CN201018630Y - Multi-purpose signal receiving peripheral device - Google Patents

Abstract

The utility model relates to a multipurpose signal reception peripheral unit can be operated together with portable electronic device, and this portable electronic device has bus connection port, and this peripheral unit contains: a circuit carrier; at least two functional modules capable of receiving wireless signals, which are arranged on the circuit carrier and can respectively receive and process signals so as to generate a first signal and a second signal; and a bus bridge module, which is arranged on the circuit carrier, can be electrically connected to the bus connection port, receives the first signal and the second signal and transmits the first signal and the second signal to the portable electronic device through the bus connection port. The utility model can make the extension modules with different functions share the same bus bridge module, and the data can be transmitted by the universal serial bus, thereby improving the use efficiency; furthermore, complexity can be significantly reduced.

Description

Multipurpose Signal Receiving Peripherals

technical field

The utility model is a multi-purpose signal receiving peripheral device, especially a kind of portable electronic device that can operate together, and can operate at least two kinds of multi-function wireless signal receiving devices on the portable electronic device. Use signal receiving peripheral device.

Background technique

With the increasing development of mobile computing technology in the technology industry, some portable electronic devices such as notebook computers, personal digital assistants (Personal Digital Assistant, PDA) or mobile phones are constantly being developed and innovated. And these technological products not only play a very important role in today's life, but also bring more convenience and practicality to consumers when using these products.

The user may have the experience of using a desktop computer to watch cable TV. The method is to connect a TV box (TV box) to the computer system, or insert a peripheral component interconnection (Peripheral Component Interconnect) into the computer system. , PCI) interface format TV card (can also include high-speed transmission peripheral component interconnection (PCI Express, PCI-E) interface) and after performing signal connection with a wired or wireless TV signal input end, the computer can It can be used as a TV set so as to watch TV programs. But, because notebook computer has portable convenient feature, make more and more people choose to use the TV adapter card of PCMCIA standard specification on notebook computer, can comprise: Cardbus (Cardbus) adapter card, High-speed transmission adapter card (ExpressCard) and other specifications of the TV interface device, or use the adapter card of the Universal Serial Bus (Universal Serial Bus, USB) specification, in addition, on the personal digital assistant (PDA) is Insert the secure digital input/output (Secure Digital Input/Output, SDIO) specification or other adapter card with input/output (Input/Output) function to expand the way to use, and then connect with the cable or wireless TV signal input terminal After the signal is connected, the purpose of plug-and-play and watching wired or wireless TV programs can be achieved.

For example, a user can use a Universal Serial Bus (USB) standard TV stick with a notebook computer, as long as the TV stick is inserted into a USB connection port installed on the notebook computer, The TV stick can receive wireless or cable, digital or analog TV signals through the built-in antenna device or external antenna device, or after the signal is connected to the cable TV signal input terminal, so that it can be used on the notebook computer. Watch a TV show.

However, due to the continuous development of the technology of various digital electronic devices, the various peripheral accessories that can be used together or the functions that can be expanded by the user when operating the computer system are also more and more diverse. In addition to the above-mentioned TV stick, Many electronic devices or peripheral accessories can be designed according to the specifications of the Universal Serial Bus, and can be installed and used on personal computers or notebook computers. The number of connection ports is limited, so if the user needs to use multiple electronic devices of the Universal Serial Bus specification at the same time, it will inevitably cause inconvenience to the user's operation. Therefore, how to solve this problem has become the main focus of the development of the present utility model. Purpose.

Contents of the invention

The purpose of this utility model is to solve the above problems and provide a multi-purpose signal receiving peripheral device, and the interior of the multi-purpose signal receiving peripheral device is completed with at least two functional modules capable of wireless signal reception, so that users can use it together When the multipurpose signal receives the peripheral device and the portable electronic device, the limited number of bus connection ports on the portable electronic device can be effectively used.

The utility model is a multi-purpose signal receiving peripheral device, which can be operated together with a portable electronic device. The portable electronic device has a bus connection port. The peripheral device includes: a circuit carrier; a satellite positioning signal processing circuit module, which is set On the circuit carrier, it receives and processes external satellite positioning signals, and then generates the first signal; the TV signal processing circuit module is arranged on the circuit carrier, and receives and processes the external TV signals, and then generates the second signal. signal; and a bus bridge module, arranged on the circuit carrier, electrically connected to the satellite positioning signal processing circuit module and the TV signal processing circuit module, and electrically connected to the bus connection port, which receives the above-mentioned first signal and the second signal is transmitted to the portable electronic device through the bus connection port.

According to the above idea, the portable electronic device can be a notebook computer, a personal digital assistant or a smart phone.

According to the above idea, the bus connection port can be a universal serial bus connection port, a high-speed transmission peripheral component interconnection port or a secure digital input/output connection port.

According to the above idea, the multi-purpose signal receiving peripheral device described in the present invention also includes an antenna device, which is arranged on the circuit carrier for the satellite positioning signal processing circuit module to receive the satellite positioning signal and provide the TV signal The processing circuit module receives the television signal.

According to the above idea, wherein the satellite positioning signal processing circuit module includes: a low noise amplifier, which can perform signal amplification processing on the satellite positioning signal; a satellite positioning signal tuner, which can process the satellite positioning signal processed by the low noise amplifier The signal is subjected to signal tuning processing; and the baseband demodulator is capable of performing signal demodulation processing on the satellite positioning signal processed by the satellite positioning signal tuner to generate the first signal.

According to the above idea, the satellite positioning signal processing circuit module further includes a first antenna device capable of receiving the satellite positioning signal, and the TV signal processing circuit module further includes a second antenna device capable of receiving the TV signal.

According to the above idea, the TV signal processing circuit module includes: a TV signal tuner, which can process the TV signal for signal tuning; a TV signal demodulator, which can process the TV signal for signal demodulation; and a TV The signal decoder can process the TV signal for signal demodulation and signal format conversion.

Another aspect of the utility model is a multi-purpose signal receiving peripheral device, which can be operated together with a portable electronic device. The portable electronic device has a bus connection port. The peripheral device includes: a circuit carrier; a wireless high-speed network communication data The transmission module is arranged on the circuit carrier, which receives and processes external network communication data signals, and then generates the first signal; the TV signal processing circuit module, which is arranged on the circuit carrier, receives and processes external TV signals , and then generate a second signal; and a bus bridge module, arranged on the circuit carrier, electrically connected to the wireless high-speed network communication data transmission module and the TV signal processing circuit module, and electrically connected to the bus connection port, which receives The above-mentioned first signal and the second signal are transmitted to the portable electronic device through the bus connection port.

According to the above idea, the multi-purpose signal receiving peripheral device described in the present utility model also includes an antenna device, which is arranged on the circuit carrier, for the wireless high-speed network communication data transmission module to receive the network communication data signal, and provide the The TV signal processing circuit module receives the TV signal.

Another aspect of the utility model is a multi-purpose signal receiving peripheral device, which can be operated together with a portable electronic device. The portable electronic device has a bus connection port. The peripheral device includes: a circuit carrier; a wireless high-speed network communication data The transmission module is arranged on the circuit carrier, which receives and processes the external network communication data signal, and then generates the first signal; the satellite positioning signal processing circuit module is arranged on the circuit carrier, which receives the external satellite positioning signal and processing, and then generating a second signal; and a bus bridge module, arranged on the circuit carrier, electrically connected to the wireless high-speed network communication data transmission module and the satellite positioning signal processing circuit module, and electrically connected to the bus connection port receiving the above-mentioned first signal and the second signal and transmitting them to the portable electronic device through the bus connection port.

According to the above idea, the multi-purpose signal receiving peripheral device described in the present utility model also includes an antenna device, which is arranged on the circuit carrier, for the wireless high-speed network communication data transmission module to receive the network communication data signal, and provide the The satellite positioning signal processing circuit module receives the satellite positioning signal.

The utility model enables the expansion modules with different functions to share the same bus bridge module, and the data can be transmitted by the universal serial bus, so the use efficiency can be improved; in addition, the complexity can be significantly reduced.

Description of drawings

The utility model can obtain a deeper understanding through the following drawings and descriptions:

Fig. 1(a) is a schematic block diagram of the first preferred embodiment of the present invention.

FIG. 1( b ) is a schematic block diagram of the internal structure of the satellite positioning signal processing circuit module 12 .

FIG. 1( c ) is a schematic block diagram of the internal structure of the TV signal processing circuit module 13 .

FIG. 2 is a schematic block diagram of a second preferred embodiment of the present invention.

FIG. 3 is a schematic block diagram of a third preferred embodiment of the present invention.

Among them, the reference signs are listed as follows:

1 multi-purpose signal receiving peripheral device

10 notebook computers

11 circuit carrier

12 satellite positioning signal processing circuit module

13 TV signal processing circuit module

14 wireless high-speed network communication data transmission module

15 bus bridge module

101 bus connection port

121 antenna device

122 LNA

123 satellite positioning signal tuner

124 Analog/Digital Converters

125 baseband demodulator

131 antenna device

132 TV signal tuner

133 TV signal demodulator

134 TV signal decoder

S1 first signal

S2 second signal

Detailed ways

Please refer to FIG. 1( a ), which is a schematic block diagram of a first preferred embodiment of the present invention. In this embodiment, the multipurpose signal receiving peripheral device 1 in the figure is a function expansion device of the Universal Serial Bus specification, and the multipurpose signal receiving peripheral device 1 can be installed on a portable electronic device, here In the embodiment, we represent it with a notebook computer 10, and there is a bus connection port 101 on the notebook computer 10, and the specification of the bus connection port 101 in this embodiment is just a universal serial bus connection port, we only need The multipurpose signal receiving peripheral device 1 is installed on the bus connection port 101 of the notebook computer 10, and the multipurpose signal receiving peripheral device 1 can be operated.

And the utility model is characterized in that, in this multi-purpose signal receiving peripheral device 1, two kinds of signal receiving modules of function expansion are constructed, as shown in Figure 1, are respectively satellite positioning signal processing circuit module 12 and TV signal processing circuit module 13, and the satellite positioning signal processing circuit module 12 and the TV signal processing circuit module 13 are integrated on the same circuit carrier 11 (which can be a circuit board), so that the function of the multi-purpose signal receiving peripheral device 1 can operate the The functions of the satellite positioning signal processing circuit module 12 and the TV signal processing circuit module 13 .

In addition, a bus bridge module 15 is also provided on the circuit carrier 11, and the bus bridge module 15 is electrically connected to the satellite positioning signal processing circuit module 12 and the TV signal processing circuit module 13 at the same time, and the multipurpose signal receiving peripheral The device 1 completes the electrical connection installation with the bus connection port 101 on the notebook computer 10 in a pluggable manner by means of the bus bridge module 15, so that the satellite positioning signal processing circuit module 12 and the TV signal The first signal S1 and the second signal S2 respectively generated by the processing circuit module 13 after receiving and processing the related signals can be received by the bus bridge module 15, and then sent to the notebook computer through the bus connection port 101 10.

Please refer to FIG. 1( b ), which is a schematic block diagram of the internal structure of the satellite positioning signal processing circuit module 12 in the first preferred embodiment. As shown in the figure, the satellite positioning signal processing circuit module 12 includes: an antenna device 121, a low noise amplifier (Low Noise Amplifier, LNA) 122, a satellite positioning signal tuner (GPS Tuner) 123, an analog/digital converter (Analog toDigital Converter (ADC) 124 and baseband demodulator (Baseband Demodulator) 125, wherein the antenna device 121 can receive the satellite positioning signal sent by the Global Positioning System (Global Positioning System, GPS), and the satellite positioning signal is passed through the appropriate After processing, it can be provided to the user for position positioning, route and direction navigation and other functions; and the low noise amplifier 122 and the satellite positioning signal tuner 123 can respectively perform signal amplification and signal tuning on the satellite positioning signal In addition, the analog/digital converter 124 and the baseband demodulator 125 can respectively perform format conversion and signal demodulation processing on the satellite positioning signal, so as to generate a signal that can be output to the bus bridge module This first signal S1 in digital format at 15.

The analog/digital converter 124 inside the satellite positioning signal processing circuit module 12 can be integrated into the satellite positioning signal tuner 123 or the baseband demodulator 125, but in this embodiment, it is separately provided In addition, the relevant functions of the baseband demodulator 125 can also be completed by the relevant software programs executed by the operating system in the notebook computer 10 at the back end, but in this embodiment we use hardware components Be explained. Therefore, the first signal S1 generated by the satellite positioning signal processing circuit module 12 can be output to the notebook computer 10 to provide the user with functions such as position positioning, route and direction navigation.

Please refer to FIG. 1( c ), which is a schematic block diagram of the internal structure of the TV signal processing circuit module 13 in the first preferred embodiment. As shown in the figure, the TV signal processing circuit module 13 includes: an antenna device 131, a TV signal tuner 132, a TV signal demodulator 133 and a TV signal decoder (Decoder) 134, wherein the antenna device 131 can receive wireless TV The wireless digital or wireless analog TV signal sent by the signal source, and the TV signal can be provided to the user to watch related TV programs after being properly processed; the TV signal tuner 132 can perform the TV signal The processing of signal tuning, and when the TV signal is digital, the TV signal processed by the TV signal tuner 132 can be processed by the TV signal demodulator 133, and when the TV signal When it is an analog type, the TV signal processed by the TV signal tuner 132 can be processed by the TV signal decoder 134 for signal demodulation and signal format conversion. Therefore, through the TV signal demodulator 133 and the After the processing by the TV signal decoder 134, the second signal S2 in digital format can be generated.

And the TV signal tuner 132 inside the TV signal processing circuit module 13 can process digital or analog signals at the same time, that is, a hybrid TV signal tuner can be selected for use. In addition, in this embodiment The TV signal tuner 132 can also process the wireless broadcast signal, that is, in addition to the TV signal, the wireless broadcast signal that only has the audio format but not the image format can also be received by the TV signal processing circuit module 13, so that all The outputted second signal S2 may not only represent the content of the TV program, but also represent the content of the broadcast program. Therefore, the second signal S2 generated by the TV signal processing circuit module 13 can be output to the notebook computer 10 to provide the user with an operation to watch related TV programs or listen to related radio programs.

To sum up, the satellite positioning signal processing circuit module 12 and the TV signal processing circuit module 13 can be successfully integrated in the same external expansion device, that is, inside the multi-purpose signal receiving peripheral device 1, because the implementation here In an example, the multipurpose signal receiving peripheral device 1 is a function expansion device of the Universal Serial Bus specification, so the multipurpose signal receiving peripheral device 1 is installed on the bus connection port 101 having the same Universal Serial Bus specification On, just as described in the prior art, because the quantity of the connection port of universal serial bus possessed on the common notebook computer is limited, so when the user operates the utility model that integrates this multiple with two kinds of expansion functions When the purpose signal receives the peripheral device 1, the operation effect of receiving the satellite positioning signal and the television signal can be achieved simultaneously, thereby also effectively saving the number of use of the bus connection port 101 on the notebook computer 10, so that the existing Technical problems can be effectively resolved.

In addition, the antenna devices 121, 131 in the first preferred embodiment can also be integrated into a single antenna device, so that the satellite positioning signal processing circuit module 12 and the TV signal processing circuit module 13 can use a shared Each operation can be completed by using a single antenna device. In this way, the design complexity of the internal circuit design of the multi-purpose signal receiving peripheral device 1 can also be reduced.

In the above-mentioned first preferred embodiment, the satellite positioning signal processing circuit module 12 and the TV signal processing circuit module 13 are both integrated in the function expansion device for illustration; in addition, other function expansions can also be made. Modules, such as: wireless high-speed network communication data transmission module is added, and its application can apply related portable electronic devices to wireless broadband 3G, 3.5G or "Worldwide Interoperability for Microwave Access (WiMAX)" , and then combined with the above two modules. Related descriptions are as follows, and the combination of the wireless high-speed network communication data transmission module and the TV signal processing circuit module is used as the second preferred embodiment of the present utility model, and the wireless high-speed network communication data transmission module The combination with the satellite positioning signal processing circuit module is the third preferred embodiment of the present invention.

Please refer to FIG. 2 , which is a schematic block diagram of a second preferred embodiment of the present invention. In this second preferred embodiment, we only change the satellite positioning signal processing circuit module 12 in Fig. 1 (a) of the first preferred embodiment into a wireless high-speed network communication data transmission module 14, and other structures And the concept of operation is still the same as the first preferred embodiment. Therefore, when the multipurpose signal receiving peripheral device 1 in the second preferred embodiment is installed and inserted into the bus connection port 101 on the notebook computer 10, the user can use the multipurpose signal in addition to making the notebook computer 10 In addition to receiving the wireless high-speed network communication data transmission module 14 inside the peripheral device 1 to receive the network communication data signal so as to access the Internet, the TV signal processing circuit module 13 inside the multi-purpose signal receiving peripheral device 1 can also be used to receive the TV signal , thus being able to watch relevant TV programs on the notebook computer 10 .

Please refer to FIG. 3 , which is a schematic block diagram of a third preferred embodiment of the present invention. In this third preferred embodiment, we only change this television signal processing circuit module 13 in Fig. 1 (a) of this first preferred embodiment into the wireless high-speed network communication data transmission module 14, and other structures and The operating concept remains the same as the first preferred embodiment. Therefore, when the multipurpose signal receiving peripheral device 1 in the third preferred embodiment is installed and inserted into the bus connection port 101 on the notebook computer 10, the user can use the multipurpose signal in addition to making the notebook computer 10 In addition to receiving the wireless high-speed network communication data transmission module 14 inside the peripheral device 1 to receive the network communication data signal to access the Internet, it is also possible to use the multi-purpose signal receiving satellite positioning signal processing circuit module 12 inside the peripheral device 1 to receive the Satellite positioning signals, so functions such as position positioning, route and direction navigation can be realized.

Based on the descriptions of the above several embodiments, it can be seen that the expansion modules with different functions can be completed on the same circuit carrier and in the same device, so that the expansion modules with different functions can share the same bus bridge module and the required Notebook computers or other portable electronic devices used for signal transmission, and the data transmission mode in the second and third preferred embodiments can also be carried out with the Universal Serial Bus specification, so it can be used in limited The number of connection ports of the universal serial bus is used most effectively; in addition, because the relevant function expansion modules mentioned in the above-mentioned several embodiments are all modules that receive wireless signals to operate, so we also The antenna devices used by these modules can be designed to be used together, so that the complexity of designing different modules on the same circuit carrier or circuit board can be greatly reduced.

In addition, the above-mentioned several embodiments are described by taking the specification of the universal serial bus and taking the notebook computer as an example. However, the concept of the present utility model can also be applied to other portable electronic devices, such as: personal digital assistants or For smart phones, the specifications of the related bus connection ports and bus bridge modules can be secure digital input/output (SDIO) connection ports, so the multi-purpose signal receiving peripheral device in the concept of the utility model is a kind of secure digital input /output adapter card, or other adapter cards with input/output functions can be used.

Further, since the circuit carrier in the present invention can be a circuit board, and can be used on bus connection ports of various specifications after adding a shell of a specific specification on the circuit board, such as for notebook As far as small computers are concerned, we can also design the multi-purpose signal receiving peripheral device in the concept of the utility model with the device specification of high-speed transmission peripheral component interconnection (PCI-E), and can set various function expansion modules in it. Therefore, the multipurpose signal receiving peripheral device in the concept of the utility model or the circuit carrier therein can be implemented on bus connection ports of various specifications, such as: USB, CardBus, PCI-E (comprising external Express Card and internal Built-in Mini Card), Mini PCI or other interface specifications with high-speed transmission functions. Certainly, the function expansion modules capable of receiving different wireless signals in the embodiments of the present invention may have their own antenna devices for signal reception, or may use a common antenna device for signal reception.

In addition, the above-mentioned several embodiments are illustrated by completing two function expansion modules in the same device, but the concept of the utility model can also complete two or more function expansion modules in the same device at the same time. In addition to the above-mentioned satellite positioning signal processing circuit module, TV signal processing circuit module, wireless high-speed network communication data transmission module, and related function expansion modules, other signal receiving modules can also be used in it, for example: Bluetooth ) wireless communication transmission module.

To sum up, the utility model successfully solves the above-mentioned problems of the prior art, and allows users to operate related portable electronic devices, function expansion devices or signal receiving peripheral devices more conveniently and more efficiently. There is beneficial operation effect, and finish the purpose of the utility model development. The present invention can be modified variously by those skilled in the art without departing from the scope of protection of the appended claims.

Claims (19)

1. A multi-purpose signal receiving peripheral device, which can be operated together with a portable electronic device, the portable electronic device has a bus connection port, it is characterized in that the peripheral device comprises: circuit carrier; The satellite positioning signal processing circuit module is arranged on the circuit carrier, which receives and processes the external satellite positioning signal, and then generates the first signal; A TV signal processing circuit module, which is arranged on the circuit carrier, receives and processes an external TV signal, and then generates a second signal; and The bus bridge module is arranged on the circuit carrier, electrically connected to the satellite positioning signal processing circuit module and the TV signal processing circuit module, and can be electrically connected to the bus connection port, which receives the above-mentioned first signal and the second Two signals are transmitted to the portable electronic device through the bus connection port. 2. The multi-purpose signal receiving peripheral device according to claim 1, wherein the portable electronic device is a notebook computer, a personal digital assistant or a smart phone. 3. The multi-purpose signal receiving peripheral device according to claim 1, wherein the bus connection port is a Universal Serial Bus connection port, a high-speed transmission peripheral component interconnection port or a secure digital input/output connection port. 4. The multipurpose signal receiving peripheral device according to claim 1, further comprising an antenna device disposed on the circuit carrier for the satellite positioning signal processing circuit module to receive the satellite positioning signal and provide The TV signal processing circuit module receives the TV signal. 5. The multipurpose signal receiving peripheral device as claimed in claim 1, wherein the satellite positioning signal processing circuit module includes: A low-noise amplifier, used for signal amplification processing of the satellite positioning signal; A satellite positioning signal tuner, used for signal tuning processing of the satellite positioning signal processed by the low noise amplifier; and The baseband demodulator is used to demodulate the satellite positioning signal processed by the satellite positioning signal tuner to generate the first signal. 6. The multipurpose signal receiving peripheral device according to claim 1, wherein the satellite positioning signal processing circuit module also includes a first antenna device for receiving the satellite positioning signal, and the television signal processing circuit module Also included is a second antenna arrangement for receiving the television signal. 7. The multipurpose signal receiving peripheral device according to claim 1, wherein the TV signal processing circuit module includes: The TV signal tuner is used for performing signal tuning processing on the TV signal; A TV signal demodulator, used for signal demodulation of the TV signal; and The TV signal decoder is used to process the TV signal for signal demodulation and signal format conversion. 8. A multi-purpose signal receiving peripheral device, capable of operating together with a portable electronic device, the portable electronic device has a bus connection port, characterized in that the peripheral device includes: circuit carrier; The wireless high-speed network communication data transmission module is arranged on the circuit carrier, which receives and processes external network communication data signals, and then generates the first signal; A TV signal processing circuit module, which is arranged on the circuit carrier, receives and processes an external TV signal, and then generates a second signal; and The bus bridge module is arranged on the circuit carrier, electrically connected to the wireless high-speed network communication data transmission module and the TV signal processing circuit module, and can be electrically connected to the bus connection port, which receives the above-mentioned first signal and the The second signal is sent to the portable electronic device through the bus connection port. 9. The multipurpose signal receiving peripheral device according to claim 8, wherein the portable electronic device is a notebook computer, a personal digital assistant or a smart phone. 10. The multipurpose signal receiving peripheral device as claimed in claim 8, wherein the bus connection port is a Universal Serial Bus connection port, a high-speed transmission peripheral component interconnection port or a secure digital input/output connection port. 11. The multipurpose signal receiving peripheral device according to claim 8, further comprising an antenna device disposed on the circuit carrier for the wireless high-speed network communication data transmission module to receive the network communication data signal, And for the TV signal processing circuit module to receive the TV signal. 12. The multipurpose signal receiving peripheral device as claimed in claim 8, wherein the wireless high-speed network communication data transmission module includes a first antenna device for receiving the network communication data signal, and the television signal processing circuit The module also includes second antenna means for receiving the television signal. 13. The multipurpose signal receiving peripheral device as claimed in claim 8, wherein the TV signal processing circuit module includes: The TV signal tuner is used for performing signal tuning processing on the TV signal; A TV signal demodulator, used for signal demodulation of the TV signal; and The TV signal decoder is used to process the TV signal for signal demodulation and signal format conversion. 14. A multi-purpose signal receiving peripheral device capable of operating together with a portable electronic device having a bus connection port, characterized in that the peripheral device comprises: circuit carrier; The wireless high-speed network communication data transmission module is arranged on the circuit carrier, which receives and processes external network communication data signals, and then generates the first signal; The satellite positioning signal processing circuit module is arranged on the circuit carrier, which receives and processes external satellite positioning signals, and then generates a second signal; and The bus bridge module is arranged on the circuit carrier, electrically connected to the wireless high-speed network communication data transmission module and the satellite positioning signal processing circuit module, and can be electrically connected to the bus connection port, which receives the above-mentioned first signal and The second signal is transmitted to the portable electronic device through the bus connection port. 15. The multipurpose signal receiving peripheral device as claimed in claim 14, wherein the portable electronic device is a notebook computer, a personal digital assistant or a smart phone. 16. The multi-purpose signal receiving peripheral device as claimed in claim 14, wherein the bus connection port is a Universal Serial Bus connection port, a high-speed transmission peripheral component interconnection port or a secure digital input/output connection port. 17. The multipurpose signal receiving peripheral device according to claim 14, further comprising an antenna device disposed on the circuit carrier for the wireless high-speed network communication data transmission module to receive the network communication data signal, And for the satellite positioning signal processing circuit module to receive the satellite positioning signal. 18. The multipurpose signal receiving peripheral device according to claim 14, wherein the wireless high-speed network communication data transmission module includes a first antenna device for receiving the network communication data signal, and the satellite positioning signal processing The circuit module also includes a second antenna device for receiving the satellite positioning signal. 19. The multipurpose signal receiving peripheral device according to claim 14, wherein the satellite positioning signal processing circuit module includes: A low-noise amplifier, used for signal amplification processing of the satellite positioning signal; A satellite positioning signal tuner, used for signal tuning processing of the satellite positioning signal processed by the low noise amplifier; and The baseband demodulator is used to demodulate the satellite positioning signal processed by the satellite positioning signal tuner to generate the second signal.

Images