TW200816627A - Transceiver and compound filter - Google Patents

Abstract

A transceiving system utilizing a shared filter module is provided. The shared filter module is selectively filtering signals in a first band in a first mode and a second band in a second mode. The first mode is a receiver mode whereas the second mode is a transmission mode. The shared filter module comprises a compound filter comprising two low pass filters and a coupling controller to manage input and output wiring of the low pass filters. When the coupling controller is enabled in the first mode, the compound filter acts as a bandpass filter. When the coupling controller is disabled, the compound filter acts as two independent low pass filters.

Description

200816627 IX. Description of the Invention: [Technical Field] The present invention relates to a shared filter applied in a transceiving system, and more particularly to elastically switching to different filter bandwidths A filter architecture. [Prior Art] The design of the filter in the & aperture system plays an important role. An ideal receiver channel filter can reduce signal distortion by increasing the Signal to Noise Ratio (SNR), eliminating out-of-band interference and limiting the bandwidth of the noise. Shrink in the ideal range. However, the process of reducing signal distortion and the process of reducing noise interference are difficult to balance, so it is often necessary to design the filter to be realistic. Figure 1 is a prior art transceiving system 100. In the receive mode, the low noise amplifier (LNA) 1〇2 \ receives and amplifies the RF in-band signal RFIN, and then the mixers 1〇4i and i〇4q generate the in-phase and positive-in-one results #Πη和, and Low pass filtering is performed by Low Pass Filtering (LPF) 1061 and 106Q. The resulting filtered results, RXI and RXQ, are then sent to an analog-to-digital converter (ADC) (not shown) for subsequent processing. In contrast, in the transmission mode, the external base signal TXI and TXQ are respectively input to the low pass filters 11〇1 and 110Q, and the generated filter result #IOUT*#q〇ut is then applied to the upconverters 1121 and 112Q. The up-conversion is performed, and the variable gain amplifier 114 performs gain adjustment on the up-converting result of the 0758E-A32549TWF; CMTI-06-006; Yeatsluo 6 200816627, and is amplified by the power amplifier ιΐ6 to become the RF outgoing signal RF0UT for wireless transmission. . Among the low pass filters 1061, i〇6q, 11〇1 and u〇Q, the most important parameter is the filtering 'bandwidth'. In a typical communication system, the low-pass fishing rods T and 11〇Q need to have a wider ratio than (10)Q and Q; ^However, filters and filters with different bandwidth parameters are used in a transceiver system: - Some redundancy. This has resulted in a significant amount of wafer area and cost, which is an unfavorable factor for most 3C products that require light and power savings. In view of this, in order to reduce the repetitive components in the transceiver system, it is urgent to improve the filtering and Boj architecture. SUMMARY OF THE INVENTION In view of the above, the present invention can more effectively utilize repetitive components and reduce the cost of the system. This is a kind of transceiver system that can demodulate the shot (4) to send the signal to = to take the data, and to adjust the outgoing data to the RF signal. And two, the enjoyable filter, wave module, can selectively operate in the first mode and the brother-in-one type "for each of the _ phase" - frequency and second bandwidth signal. The gas can be demodulated in the first mode to generate a dim-"result, and the first demodulation result is transmitted to the shared tear wave module for filtering to generate the first bandwidth & Μ ", Le y Belle's brother - filtering results. The first base ί can digitize the first transition result in the Ϊ-mode to generate the inner = shell: the second fundamental frequency module can be in the second mode The Chinese company will compare the outgoing data to generate the external baseband signal, and send the external baseband signal to the 0758E-A32549TWF; CMTI-06-006; Yeatsluo 200816627 - the sub-filter module to filter In order to generate a radio frequency outgoing signal. Death, ,, and fruit adjustment - a combined filter disclosed in the embodiment ... _ eye rain into ^ 'father input terminal' non-inverting output; The input end of the in-phase low-pass filter is coupled to the non-inverting input terminal: and is input into the furnace, and the input end of the low-pass filter is coupled to the orthogonal wheel* and the output end is coupled to the quadrature output terminal. Can be used to switch in-phase / quadrature / wheel-in 2: quadrature output ΐ line controller will be connected to the non-inverting input To phase:: Γ phase output depends on the quadrature input terminal, so that the same crying and 正交 和 正交 正交 正交 正交 正交 形成 形成 形成 : : : : : : : : : : : : : : : : : : : : : : : : : : The 叩 叩 乂 low-pass filters are isolated from each other and operate independently. In another embodiment of the combined filter and waver, 'a plurality of filters, waves: % to form a stepped structure, and each filter unit contains a low phase Considering the wave crossing low pass chopper, the first wiring controller and the second wiring controller. In the series connection of the filtering units, the = one output of the previous in-phase low pass filter = connected to the next in-phase low pass The first input of the filter is connected and the second output of the other parent low-pass filter is connected to the next orthogonal, the second input of the pass-through wave. The first input of the in-phase low-pass chopper The end is the non-inverting input, and the first input of the first orthogonal low-pass filter °° is the quadrature input. The first output of the last in-phase low-pass filter σσ is the non-inverting output, and the last one Orthogonal low 〇758E-A32549TWF; CMTI-〇6-〇〇6; Yeatsluo 2008 In the second round of the 16627-pass filter, the first and second \=orthogonal outputs are in the PD-to-receive mode. During operation, the junction filter n becomes bandpass and is activated, thereby making the group Two wiring controller; wave unit more:; f: a wide variety of combined filters are also a plurality of two-step ladder structure, and each filter unit includes a ff amplifier connected in series on the in-phase channel, and a second operation ^ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ State, and the second match: Benefit Control - Operational amplifier's positive input and second operation amplification = positive, outgoing _ state. The third wiring controller controls the second: the positive output of the set: and the positive input of the second operational amplifier: the fourth wiring controller controls the light of the first operational amplifier = the negative input of the terminal and the second operational amplifier In the connection mode, the first, second, third, and fourth wiring controllers are all rounded, which makes the combined filter a band pass filter. In the transmission mode, 'the first, the first 2. The third and fourth wiring controllers are all turned off, and the composite filter is used as two independent low-pass filters. The present invention provides a transceiver system and a combined filter subtracting component. Production cost is reduced. Reset [Embodiment] 〇758E-A32549TWF; CMTI-06-006; Yeatsluo 9 200816627 • τ listed examples specifically explain how to achieve the present invention in a better way. The application is not intended to limit the scope of the invention. The actual scope is based on the scope of the patent application. FIG. 2 is an embodiment of the transceiver system 2 of the present invention, and the transceiver system 200 includes shared filtering.榉Group 21〇 For data reception and transmission 'common use. Different from the low-pass chopping view, 1G6Q, (10) and 11QQ in the second figure of the prior art, the implementation touch sharing filter module 210 can be used together with the common transmission and reception modes. The demodulation module 〇2〇2 includes the same low noise amplifier 1〇2, mixer and 104Q as in Fig. 1. In the receiving mode, the demodulation module 2〇2 receives the RF internal signal ( Mbcnmd RF slgnal)RFIN, and the generated mixing results #im and #Qm are respectively transmitted to the shared filter and wave module 21〇. Then, the shared filter module 210 outputs the filtered results RXI and RXQ to the baseband module 220. More specifically, the baseband module 220 can include the scalable, enhanced states 2221 and 222Q, and the gain adjustments for the filtered results RXi and RXq, respectively, and the analog digital converters 2241 and 224Q. Each of the variable gain amplifiers 2221 and 222Q is coupled to generate digital doping DI and DQ correspondingly. In the transmitter portion, the baseband module 23A includes digital analog converters 2321 and 232Q, which can be digitally digitized. Data DI and DQ are converted to external baseband signals TXI and TXQ. When the 200 operates in the transmission mode, the baseband module 230 transmits the external baseband signals TXI and TXQ to the dry filter module 210, and outputs the filtered results #I〇ut and #Q〇ut to the RF module. 2〇4 is modulated. The RF module 2〇4 contains the same up-converter mixers 1121 and 112Q as in Figure 1, variable gain amplifier 〇758E-A32549TWF; CMTI-〇6-〇〇6; Yeatsluo 10 200816627 • n4 and power amplifier 116' perform procedures such as phase mixing and power amplification to generate RF transmit signals for transmission (〇utb〇und rf sign). A detailed embodiment of the shared filter module 21A will be disclosed in the following description. Figure 3 is an embodiment of a shared filter module 21A. In the sharing filter module 210, the four selectors 3i〇i, 3i〇q, 32讥 and 320Q are used to pattern the data transmission paths in different modes, and the low-pass choppers 3〇21 and 302Q are available for transmission. The mode is used in conjunction with the receive mode. The so-called direct conversion transmitter is also known as the zero-IF (Z) Intermediate Frequency 'ZIF' transmitter, if it is applied to a TDMA communication system such as a wireless network (IEEE 8〇). 2. Workers) or Bluetooth communication, the bandwidth parameters used for transmission and transmission are not __like. For example, for the delta, the 9MHz filter is required for the receiving state, and the 11MHz filter is required for the transmitter. Since the transmission and reception do not occur at the same time, a calibration unit 33〇 can be used to adjust the bandwidth of the low-pass filter benefits 3021 and 302Q, so that the low-pass filters 3〇21 and 302Q are applicable in both modes simultaneously. . The adjustment method is to change the time constant of the RC circuit in the low pass filters 3021 and 302Q. One prior art practice is to provide a set of so-called capacitor bank circuits that increase or decrease the bandwidth of the filter by simple short circuit and open circuit mechanisms. The above-mentioned bandwidth adjustment is to change the bandwidth of the filter by switching the specific capacitors in the capacitor bank. For the specific embodiment, refer to the invention titled "SHARED REzCEIVER AND TRANSMITTER FILTER" and the publication number is 0758E-A32549TWF. US Patent Application CMTI-06-006; Yeatsluo 11 200816627 2007/0040605 A1.

§ Knife-type) The wave filter module 210 operates in the receiving mode, and switches in the crying 3101, 3201, 310Q, and 320Q are switched to the node M1 to establish a path, and the mixing results #Iin and #Qin are transmitted from the demodulating mode stage 202. The low pass filter is 3021 and 302Q' and the low pass filter, filter 3Q2I and 302Q filter results RXI and RXQ are transmitted as the internal baseband signal to the baseband module 220. Conversely, when the shared filter module 21 is operating in the transfer mode, the switches in the selectors 3101, 3201, 310Q, and 320Q are switched to another stand and 'establish a path through the point M2, so that the digital analog conversion module The external baseband signals TXI and TXQ generated by 230 are respectively subjected to low-pass filtering for 3021 and 302Q, and then output to the RF module 2〇4 (Fig. 2). As before, the calibration unit 330 simultaneously adjusts the bandwidth parameters of the low pass choppers 3〇21 and 302Q to meet the requirements of each mode. Such chopping offers many advantages for a dry-type architecture, including reducing the number and cost of components. The following examples further suggest further improvements. Figure 4 is an embodiment of a shared filter module 4A according to the present invention, wherein the shared filter module 21 is further improved, and the low pass filters 3021 and 302Q are combined by the combined filter 4 Replaced by 〇. The combined filter 410 includes low pass filters 4〇21 and 4〇2q and a distribution controller 404. The low pass filters 4〇21 and 4〇2Q are basically the same as the low pass choppers 3021 and 302Q, but the wiring controller 4〇4 goes into two steps = providing an elastic coupling function that changes with mode. The low-pass chopper and the output and output terminals of the 402Q (nodes finI · louti 'finQ and foutQ) are connected to the wiring controller 404, when the sorrow-,,,, ^, Wentian 77 pre-filter module 4 〇〇〇758E-A32549TWF;CMTI-06-006;Yeatslao 12 200816627 Transportation: When transmitting and subtracting, the wiring control (4) 4G4 is closed. For example, the pass-through filter and the 4Q2q are not connected to each other, and the independent operation is like the low-pass filters 3021 and 30. In contrast, when sharing the mode, the wiring controller 404 is turned on, and the node finQ is connected to the node f〇uti, ! In fact, the combined filter benefit 410 in this state is equivalent to a bandpass chopper. It can be seen that the architecture proposed by the present embodiment effectively simultaneously satisfies the requirements of a full receiver and a zero intermediate frequency transmitter at a low cost. In addition to this, the combined 遽^7 can still be calibrated by the aforementioned calibration unit 33() to adjust the inter-¥ constant in the low-pass filter side 402Q to satisfy various possible bandwidths: The calibration unit _ with the wiring controller 4G4 cross-lighting work 匕 也 can also be implemented as a low-IF transmitter plus zero-frequency reception cry. Therefore, the advantage of the architecture is not only the cost reduction, but also the flexibility of the bandwidth combination, which is not limited to the embodiment. Fig. 5 is a ladder structure of another implementation of the combined filter 410 of Fig. 4, including a plurality of filters, and a wave unit 51G connected in series. Each of the filtering units 51A includes low pass filters 4021 and 402Q, and a wiring controller 4〇4. The input and output nodes of the low pass 4 waver 4021 are P1 and P2, respectively, and the input and turn nodes of the low pass chopper 402Q are p3 and p4, respectively. The wiring control 404 specifically includes the first wiring controller 5Q2 and the second wiring control 504', the first wiring controller 502 is responsible for switching the & pass state between the nodes P1 f P4 and the second wiring controller $(10) is responsible for switching 〇758E-A32549TWF; CMTI>〇6.〇〇6;Yeatsluo 13 200816627 k is the conduction state between points P2 and P3. When the transceiver system 2 is operating in the receiving mode, the first wiring controller 5〇2 and the second wiring controller 5〇4 are turned on, and the corresponding node responsible for it is turned on, whereby the filtering unit 5 1 turns to the vicinity It is a f-pass filter, and the entire transceiver system 200 is structurally a low-IF receiver. In contrast, when the transceiver system 2 is operating in the communication mode, the first wiring controller 5〇2 and the second wiring controller 5〇4 are turned off this day, and it can be found that the node Fini to the node fouti All of the low pass filters 4021 are combined into a third order low pass filter. Similarly, all low pass filters 402Q/ between nodes finQ through f〇mQ also form another independent third order low pass filter. In this way, the collection, system: 20031 becomes a direct conversion transmitter. If it is applied to the orphaned pass, the low-pass filter 4〇21 and the low-pass filter 4(10) can be operated at the center frequency h6MHz, with a frequency of 15MHz. Figure 5 shows that the calibration unit is not shown. 33〇, but it is still known in the present embodiment that the time constant of the low-pass filter 4(10)卩 and the 4〇2Q towel is elastically adjusted by the reference unit 33〇 so that the bandwidth meets various possible requirements. - Fig. 6 is a specific embodiment of the chopper unit 51() in Fig. 5. The low pass filter and Q described in the Le 5 diagram may be composed of operations 6021 and 602Q RC circuits (not shown), each on an R phase channel or an orthogonal channel. Operation amplifier 6 (m and 602Q input: the output terminals are all differential pairs, the corresponding input and output terminals are represented as falling amplification ports, /2+, Ρ2_, Ρ3+, Ρ3-, Ρ4+#ϋΡ4—1«. 60 &quot 1 ^ The heart and - correspondingly the next operational amplifier continued ^58E-A32549TWF; CMTI-06-006; Yeatsluo 14 200816627 . and P1-. Four wiring controllers 5〇2a, 5〇2b, 5 hearts and 5 〇 μ pairs of money (four) _ channel and Orthogonal material _ connected (four). Each wiring control benefits include resistance and open M, as shown, resistance Ra, where, ^ f and as, and switch sw SW2 , SW3 and SW4. The wiring controller 502a is negatively linked to the official position of the team and the team. The line controller 5〇2b is responsible for Pl+ to P4+, and the wiring controller 5〇4a is responsible for the wiring controller. 5〇4b is responsible for Ρ2+ to ρ3+. The switches in this embodiment are turned on or off at the same time. When these switches are turned on, the 兀510 is formed as a bandpass filter whose bandwidth is determined by the & time constant. When all switches are off, the U of the operational amplifier and each play an independent low-pass chopper, also operates at a bandwidth determined by rc = resistance Ra Rb, and Rd is a value that is elastically selected according to the dry circumference of the library, and is not limited in the present invention. Although the present invention is described above with reference to preferred embodiments, it is to be understood that the scope of the present invention may not necessarily It is within the scope of the present invention that any of the spirits of the present invention or the prior art are obvious. Therefore, the scope of patent claims must be solved in the broadest way. [Simplified illustration of the drawing] Figure 1 The system is a prior art transceiver system 100. Figure 2 is an embodiment of the transceiver system of the present invention, including a sub-anchor-wave module for transmission and reception. The knife-for-three figure is shared in Figure 2. The first embodiment of the filter module is shown in FIG. 2 as the second embodiment of the shared filter module of FIG. 2, 758E-A32549TWF; CMTI-〇6-〇〇6; Yeatsluo 200816627. Another embodiment of the combined filter in Fig. 4. Fig. 6 is an embodiment of the filtering unit in Fig. 5. [Description of main components] 100~ transceiver system; 102~low noise amplifier; 1041, 104Q , 1121, 112Q~ mixer; 1061, 106Q, 1101 110Q~low-pass filter; 114~variable gain amplifier; 116~power amplifier; 200~ transceiver system; 202~demodulation module; 2〇4~RF module; 210~shared filter module; 220 , 230 ~ baseband module; 2221, 222Q ~ variable gain amplifier; 2241, 224Q ~ analog digital converter; 2321, 232Q ~ digital analog converter; 3101, 310Q, 3201, 320Q ~ selector; 3021, 302Q ~ Low pass filter; I 330~calibration unit; 400~ transceiver system; 410~ combination filter; 4021, 402Q~ combination filter; 404~ wiring controller; 510~ filter unit; 502~ first wiring controller ; 504 ~ second wiring controller; 6021, 602Q ~ operational amplifier; 502a, 502b, 502c, 502d ~ wiring controller. 0758E-A32549TWF; CMTI-06-006; Yeatsluo 16

Claims (1)

200816627 X. Patent application scope: 1. A transceiver system, which can demodulate an RF internal signal to obtain internal transmission information and convert the external data into an RF transmission signal, including: & The module selectively operates in a first mode and a first mode to filter a first bandwidth and a second bandwidth; "a demodulation module is coupled to the shared filter module for In the first mode, the radio frequency in-band signal is demodulated to generate a first demodulation result, and the (four)-demodulation result is transmitted to the sharing filter module to perform filtering to generate the first frequency. a first filter result of the width; ... - a base frequency remainder, minus the shared filter module, wherein the first filter result is digitized in the: one mode to generate the internal feed poor material; The first signal passes through the second baseband module, and the _ is connected to the sub-mesh module for analogizing the outgoing data in the mode ▲ to generate an external base frequency to send the external base frequency. Sending a signal to the sharing filter module to generate a second filtering result of the second bandwidth; Complementing, and _ are connected to the dry filter and wave module, and in the first 杈, the second pass is sent to the signal. ",,,,,,,,,,, The transceiver system of claim 1, wherein the molecular chopping group comprises: an end combined filter having a non-inverting input non-inverting output and a quadrature output; 5 - quadrature input 0758E-A32549TWF; CMTl-06.006; YeatsIu〇17 200816627 y non-inverting input selector and - orthogonal transmission mode - the demodulation module is described as $^ with D° for the wheel end, and a second ± _ phase input terminal and the orthogonal in-phase input person # # :χ(一)" coupling the second baseband module to the input and the parent input; and the first selection: r orthogonal Outputting the orthogonal output mode of the coffee; to the same 鸠^ the non-inverting output and the orthogonal: the outgoing type, the RF module is connected to 3. The patented scope 2nd chopper includes: Transceiver system, wherein the group of in-phase low-pass filters, one round and the round-out end of the same phase output The wheel (4) is connected to the input terminal' and outputs the second::: wave, the input end is coupled to the orthogonal input end, and the / and output ports are coupled to the orthogonal output end; the wiring controller is used for cutting Drag the _ state of the lookout, where: ^ Xuan special phase / orthogonal / input / output connected to ί two = medium 1:: the coffee machine coupled the non-inverting input into the 妗, #贫,人,将五玄同The phase wheel output is coupled to the orthogonal wheel and the port 1 and 2 filters become a band pass filter; and in the middle mode, the wiring controller is turned off, thereby causing the ^ η = pass filter to be positive The low-pass axis is separated from the J: 1: alone: the transceiver system described in item 3 of the second and second enclosures. Further, the in-phase low-pass filter and the orthogonal low-pass filter 〇758E-A32549TWF; CMTI-〇 6-〇〇6; Yeatslu〇18 200816627, adjusting the in-phase low-pass filter and the quadrature low-pass filter of a resistor capacitance time constant to calibrate the first and second bandwidths. 5. The transceiver system according to claim 2, wherein the integrated filtering (four)m structure comprises a plurality of wave-connected waves, and each filtering unit comprises: an output terminal; ^ an in-phase low-pass filter having a first An input terminal and an output terminal; an orthogonal low pass filter, a wave device having a second input terminal and a second input to the second:: controller 'when the starter is connected to the first wheel end a second wiring controller, when starting, connecting the two to four output terminals, wherein the first output end of the in-phase low-pass filter is connected in the string-linking of the filtering and wave units The first input of the chopper, while the front phase is low, the second output of the low-pass chopping state is connected to the second input of the next orthogonal low-pass filter. a first input of the in-phase low-pass chopper; 'the turn-in' and the first-orthogonal low-pass two-phase phase of the quadrature input; μ-the wheel-in end is the last in-phase low-pass filter The first output of the device and the last-orthogonal low-pass chopper, the in-phase output of the quadrature In the first mode, the first and the third move, so that the combined (four) device becomes - heart == 075 eyes A32549TWF; C_ high money Ye her. 19 200816627 In the second mode, ... f, , _, the Leyi and the second wiring controller are all connected to the transceiver system of the item a'. The 阶梯-step structure comprises a plurality of filter units connected in series, and the mother-filter unit comprises: a first-phase amplifier connected to the same-phase channel, and a second operational amplifier connected in series with the _ music input terminal - a differential wheel output; a differential output - a wiring controller 'for controlling the coupling state of the negative terminal of the first operational amplifier and the negative output of the second operational amplifier; - a second wiring controller a controllable output terminal for controlling the first operation to amplify the crying and a positive output terminal of the second operational amplifier; - a third wiring controller for controlling the first operation to amplify the crying a coupling state of the terminal and the positive input terminal of the second operational amplifier' - a fourth wiring controller for controlling a negative output terminal of the first operational amplifier and a negative input terminal of the second operational amplifier Wherein: ^, in the first mode, the first, second, and third i are allowed to be activated in the 丨I % 士 ^ ^ ^ ^ ^ ^ , , , , , , , , , ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ In the second mode, the first -, The second, third, and fourth wirings are all turned off, thereby making the combined filter two low-pass filters. 0758E-A32549TWF; CMTI-06-006; Yeatsluo 20 200816627 7 · Apply The transceiver system of claim 6, wherein: the wiring controller comprises a first resistor connected in series with a first switch, the second wiring controller comprises a second resistor and a second switch string I The 6th second wiring controller includes a third resistor and a third switch string. The fourth wiring controller includes a fourth resistor and a fourth switch in series; and, in the first mode, the first and the first 2. The third and fourth switches are all activated, and in the second mode, the first, second, third, and fourth switches are all turned off. 8. The transceiver is as described in claim 1 The system, wherein: the C-core type is a receiving mode, wherein the shared filtering: the group, the function of the concentrator, is only for the first bandwidth signal I = the transceiver system becomes a low intermediate frequency receiver And the mouth of the Haidi brother is a weiyi *4, » The module provides the function of the low-pass filter, only =:: in the shared filter, the force month b, only the signal of the second bandwidth is made to make the transceiver become a zero Frequency transmitter. 9. If the application scope of the patent clearing system is applied to the transmission mode and the connection, the multiplexed access (5) is called the communication system. The pull type is different - the time division occurs 10. If the patent application The transceiver system is a wireless area w wide transceiver system, which time, .. 罔 road cwLAN), Bluetooth or Global Action 〇 758E-A32549TWF; CMTI-〇6-〇〇6; Yeatslu〇21 200816627 communication system (GSM ). U. The demodulation module described in the scope of the patent application scope includes: & system, wherein the low noise amplifier is used to receive the radio frequency for amplification control; /tb wave, on the same phase channel, the jet is mixed to produce "-the same phase component of the modulated filament. The signal is sent to the signal. Μ丨 2. As mentioned in the first paragraph of the patent application. A baseband module includes: χ Μ, ,, first, wherein the first variable gain amplifier is used for gain adjustment of the in-phase component; the first analog-to-digital converter that filters the result is lightly connected to the upper ^_, for generating the internal feed __^4 variable gain amplification a second variable gain amplifier for quadrature component gain adjustment; and X filtering result of a second analog digital converter, Coupling the output of the buffer for generating the transfer data: a variable gain amplification 13. As described in the scope of the patent application;: the external data includes an in-phase component and a正二,旦'·,,中: The second fundamental frequency module contains: And the first digital analog converter, which is converted into the in-phase component of the external baseband signal by the sub-I; the in-phase 贝 758B'A32549TWF; CMTI-06-006; Yeatsluo 22 200816627 八旦二!Γ digital analogy The converter is configured to replace the orthogonal tool of the external data with the orthogonal component of the external baseband signal. 14· The radio frequency module according to the scope of claim 301 includes: The component is killed; the "up-converter" is used to boost the second filtered, in-phase component of the result to an up-converter for coupling the second successive quadrature/a variable gain amplifier The device 'converts the first-and second-stage up-conversions to:::: to convert the whole to generate the radio-frequency outgoing signal; and the shell, the, and the fruit-ordering gain are adjusted to externally Signal for power amplifier 15 - a combined filter, should - the non-inverting input, - orthogonal wheel,:: system 'including · · and an orthogonal output; - the same phase output, and its output Output it: the end _ in-phase wheel in the end 'and its output end is leather: turn it out:, end - an input terminal, an output terminal, which is selectively coupled to the equivalent phase / quadrature / input / in-receive mode Yin, the wiring is connected to the orthogonal wheel end 'and In-phase wheel; 〇758E.A32549TWF; CMTI-〇6.〇06;Yeats]u〇23 200816627 The two-phase low-pass filter and the orthogonal low-pass filter and the waver are connected to each other to form an I-pass filter. And in the μ send mode, the wiring controller is turned off, thereby isolating the same thinking state and the orthogonal low-pass filter from each other, and operating independently. ^ and a combination filter are applied A transceiver system includes: a non-inverting input terminal, a quadrature input terminal, and a co-phase orthogonal wheel-out terminal, and a plurality of filtering unit series wave unit includes: to form a ladder structure, and each filter-in-phase low-pass filter , having a first input terminal and an output terminal; a W W · a positive parent low pass filter having a second input terminal and a second output terminal; An input coupled to the second output;: a second wiring controller when activated The second input terminal is coupled to the output terminal of the hexagram; wherein: in the series connection of the filter units: the first output end of the previous in-phase low-pass filter is connected to the first input end of the next non-phase-pass filter, and The second round of the previous orthogonal low-pass filter is connected to the second input of the next orthogonal low-pass filter; the first input of the first in-phase low-pass filter is the non-inverting input, and the first The second input of an orthogonal low-pass filter is 758E-A32549TWF; CMTI-06-006; Yeatsluo 24 200816627 • the quadrature input; the first output of the in-phase low-pass filter is taken, and Finally, the second two of the orthogonal low-pass ferrites; the phase of the orthogonal output; the Hanshao is in the receiving mode, the first and second wiring controllers are compared, borrowing the combination The filter becomes a bandpass data source, and the first and second terminals are closed, thereby isolating the in-phase low-pass chopper and the orthogonal low-pass, and operating independently. ^ Wave-clamping mutual binary mm transceiver "H non-inverting input, one is in the mountain 5 and a quadrature output; 'In-phase wheel out, a plurality of chopper units connected in series to form a wave unit containing: 秭', °Architecture and mother-in-one filter one brother and one operation amplifier in series: Λ Λ m 1 Two Shanghai for the visitor worm kf connected to the same phase channel, and one: large serially connected to an orthogonal channel, each containing knowledge And a pair of differential outputs, a differential output, a first wiring controller, a second wiring controller for negative input and a negative amplification of the second operational amplifier, used in 'β, coupling Connection dead, positive input and the second operation amplification: positive two music - operational amplifier - third wiring controller, with = = _ state of the output; positive input and the second operation 117 hai - operation Amplifier's... The coupling of the positive end of the big yang - · - The four wiring controller controls the — 758E-A32549TWF of the first operation; CMTI-06-006; YeatsIu 〇 25 200816627 . Negative input and the second a coupling state of the negative output of the operational amplifier; In the receiving mode, the first, second, third, and fourth wiring controllers are all activated, thereby making the combined filter a bandpass filter; and !1' in a transmission mode, the first The second, third, and fourth wiring controllers are all turned off, thereby making the combined filter two independent low-pass filters and waves. 0758E-A32549TWF; CMTI-06-006; Yeatsluo 26