CN104348511B - A kind of radio circuit and electronic equipment - Google Patents
A kind of radio circuit and electronic equipment Download PDFInfo
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- CN104348511B CN104348511B CN201310347416.6A CN201310347416A CN104348511B CN 104348511 B CN104348511 B CN 104348511B CN 201310347416 A CN201310347416 A CN 201310347416A CN 104348511 B CN104348511 B CN 104348511B
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Abstract
The present invention relates to communication technical field, disclose a kind of radio circuit and electronic equipment, to solve the technical problem that in prior art, radio circuit wiring is complicated, this radio circuit includes: N number of communication module；Address decoder, is connected to this N number of communication module；Configuration bus, is connected to this address decoder；After this configuration bus obtains the first configuration parameter, this first configuration parameter is sent to this address decoder, and then obtain the first address information, and then from this N number of communication module, determine the first communication module corresponding to this first address information, then this first configuration parameter is sent to this first communication module, this first communication module is carried out parameter setting by this first configuration parameter.That is at least two communication module has only to a configuration bus and just can realize parameter setting, so decreasing the quantity of configuration bus, has reached to reduce the technique effect of radio circuit routing complexity.
Description
Technical field
The present invention relates to communication technical field, particularly to a kind of radio circuit and electronic equipment.
Background technology
Along with the development of science and technology, electronic technology have also been obtained development at full speed, and then also creates
Increasing electronic equipment, such as: mobile phone, panel computer, notebook computer etc..These electronics set
The standby function being had from strength to strength, has become as a part indispensable in people's life.
And much electronic equipment all has communication function, and then can receive or send data, in order to realize
Communication function, is both provided with radio circuit in these electronic equipments, as Fig. 1 is somebody's turn to do, is showing of a radio circuit
It is intended to, specifically includes:
WLAN (WLAN:Wireless Local Area Networks) module 10a, is used for passing through
WLAN carries out data transmission；
Bluetooth (Bluetooth) module 10b, for carrying out data transmission by Bluetooth protocol；
Frequency modulation broadcasting (FM:Frequency Modulation) module 10c, is used for passing through FM radio receiver
Data；
Radio-frequency front-end 11, is connected with this Wireless LAN module 10a and this bluetooth module 10b；
First antenna 12a, is connected with this radio-frequency front-end 11, for sending this Wireless LAN module 10a's
First the second transmission signal sending signal or this bluetooth module 10b；And receive and this WLAN mould
The first reception signal and corresponding with this bluetooth module 10b second corresponding for block 10a receives signal；
Second antenna 12b, is connected to this frequency modulation broadcasting module 10b, for receiving the 3rd reception signal, and
Transmission is to this frequency modulation broadcasting module 10b；
Input/output interface 13, is connected to this Wireless LAN module 10a, this bluetooth module 10b and this tune
Frequently broadcast module 10c；
First data transmission interface 14a, by this input/output interface 13 and this Wireless LAN module 10a
It is connected, for providing the first data to this Wireless LAN module 10a；
Second data transmission interface 14b, is connected with this bluetooth module 10b by this input/output interface 13,
For providing the first data to this bluetooth module 10b；
3rd data transmission interface 14c, by this input/output interface 13 and this frequency modulation broadcasting module 10b
It is connected, for providing the first data to this frequency modulation broadcasting module 10b；
First configuration bus 15a, is connected with this Wireless LAN module 10a by this input/output interface 13,
For providing the first configuration parameter to this Wireless LAN module 10a, with by this first configuration parameter to this
Wireless LAN module 10a carries out parameter setting；
Second configuration bus 15b, is connected with this bluetooth module 10b by this input/output interface 13, is used for
There is provided the second configuration parameter to this bluetooth module 10b, with by this second configuration parameter to this bluetooth module
10b carries out parameter setting；
3rd configuration bus 15c, is connected with this frequency modulation broadcasting module 10c by this input/output interface 13,
For to this frequency modulation broadcasting module 10c provide the 3rd configuration parameter, with by the 3rd configuration parameter to this tune
Frequently broadcast module 10c carries out parameter setting.
Present inventor finds at least to exist in prior art following technical problem:
In prior art, include multiple communication module at radio circuit, the configuration of equal number can be included
These multiple communication modules to give these multiple communication module transmission configuration parameters respectively, and then are joined by bus
Number is arranged, so causing the configuration bus number of radio circuit in prior art too much, thus results in existing skill
Art also exists the technical problem that radio circuit wiring is complicated.
Summary of the invention
The embodiment of the present invention provides a kind of radio circuit and electronic equipment, is used for solving to also exist in prior art
The complicated technical problem of radio circuit wiring.
According to a first aspect of the present invention, it is provided that a kind of radio circuit, including N number of communication module, wherein N
For the positive integer more than or equal to 2；Address decoder, is connected to described N number of communication module；Configuration bus,
It is connected to described address decoder；Wherein, after described configuration bus obtains the first configuration parameter, by institute
Stating the first configuration parameter to send to described address decoder, described address decoder is to described first configuration parameter
Carry out address decoding and then obtain the first address information, and then determining described from described N number of communication module
First communication module corresponding to first address information, then sends described first configuration parameter to the most described the
One communication module, to carry out parameter setting by described first configuration parameter to described first communication module.
In conjunction with first aspect, in the implementation that the first is possible, described N number of communication module, particularly as follows:
At least two communication module in Wireless LAN module or bluetooth module or frequency modulation broadcasting module.
In conjunction with first aspect, in the implementation that the second is possible, described radio circuit also includes: input
Output interface, by described input/output interface by described N number of communication module and described address decoder phase
Even, to be realized between described N number of communication module and described address decoder by described input/output interface
Data cube computation.
In conjunction with the implementation that the second of first aspect is possible, in the implementation that the third is possible, institute
State radio circuit also to include: N number of data transmission interface, the i-th number in described N number of data transmission interface
According to coffret by described input/output interface and the i-th communication module phase in described N number of communication module
Even, for providing i-th send subdata or obtain i-th communication module to described i-th communication module
The i-th being sent to receives subdata, and wherein i is any integer of 1 to N.
In conjunction with first aspect, in the 4th kind of possible implementation, described radio circuit also includes:
Radio-frequency front-end, is connected to described N number of communication module, for corresponding to described N number of communication module
Reception signal or send signal process.
In conjunction with in the 4th kind of possible implementation of first aspect, in the 5th kind of possible implementation,
Described radio circuit also includes: antenna, is connected in described radio-frequency front-end or described N number of communication module extremely
A few communication module, is used for receiving described reception signal or sending described transmission signal.
According to second aspect, the embodiment of the present invention provides a kind of electronic equipment, including: shell；
Any one in the first to six kind of possible implementation of first aspect present invention or first aspect
The described radio circuit that possible implementation is introduced, is arranged at described case surface or inside；Place
Reason device, is arranged at described enclosure, is connected with described radio circuit, for providing to described radio circuit
Send data or obtain the reception data that described radio circuit receives.
The present invention has the beneficial effect that:
Due in embodiments of the present invention, it is provided that a kind of radio circuit, described radio circuit includes at least two
Individual communication module, and this at least two communication module is connected with same configuration bus by address decoder,
When described configuration bus obtains the first configuration parameter, can determine that described first joins by described address decoder
Put the first address information corresponding to parameter, and then determine the first ground from described at least two communication module
First communication module corresponding to the information of location, finally sends described first configuration parameter to described first communication
Module, and then by described first configuration parameter, described first communication module is carried out parameter setting, namely
Saying that at least two communication module has only to a configuration bus and just can realize parameter setting, joining so decreasing
Put the quantity of bus, reach to reduce the technique effect of radio circuit routing complexity.
Accompanying drawing explanation
Fig. 1 is the structure chart of radio circuit in prior art；
Fig. 2 is the structure chart of radio circuit in the embodiment of the present invention；
Fig. 3 is the structure chart of the further refinement of embodiment of the present invention radio circuit；
Fig. 4 is the structure chart of radio circuit in the embodiment of the present invention one；
Fig. 5 is the structure chart of radio circuit in the embodiment of the present invention two；
Fig. 6 is the structure chart of electronic equipment in the embodiment of the present invention.
Detailed description of the invention
The embodiment of the present invention provides a kind of radio circuit and electronic equipment, is used for solving to also exist in prior art
The complicated technical problem of radio circuit wiring.
Technical scheme in the embodiment of the present invention is to solve above-mentioned technical problem, and general thought is as follows:
A kind of radio circuit is provided, including: N number of communication module, wherein N is the positive integer more than or equal to 2；
Address decoder, is connected to N number of communication module；Configuration bus, is connected to address decoder；Wherein, exist
After configuration bus obtains the first configuration parameter, sending the first configuration parameter to address decoder, address is translated
Code device carries out address decoding and then obtains the first address information the first configuration parameter, and then from N number of communication mould
Block is determined the first communication module corresponding to the first address information, then the first configuration parameter is sent extremely
First communication module, to carry out parameter setting by the first configuration parameter to first communication module.
Due in such scheme, N number of communication module has only to a configuration bus and just can realize parameter and set
Putting, so decreasing the quantity of configuration bus, having reached to reduce the technique effect of radio circuit routing complexity.
In order to be better understood from technique scheme, below by accompanying drawing and specific embodiment to skill of the present invention
Art scheme is described in detail, it should be understood that the specific features in the embodiment of the present invention and embodiment is to this
The detailed description of inventive technique scheme rather than the restriction to technical solution of the present invention, in the feelings do not conflicted
Under condition, the technical characteristic in the embodiment of the present invention and embodiment can be mutually combined.
On the one hand, the embodiment of the present invention provides a kind of radio circuit, refer to Fig. 2, and radio circuit specifically wraps
Include:
N number of communication module 20, wherein N is the positive integer more than or equal to 2；
Address decoder 21, is connected to N number of communication module 20；
Configuration bus 22, is connected to address decoder 21；
In specific implementation process, N number of communication module 20, address decoder 21 and configuration above are total
Line 22 is all arranged at radio frequency chip 2 surface；
After configuration bus 22 obtains the first configuration parameter, the first configuration parameter is sent to address decoding
Device 21, address decoder 21 carries out address decoding and then obtains the first address information the first configuration parameter,
And then from N number of communication module 20, determine the first communication module corresponding to the first address information, then
First configuration parameter is sent to first communication module, first communication module is entered by the first configuration parameter
Line parameter is arranged.
As further preferred embodiment, N number of communication module 20, particularly as follows: Wireless LAN module,
Or at least two communication module in bluetooth module or frequency modulation broadcasting module.
In specific implementation process, Wireless LAN module refers specifically to utilize radio frequency (RF:Radio
Frequency) technology replaces the communication module that old-fashioned twisted-pair feeder carries out data transmission；
In specific implementation process, bluetooth module refers specifically to be carried out data transmission by Bluetooth transmission protocol
Communication module, bluetooth module is the communication module of a kind of holding equipment short haul connection (in general 10m),
Can include between numerous equipment such as mobile phone, PDA, wireless headset, notebook computer, related peripherals
Carry out wireless messages exchange.Bluetooth module is utilized can successfully to simplify between equipment and the Internet Internet
Communication, thus data transmission becomes more rapidly efficiently, for radio communication widening road.
In specific implementation process, frequency modulation broadcasting module refer to allotment broadcast (76-108MHz, at me
State is 87.5-108MHz, Japan is for 76-90MHz) communication module that is controlled.
During specific embodiment, difference based on first communication module, the parameter to first communication module
Arrange also different, be set forth below three kinds therein and be introduced, certainly, in specific implementation process, do not limit
In following three kinds of situations.
The first, first communication module is Wireless LAN module, by the first configuration information to wireless office
Territory net module carries out parameter when arranging, and mainly configures following parameter: network name, key, communication
Channel, traffic rate, transmitting power etc..
The second, first communication module is bluetooth module, is being carried out bluetooth module by the first configuration information
When parameter is arranged, mainly following parameter is configured: network name, unpaired message, key, frequency modulation sequence
Row, traffic rate, transmitting power etc..
The third, first communication module is frequency modulation broadcasting module, by the first configuration information frequency-modulation broadcasting
Module carries out parameter when arranging, and mainly configures following parameter: listen to frequency, modulation system etc..
As further preferred embodiment, refer to Fig. 3, radio circuit also includes:
Input/output interface 23, by input/output interface 23 by N number of communication module 20 and address decoding
Device 21 is connected, to be realized between N number of communication module and address decoder 21 by input/output interface 23
Data cube computation.
Specifically, namely obtain at address decoder 21 N number of communication module is carried out parameter setting
After configuration information, first transmit it to input/output interface 23, then by input/output interface 23
First communication module in transmission extremely N number of communication module.
As further preferred embodiment, please continue to refer to Fig. 3, radio circuit also includes:
N number of data transmission interface 24, the i-th data transmission interface in N number of data transmission interface 24 leads to
Cross input/output interface 23 to be connected with the i-th communication module in N number of communication module 20, for i-th
Individual communication module provides i-th send subdata or obtain the i-th reception that i-th communication module is sent to
Subdata, wherein i is any integer of 1 to N.
In specific implementation process, the i-th data transmission interface in N number of data transmission interface 24 can connect
By by the CPU (central processing unit: CentralProcessingUnit) of the electronic equipment being provided with radio circuit
Or MPU (microprocessor: Micro Processor Unit) sends and sends subdata to i-th, then will
It sends to i-th communication module；Or i-th communication module receive i-th receive subdata it
After, send it to CPU or MPU by i-th data transmission interface, and then by CPU or MPU
I-th is received subdata process.
As further preferred embodiment, please continue to refer to Fig. 3, radio circuit also includes:
Radio-frequency front-end 25, is connected to N number of communication module 20, for corresponding to N number of communication module 20
Reception signal or send signal process.
Further, radio-frequency front-end 25 specifically includes: receiving path and transmitting path.
Further, receiving path includes the devices such as low-noise amplifier (LNA), wave filter, including increasing
The indexs such as benefit, sensitivity, radio frequency reception bandwidth, will be designed according to products characteristics, it is therefore an objective to ensure have
Radiofrequency signal can pick up completely, without distortion from space and flow to the frequency conversion of rear class, intermediate frequency
The circuit such as amplification process.
The transmission signal sent, specifically for the work such as power amplification, filtering, is adjusted by transmitting path
The a series of process of system, digital-to-analogue conversion, power amplification etc..
As further preferred embodiment, please continue to refer to Fig. 3, radio circuit also includes:
Antenna 26, is connected at least one communication module in radio-frequency front-end 25 or N number of communication module 20,
For receiving signal or sending signal.
Antenna 26 is mainly used in receiving and carries out the transmission signal that processes or by N number of by radio-frequency front-end 25
At least one communication module transmission in communication module 20 transmission signal extremely, is then sent to away；
Or for receiving the reception signal that other electronic equipment sends, and it is sent at radio-frequency front-end 25
Reason.
The side of the electronic equipment of information processing in the present invention is introduced below by way of several specific embodiments
Method, the following examples mainly describe the several possible application scenarios of the method for information processing.Need
Bright, the embodiment in the present invention is served only for explaining the present invention, and cannot be used for limiting the present invention.All
Meeting the embodiment of inventive concept all within protection scope of the present invention, those skilled in the art know naturally
How road should deform according to the thought of the present invention.
Embodiment one
Introduce as Wireless LAN module and as a example by bluetooth module with N number of communication module in the present embodiment and penetrate
Frequently chip.
Refer to Fig. 4, radio frequency chip specifically includes following structure:
Wireless LAN module 40a, for carrying out data transmission by WLAN；
Bluetooth module 40b, for carrying out data transmission by Bluetooth protocol；
Input/output interface 41, is connected to Wireless LAN module 40a and bluetooth module 41b；
Address decoder 42, by input/output interface 41 and Wireless LAN module 40a and bluetooth module
40b is connected；
Configuration bus 43, is connected to address decoder 42；
First data transmission interface 44, is connected with Wireless LAN module 40a by input/output interface 41,
Send data for sending the first son to Wireless LAN module 40a or Wireless LAN module 40a is received
The first son receive data and be sent to CPU or MPU of electronic equipment；
Second data transmission interface 45, is connected with bluetooth module 40b by input/output interface 41, is used for
Send the second son to bluetooth module 40b send data or the second son of bluetooth module 40b reception is received data
It is sent to CPU or MPU of electronic equipment；
Radio-frequency front-end 46, with Wireless LAN module 40a and bluetooth module 40b；
Antenna 47, is connected to radio-frequency front-end 46, and it is corresponding that antenna 47 is used for sending Wireless LAN module 40a
First son send signal and bluetooth module 40b corresponding second son send signal；Antenna 47 is additionally operable to
After receiving the first son and receiving signal, transmit it to Wireless LAN module 40a, and receiving
After receiving signal to the second son, transmit it to bluetooth module 40b；
In specific implementation process, above-mentioned Wireless LAN module 40a, bluetooth module 40b, input and output
Interface 41, address decoder 42, configuration bus 43 and radio-frequency front-end 46 are all arranged at a radio frequency chip 4.
Assume to there is corresponding relation as shown in table 1 in the electronic device:
Table 1
| Address | Communication module |
| 1 | Wireless LAN module |
| 2 | Bluetooth module |
Receive by the CPU/MPU transmission of the electronic equipment being provided with radio circuit in configuration bus 43
After first configuration information, first the first configuration information is carried out address resolution, and then determines the first address letter
Breath, then by above-mentioned corresponding relation, i.e. can determine that the first communication module corresponding to the first configuration information,
Such as: if the first address information is 1, then the first configuration information is sent to Wireless LAN module 40a,
And then by the first configuration information, Wireless LAN module 40a can be carried out parameter setting；If the first ground
Location information is 2, then send the first configuration information to bluetooth module 40b, and then can join by first
Confidence breath carries out parameter setting to bluetooth module 40b.
Embodiment two
In the present embodiment with N number of communication module as Wireless LAN module, bluetooth module and frequency modulation broadcasting mould
Radio frequency chip is introduced as a example by block.
Refer to Fig. 5, radio circuit specifically includes following structure:
Wireless LAN module 50a, for carrying out data transmission by WLAN；
Bluetooth module 50b, for carrying out data transmission by Bluetooth protocol；
Frequency modulation broadcasting module 50c, for by FM radio receiver data；
Radio-frequency front-end 51, is connected with Wireless LAN module 50a and bluetooth module 50b；
First antenna 52a, by radio-frequency front-end 51 and Wireless LAN module 50a and bluetooth module 50b phase
Even；
Second antenna 52b, is connected with frequency modulation broadcasting module 50c；
Input/output interface 53, is connected to Wireless LAN module 50a, bluetooth module 50b and frequency modulation broadcasting
Module 50c；
First data transmission interface 54a, is connected with Wireless LAN module 50a by input/output interface 53,
Send data for sending the first son to Wireless LAN module 50a or Wireless LAN module 50a is received
The first son receive data transmission to CPU or MPU of electronic equipment；
Second data transmission interface 54b, is connected with bluetooth module 50b by input/output interface 53, is used for
The second son is provided to send data or the second son of bluetooth module 50b reception is received data to bluetooth module 50b
It is sent to CPU or MPU of electronic equipment；
3rd data transmission interface 54c, is connected with frequency modulation broadcasting module 50c by input/output interface 53,
For providing the 3rd son to send data or frequency modulation broadcasting module 50c received the to frequency modulation broadcasting module 50c
Three sons receive data and are sent to CPU or MPU of electronic equipment；
Address decoder 55, is connected with input/output interface 53, and then is connected by input/output interface 53
In Wireless LAN module 50a, bluetooth module 50b and frequency modulation broadcasting module 50c；
Configuration bus 56, is connected with address decoder 55；
Receive in configuration bus 56 and be provided with the electronic equipment of radio circuit and send the first configuration parameter extremely
Afterwards, the first configuration parameter is sent to address decoder 55, and then by address decoder from the first configuration
Parameter is determined the first address information, and then address decoder 55 is defeated by input by the first configuration information
Outgoing interface 53 transmits to first communication module corresponding to the first address information.
In specific implementation process, Wireless LAN module 50a, bluetooth module 50b, frequency modulation broadcasting module
50c, radio-frequency front-end 51, input/output interface 53, address decoder 55, configuration bus 56 are all arranged at
Above one radio frequency chip 5.
Assume to there is corresponding relation as shown in table 2 in the electronic device:
Table 2
| Address | Communication module |
| 03 | Wireless LAN module |
| 02 | Bluetooth module |
| 01 | Frequency modulation broadcasting module |
Wherein, the front two defined in the first configuration parameter represents address, it is assumed that CPU is by configuring bus
56 send following first configuration parameter " 03-power15-v11m ", address decoder to address decoder 55
55 pairs of the first configuration parameters resolve, and then determine that address is: 03, so determining the first communication mould
Block is Wireless LAN module 50a, so the first configuration information is sent to Wireless LAN module 50a,
Wireless LAN module 50a detects " power ", so determining the transmitting to Wireless LAN module 50a
Power is configured, so by transmission power level: 15 write related registers, and then by WLAN mould
The transmitting power setting of block 50a is 15dBm；Wireless LAN module 50a detects " v " simultaneously, so
Determine that the traffic rate to Wireless LAN module 50a is adjusted, so by traffic rate value: 11 writes
Related register, and then the traffic rate of Wireless LAN module 50a is set to 11Mbps.
Assume that CPU sends following first configuration parameter by configuring bus 56 to address decoder 55
" 02-power5-v1m ", the first configuration parameter is resolved, and then determines ground by address decoder 55
Location is: 02, so determining that first communication module is bluetooth module 50b, so being sent out by the first configuration information
Delivering to bluetooth 50b, bluetooth module 50b detects " power ", so determining frequency-modulation broadcasting module 50b
Transmitting power be configured, so by transmission power level: 5 write related registers, and then by bluetooth mould
The transmitting power setting of block 50b is 5dBm；Bluetooth module 50b detects " v " simultaneously, so determine right
The traffic rate of bluetooth module 50b is adjusted, so by traffic rate value: 1 write related register,
And then the traffic rate of frequency modulation broadcasting module 50b is set to 1Mbps.
Assume that CPU sends following first configuration parameter by configuring bus 56 to address decoder 55
" 01-fre1039-mFM ", the first configuration parameter is resolved, and then determines ground by address decoder 55
Location is: 01, so determining that first communication module is frequency modulation broadcasting module 50c, so by the first configuration letter
Breath sends to frequency modulation broadcasting module 50c, and frequency modulation broadcasting module 50c detects " fre ", so determining frequency modulation
The frequency of broadcast module 50c is configured, so by frequency values: 1039 write related registers, and then will
The frequency configuration of frequency modulation broadcasting module 50c is 1039MHz；The 50c of frequency modulation broadcasting module simultaneously detects " m ",
So determine that the mode of frequency regulation of frequency-modulation broadcasting module 50c is adjusted, so by traffic rate value: FM
Write related register, and then the mode of frequency regulation of frequency modulation broadcasting module 50c is set to: fm demodulation receives.
According to the second aspect of the invention, it is provided that a kind of electronic equipment, refer to Fig. 6, electronic equipment is concrete
Including:
Shell 60；
The radio circuit 61 that any embodiment of the present invention is introduced, is arranged at shell 60 surface or internal 60；
Processor 62, is arranged at shell 60 internal, is connected with radio circuit 61, for radio circuit
61 provide transmission data or obtain the reception data that radio circuit 61 receives.
The electronic equipment introduced due to the embodiment of the present invention, by penetrating of being provided with that the embodiment of the present invention introduced
The electronic equipment of frequency circuit, so the electronic equipment introduced based on the embodiment of the present invention, skill belonging to this area
Art personnel will appreciate that concrete structure and the deformation of the electronic equipment that the embodiment of the present invention introduced, so at this
No longer it is discussed in detail.
One or more technical schemes that the application provides, at least have the following technical effect that or advantage:
Due in embodiments of the present invention, it is provided that a kind of radio circuit, radio circuit includes that at least two is led to
Letter module, and this at least two communication module is connected with same configuration bus by address decoder, in configuration
When bus obtains the first configuration parameter, corresponding to the first configuration parameter can be determined by address decoder
One address information, and then from least two communication module, determine that first corresponding to the first address information is led to
Letter module, finally sends the first configuration parameter to first communication module, and then by the first configuration parameter pair
First communication module carries out parameter setting, say, that at least two communication module has only to a configuration bus
Just can realizing parameter to arrange, so decreasing the quantity of configuration bus, having reached the wiring of reduction radio circuit
The technique effect of complexity.
Although preferred embodiments of the present invention have been described, but those skilled in the art once know base
This creativeness concept, then can make other change and amendment to these embodiments.So, appended right is wanted
Ask and be intended to be construed to include preferred embodiment and fall into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification without deviating from this to the present invention
Bright spirit and scope.So, if the present invention these amendment and modification belong to the claims in the present invention and
Within the scope of its equivalent technologies, then the present invention is also intended to comprise these change and modification.
Claims (7)
1. a radio circuit, it is characterised in that including:
N number of communication module, wherein N is the positive integer more than or equal to 2；
Address decoder, is connected to described N number of communication module；
Configuration bus, is connected to described address decoder；
Wherein, after described configuration bus obtains the first configuration parameter, described first configuration parameter is sent
To described address decoder, described address decoder carries out address decoding to described first configuration parameter and then obtains
Obtain the first address information, and then determine corresponding to described first address information from described N number of communication module
First communication module, then described first configuration parameter is sent to described first communication module, to pass through
Described first configuration parameter carries out parameter setting to described first communication module.
2. radio circuit as claimed in claim 1, it is characterised in that described N number of communication module, tool
Body is: at least two communication module in Wireless LAN module or bluetooth module or frequency modulation broadcasting module.
3. radio circuit as claimed in claim 1, it is characterised in that described radio circuit also includes:
Input/output interface, is translated described N number of communication module with described address by described input/output interface
Code device is connected, to realize described N number of communication module and described address decoder by described input/output interface
Between data cube computation.
4. radio circuit as claimed in claim 3, it is characterised in that described radio circuit also includes:
N number of data transmission interface, the i-th data transmission interface in described N number of data transmission interface passes through
Described input/output interface is connected with the i-th communication module in described N number of communication module, for described
The i-th that i-th communication module provides i-th transmission subdata or acquisition i-th communication module to be sent to connects
Receiving subdata, wherein i is any integer of 1 to N.
5. radio circuit as claimed in claim 1, it is characterised in that described radio circuit also includes:
Radio-frequency front-end, is connected to described N number of communication module, for corresponding to described N number of communication module
Reception signal or send signal process.
6. radio circuit as claimed in claim 5, it is characterised in that described radio circuit also includes:
Antenna, is connected at least one communication module in described radio-frequency front-end or described N number of communication module,
For receiving described reception signal or sending described transmission signal.
7. an electronic equipment, it is characterised in that including:
Shell；
Radio circuit as described in claim as arbitrary in claim 1-6, is arranged at described case surface or inside；
Processor, is arranged at described enclosure, is connected with described radio circuit, for described radio frequency electrical
Road provides and sends data or obtain the reception data that described radio circuit receives.
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| CN201310347416.6A CN104348511B (en) | 2013-08-09 | 2013-08-09 | A kind of radio circuit and electronic equipment |
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| CN104348511B true CN104348511B (en) | 2016-09-28 |
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