TDMA pattern, described a plurality of CDMA patterns comprise identical in fact with the described first and second TDMA patterns respectively transmission frequency band of use and the first and second CDMA patterns that differ from one another; With

Described multimode transtation mission circuit possesses:

17. multimode transmission circuit according to claim 16, wherein, described multi-mode receiver circuit will be used as the local oscillation signal that described frequency inverted is used from the phase modulated signal or the phase modulated signal behind the frequency division of described each frequency division mechanism output of described each phase modulated mechanism output.

18. a radio communication device wherein, comprising:

The multimode transtation mission circuit, it switches at least one TDMA pattern selectively and uses described at least one use of CDMA pattern and the identical in fact transmission frequency of described at least one TDMA pattern with at least one CDMA pattern;

Multi-mode receiver circuit, it receives the wireless receiving signal that is received in described each TDMA pattern and described each CDMA pattern, carry out frequency inverted and carry out demodulation; With

Antenna, it receives the wireless receiving signal, and sends the wireless transmission signal;

Described multi-mode receiver circuit receives the wireless receiving signal that receives by described antenna, carries out carrying out demodulation after the frequency inverted;

Described multimode transtation mission circuit possesses:

19. radio communication device according to claim 18, wherein, described multi-mode receiver circuit will be used as the local oscillation signal that described frequency inverted is used from the phase modulated signal of described each phase modulated mechanism output.