CN1747634A - High-frequency apparatus - Google Patents
High-frequency apparatus Download PDFInfo
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- CN1747634A CN1747634A CN 200510091003 CN200510091003A CN1747634A CN 1747634 A CN1747634 A CN 1747634A CN 200510091003 CN200510091003 CN 200510091003 CN 200510091003 A CN200510091003 A CN 200510091003A CN 1747634 A CN1747634 A CN 1747634A
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- front panel
- circuit substrate
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- Mounting Of Printed Circuit Boards And The Like (AREA)
Abstract
The invention provides an inexpensive high frequency apparatus having good productivity, wherein a circuit board can be miniaturized. This high frequency apparatus is equipped with a box-shaped frame 1 of a metal plate, a coaxial connector 3 mounted to the front plate 1a of the frame 1, and a circuit board 10 to which the coaxial connector 3 is connected and which is mounted in the frame 1. Since the circuit board 10 located in the frame 1 and the coaxial connector 3 are formed so that the circuit board 10 is located in a deleted part 7a which is an escape part provided in the mounting part 7 of the coaxial connector 3, a cut part provided in a conventional circuit board is not required, and accordingly the area of the circuit board 10 can be enlarged. Since the degree of crowdedness of wiring patterns 11 can be not only heightened, but also the cut part is not required in the circuit board 10, the inexpensive high frequency apparatus having good productivity can be obtained.
Description
Technical field
The present invention relates to a kind of high-frequency apparatus that is applicable to that television high frequency is first-class.
Background technology
The accompanying drawing of high-frequency apparatus in the past is described, Fig. 8 is the end view of existing high-frequency apparatus, Fig. 9 is the cutaway view of the 9-9 line of Fig. 8, below, according to Fig. 8, Fig. 9 illustrates the formation of existing high-frequency apparatus, the framework 51 that constitutes by metallic plate then, has the whole box-shaped that forms " ロ " shape, have and be rectangle, before the devices spaced apart configuration, rear board 51a, 51b, before being configured in this, rear board 51a, on between 51b, lower panel 51c, 51d, by preceding, rear board 51a, 51b and last, lower panel 51c, the resettlement section 51e that 51d impales is arranged on the hole 51f on the front panel 51a.
The coaxial connector 52 of F type, have tubular external conductor 53 and be situated between and be configured in center conductor 58 in this external conductor 53 by insulator 57, simultaneously, external conductor 53, have the cylindrical portion 54 that the outside is provided with ridge, the flange part 55 that is arranged on these cylindrical portion 54 1 ends and rearward outstanding cylindric installation portion 56 from these flange part 55 rear portions, in addition, at the back quadrate part of above-mentioned center conductor 58, with the kink 58a that bends downwards from the rearward outstanding state setting of installation portion 56.
Coaxial type connector 52 with this formation, connect among the hole 51f that inserts front panel 51a at installation portion 56, big flange part 55 is placed under the state of front panel 51a front than hole 51f, the back quadrate part of riveted joint installation portion 56 is installed on the front panel 51a by installation portion 56 and flange part 55 clamping front panel 51a.
On the circuit substrate 59 that is made of printed board, front part is provided with notch 59a, simultaneously, is provided with wiring graph 60 on the two sides of circuit substrate 59, one side (above) side carries electronic units 61 such as chip-shaped capacitor and resistor, forms the circuit that requires.
Circuit substrate 59 with this formation from having carried the resettlement section 51e that electronic unit 61 1 sides are housed in framework 51, utilizes proper method such as riveted joint framework 51, is installed on the framework 51 with the state that is housed in the 51e of resettlement section.
At this moment, installation portion 56 is positioned at the notch 59a that is located on the circuit substrate 59, circuit substrate 59 is avoided from installation portion 56, simultaneously, kink 58a connects among the hole 59b that inserts circuit substrate 59, being arranged on circuit substrate 59 following wiring graph 60 solders has center conductor 58, constitutes existing high-frequency apparatus.(for example, with reference to patent documentation 1)
But, existing high-frequency apparatus, in order to avoid being fixed on the installation portion 56 of front panel 51a, and notch 59a is set on circuit substrate 59, thereby this notch 59a makes partly that circuit substrate 59 areas reduce, the closeness of wiring graph 60 descends, and must strengthen circuit substrate 59, need to be provided with the processing of notch 59a simultaneously, the productivity variation.
In addition, the processing of kink 58a need be set on center conductor 58 also, this kink 58a must be connected among the hole 59b that inserts circuit substrate 59 simultaneously, thereby, productivity variation, cost up.
Patent documentation 1: the spy opens the 2003-273545 communique
Existing high-frequency apparatus, the problem of existence are in order to avoid being fixed on the installation portion of front panel 51a 56, and at circuit substrate 59 notch 59a is set, thus this notch 59a partly makes circuit Substrate 59 areas reduce, the closeness of wiring graph 60 descends, and must strengthen circuit substrate 59, Need simultaneously to arrange the processing of notch 59a, the productivity variation.
In addition, the problem of existence is the processing that kink 58a also need to be set at center conductor 58, This kink 58a must be connected among the hole 59b that inserts circuit substrate 59 simultaneously, thereby, produce The property variation, cost up.
Summary of the invention
For this reason, its purpose of the present invention is to provide a kind of seek circuit substrate miniaturization, the good and cheap high-frequency apparatus of while productivity.
The 1st solution as above-mentioned problem, its formation is: possess the box-shaped framework that is formed by metallic plate, be installed on this framework front panel the coaxial type connector be connected this coaxial type connector and be installed in circuit substrate in the above-mentioned framework, above-mentioned front panel is provided with the roughly hole of semi-circular shape, above-mentioned coaxial type connector, have the tubular external conductor and be situated between and be configured in center conductor in this external conductor by insulator, simultaneously, the said external conductor has cylindrical portion, be arranged on the flange part of this cylindrical portion one end and the installation portion of rearward giving prominence to from the rear portion of this flange part, this installation portion possesses in cylindrical portion and roughly half position is provided with the roughly semicircle arcuation protuberance of the portion of eliminating, above-mentioned coaxial type connector, above-mentioned installation portion is being connected in the above-mentioned hole of inserting above-mentioned front panel, the rear portion of above-mentioned flange part that will be bigger than above-mentioned hole is placed under the state of above-mentioned front panel front, be installed on the above-mentioned front panel, simultaneously, the above-mentioned state that eliminates configuration foregoing circuit substrate in the portion with at above-mentioned installation portion is connected above-mentioned center conductor with the wiring graph that is arranged on the foregoing circuit substrate.
In addition, as the 2nd solution, its formation is: above-mentioned framework has rectangular-shaped box-shaped, simultaneously, above-mentioned front panel has oblong-shaped, be arranged on above-mentioned hole on the above-mentioned front panel and have roughly semicircle limit portion and the linearity limit portion that links to each other with this semicircle limit portion, the foregoing circuit substrate is configured to the right angle state along the long side direction of above-mentioned front panel, and the side of the long side direction of the above-mentioned linearity limit portion in above-mentioned hole and above-mentioned front panel be arranged in parallel simultaneously.
In addition, as the 3rd solution, its formation is: above-mentioned installation portion has the above-mentioned protuberance of semicircle arcuation roughly and is formed on a pair of cut-out end face of above-mentioned protuberance, foregoing circuit substrate one side side and a pair of above-mentioned cut-out end face butt by the above-mentioned portion of eliminating.
In addition, as the 4th solution, its formation is: the two sides at the foregoing circuit substrate is provided with electronic unit, at the high above-mentioned electronic unit of above-mentioned one side side configuration height of the foregoing circuit substrate of the above-mentioned protuberance position of above-mentioned installation portion, simultaneously at the low above-mentioned electronic unit of the another side side configuration height of foregoing circuit substrate.
In addition, as the 5th solution, its formation is: the above-mentioned protuberance at above-mentioned installation portion is provided with caulking part, so that by this caulking part and the above-mentioned front panel of above-mentioned flange part clamping, simultaneously, the said external conductor is soldered on above-mentioned front panel, and above-mentioned coaxial type connector is installed on the above-mentioned front panel.
In addition, as the 6th solution, its formation is: be arranged on the above-mentioned hole on the above-mentioned front panel, possess roughly the 1st hole portion of semi-circular shape and 2nd hole that be used to avoid littler than above-mentioned the 1st hole, the 1st hole portion has roughly semicircle limit portion and the pair of straight wire limit portion that links to each other with this semicircle limit portion, the 2nd hole is opposed with the state and above-mentioned the 1st hole that link to each other with the 1st hole portion, above-mentioned the 2nd hole and the configuration of above-mentioned center conductor subtend.
In addition, as the 7th solution, its formation is: above-mentioned insulator has the teat that rearward extends with the state that covers above-mentioned center conductor, and this teat connects the above-mentioned hole of above-mentioned front panel and gives prominence in above-mentioned framework.
The effect of invention
High-frequency apparatus of the present invention, possess: the box-shaped framework that forms by metallic plate, be installed on this framework front panel the coaxial type connector be connected this coaxial type connector, be installed in the circuit substrate in the framework, the roughly hole of semi-circular shape is set on the plate in front, the coaxial type connector, have the tubular external conductor and be situated between and be configured in center conductor in this external conductor by insulator, external conductor has cylindrical portion simultaneously, be arranged on the flange part of this cylindrical portion one end and rearward outstanding and possess in cylindrical portion and roughly half position the installation portion of the roughly semicircle arcuation protuberance of the portion that eliminates is set from this flange part, the coaxial type connector, connect in the hole of inserting front panel with installation portion, the rear portion of the flange part bigger than the hole is placed on the state of front panel front, be installed on the front panel, simultaneously, with the state that eliminates configuration circuit substrate in the portion at installation portion, center conductor is connected with the wiring graph that is arranged on circuit substrate.
Promptly, be positioned at the circuit substrate and the coaxial type connector of framework, circuit substrate is positioned at be arranged on the conduct of the installation portion of coaxial type connector to avoid the portion that eliminates of portion, therefore, there is not the existing notch that is arranged on the circuit substrate, thereby, the density that not only can increase the area of circuit substrate and make it small-sized, can improve wiring graph, and, on circuit substrate, do not need notch, obtain the good and cheap goods of productivity.
In addition, framework has rectangular-shaped box-shaped, simultaneously, front panel has oblong-shaped, be arranged on hole on the front panel and have roughly semicircle limit portion and the linearity limit portion that links to each other with this semicircle limit portion, circuit substrate is configured to the horn shape attitude along the long side direction of front panel, the side of the long side direction of the linearity limit portion in hole and front panel be arranged in parallel simultaneously, therefore, circuit substrate can be configured near the central portion of short side direction of front panel, thereby, can shorten the length of the short side direction of front panel as far as possible, obtain slim goods.
In addition, installation portion has the protuberance of semicircle arcuation roughly and is formed on a pair of cut-out end face of protuberance by portion, circuit substrate one side side and a pair of cut-out end face butt, therefore, the location of the circuit substrate that carries out based on protuberance and support good, the end and the circuit substrate butt of protuberance simultaneously, thereby, can shorten the length of the short side direction of front panel as far as possible, obtain more slim goods.
In addition, two sides at circuit substrate is provided with electronic unit, the high electronic unit of one side side configuration height of the residing circuit substrate of protuberance of installation portion, while is at the low electronic unit of another side side configuration height of circuit substrate, therefore, can make the configuration differentiated of electronic unit, obtain the slim goods of short side direction of plate in front.
In addition, caulking part is set so that by caulking part and flange part clamping front panel at the protuberance of installation portion, on external conductor was soldered in front plate simultaneously, the coaxial type connector was installed in front panel, therefore, obtain the reliable installation of panel forward of coaxial type connector.
In addition, be arranged on the hole on the front panel, possess the 1st hole portion with roughly semicircle limit portion and roughly semi-circular shape of the pair of straight wire limit portion that links to each other with this semicircle limit portion and state and little the 2nd hole that is used to avoid, opposed ratio the 1st hole, the 1st hole to link to each other with the 1st hole portion, therefore, utilize the 2nd hole, can avoid between center conductor and the linearity limit portion near state, thereby, can improve the proof voltage between center conductor and front panel.
In addition, insulator has the teat that rearward extends with the state that covers center conductor, this teat connects the hole of front panel and gives prominence in framework, therefore, be center conductor with front panel near state, can utilize the teat of insulating material and edge identity distance between extend it and the front panel from, improve proof voltage.
Description of drawings
Fig. 1 is the front view of the 1st embodiment of high-frequency apparatus of the present invention.
Fig. 2 is the end view of the 1st embodiment of high-frequency apparatus of the present invention.
Fig. 3 is the major part cutaway view of the 1st embodiment of high-frequency apparatus of the present invention.
Fig. 4 is the oblique view of framework of the 1st embodiment of high-frequency apparatus of the present invention.
Fig. 5 is the oblique view of coaxial connector of the 1st embodiment of high-frequency apparatus of the present invention.
Fig. 6 is the oblique view of framework of the 2nd embodiment of high-frequency apparatus of the present invention.
Fig. 7 is the major part amplification view of the 3rd embodiment of high-frequency apparatus of the present invention.
Fig. 8 is the end view of existing high-frequency apparatus.
Fig. 9 is the 9-9 line cutaway view of Fig. 8.
Among the figure, the 1-framework; The 1a-front panel; The 1b-rear board; The 1c-top panel; The 1d-lower panel; The 1e-side panel; The 1f-resettlement section; The 1g-side; The 1h-installation foot; The 2-hole; The roughly semicircle limit of 2a-portion; 2b-linearity limit portion; 2c-the 1st hole; 2d-the 2nd hole; 3-coaxial type connector; The 4-external conductor; The 5-cylindrical portion; The 6-flange part; The 7-installation portion; 7a-eliminates portion; The 7b-protuberance; 7c-cuts off end face; The 8-insulator; The 8a-teat; The 9-center conductor; The 9a-kink; The 10-circuit substrate; The 11-wiring graph; 12a-hangs down electronic unit (highly low electronic unit); The high electronic unit of 12b-(highly high electronic unit); The 13-mainboard.
Embodiment
Accompanying drawing to high-frequency apparatus of the present invention describes, then Fig. 1 is the front view of the 1st embodiment of high-frequency apparatus of the present invention, Fig. 2 is the end view of the 1st embodiment of high-frequency apparatus of the present invention, Fig. 3 is the major part cutaway view of the 1st embodiment of high-frequency apparatus of the present invention, Fig. 4 is the oblique view of framework of the 1st embodiment of high-frequency apparatus of the present invention, Fig. 5 is the oblique view of coaxial connector of the 1st embodiment of high-frequency apparatus of the present invention, Fig. 6 is the oblique view of framework of the 2nd embodiment of high-frequency apparatus of the present invention, and Fig. 7 is the major part amplification view of the 3rd embodiment of high-frequency apparatus of the present invention.
Below, the formation of the 1st embodiment of high-frequency apparatus of the present invention is described according to Fig. 1～Fig. 5,1 metallic plate is carried out stamping-out, bending machining and the framework 1 that forms, has the roughly box-shaped of " ロ " shape of integral body, front and back panels 1a, 1b with the devices spaced apart of being rectangle configuration, be configured in upper and lower panel 1c, 1d between this front and back panels 1a, 1b, the side panel 1e of partial cut, by the resettlement section 1f that front and back panels 1a, 1b and upper and lower panel 1c, 1d and side panel 1e impale, be arranged on the hole 2 of the roughly semi-circular shape on the front panel 1a.
In addition, be arranged on the hole 2 of the roughly semi-circular shape on the front panel 1a, have roughly semicircle limit 2a of portion and the linearity limit 2b of portion, this linearity limit 2b of portion is with the state setting parallel with the side 1g that is positioned at front panel 1a long side direction.
The coaxial connector 3 of F type, have tubular external conductor 4 and be situated between and be configured in center conductor 9 in this external conductor 4 by insulator 8, simultaneously, external conductor 4 has the cylindrical portion 5 that the outside is provided with ridge, the flange part 6 that is arranged on these cylindrical portion 5 one ends and the rearward outstanding roughly semicircle arcuation installation portion 7 from these flange part 6 rear portions.
In addition, the installation portion 7 of external conductor 4, have the roughly semicircle arcuation protuberance 7b that eliminates the 7a of portion to be set at roughly half position of cylindrical portion and to utilize and eliminate the 7a of portion and be formed on a pair of cut-out end face 7c on the protuberance 7b, simultaneously, has the kink 9a that is bent into L word shape at center conductor 9 back quadrate parts.
And the diameter of the toroidal flange part 6 of the width of the short side direction of front panel 1a and coaxial type connector 3 much at one.
At this moment, coaxial type connector 3, the roughly semicircle arcuation protuberance 7b of installation portion 7 is by the roughly semicircle limit 2a of the portion location in hole 2, the a pair of cut-out end face 7c of installation portion 7 is by the linearity limit 2b of the portion location in hole 2 simultaneously, thereby the installation portion 7 of coaxial type connector 3 is installed on the front panel 1a with the state of accurate location.
On the oblong-shaped circuit substrate 10 that constitutes by printed board, in at least one side's both sides wiring graph 11 is set, on this wiring graph 11, carry low electronic unit 12a such as chip-shaped capacitor and resistor, simultaneously, both sides the opposing party of circuit substrate 10, the contour electronic unit 12b of configuration coil forms the circuit that requires.
At this moment, circuit substrate 10, its formation is that the long side direction along front panel 1a disposes rectangular state, simultaneously, the front ends of circuit substrate 10 is positioned at the 7a of the portion that eliminates of installation portion 7, utilizes as the 7a of the portion that eliminates that avoids portion and avoids from circuit substrate 10.
In addition, at this moment, the a pair of cut-out end face 7c butt of the one side side of circuit substrate 10 and installation portion 7, simultaneously, roughly semicircle arcuation protuberance 7b, high electronic unit 12b and center conductor 9 rear portions are positioned at the one side side of circuit substrate 10, be positioned at the part of the kink 9a of center conductor 9, connect circuit substrate 10, be connected with the wiring graph 11 that is positioned at low electronic unit 12a side.
And, the high-frequency apparatus of the present invention with formation like this, the installation foot 1h that is arranged on the framework 1 connects insertion mainboard 13 and carries out solder, thereby is installed on the mainboard 13.
In addition, Fig. 6 represents the 2nd embodiment of high-frequency apparatus of the present invention, the formation of the 2nd embodiment is described, then be arranged on the hole 2 on the front panel 1a, have: little the 2nd hole 2d that is used to avoid in the 1st 2c of hole portion of semi-circular shape and Bi Di 1 hole roughly, the 1st 2c of hole portion has roughly semicircle limit 2a of portion and the pair of straight wire limit 2b of portion that links to each other with this semicircle limit 2a of portion, and the 2nd hole 2d is opposed with the state and the 1st hole 2c that link to each other with the 1st 2c of hole portion.
And, connect the protuberance 7b that is inserted with installation portion 7 among the 1st hole 2c, the pair of straight wire limit 2b of portion butt cuts off end face 7c, simultaneously, center conductor 9 with the opposed state configuration of the 2nd hole 2d, increase the interval between center conductor 9 and the 2nd hole 2d edge portion, then increase the proof voltage between center conductor 9 and the front panel 1a.
Other constitute, and have the same formation with above-mentioned the 1st embodiment, and are attached with prosign to same parts, at this, omit the explanation to it.
In addition, Fig. 7 represents the 3rd embodiment of high-frequency apparatus of the present invention, the formation of the 3rd embodiment is described, on the insulator 8 of coaxial connector 3, has the teat 8a that rearward extends with the state that covers center conductor, this teat 8a connects the hole 2 of front panel 1a and gives prominence in framework 1, and front panel 1a is edge identity distance between teat 8a lengthening that center conductor 9 near state can utilize insulating material and the front panel 1a from, raising proof voltage.
Other constitute, and have the same formation with above-mentioned the 1st embodiment, and are attached with prosign to same parts, at this, omit the explanation to it.
Claims (7)
1. high-frequency apparatus is characterized in that:
Possess the box-shaped framework that forms by metallic plate, be installed on this framework front panel the coaxial type connector be connected this coaxial type connector and be installed in circuit substrate in the above-mentioned framework,
Above-mentioned front panel is provided with the roughly hole of semi-circular shape,
Above-mentioned coaxial type connector, have the tubular external conductor and be situated between and be configured in center conductor in this external conductor by insulator, simultaneously, the said external conductor has cylindrical portion, is arranged on the flange part of this cylindrical portion one end and the installation portion of rearward giving prominence to from the rear portion of this flange part, this installation portion possesses in cylindrical portion and roughly half position is provided with the roughly semicircle arcuation protuberance of the portion of eliminating
Above-mentioned coaxial type connector, rear portion at the above-mentioned flange part that above-mentioned installation portion is connected in the above-mentioned hole of inserting above-mentioned front panel, will be bigger than above-mentioned hole is placed under the state of above-mentioned front panel front, be installed on the above-mentioned front panel, simultaneously, eliminating the state of configuration foregoing circuit substrate in the portion above-mentioned installation portion above-mentioned, be connected on above-mentioned center conductor and the wiring graph that is arranged on the foregoing circuit substrate.
2. high-frequency apparatus according to claim 1, it is characterized in that: above-mentioned framework has rectangular-shaped box-shaped, simultaneously, above-mentioned front panel has oblong-shaped, be arranged on above-mentioned hole on the above-mentioned front panel and have roughly semicircle limit portion and the linearity limit portion that links to each other with this semicircle limit portion, the foregoing circuit substrate is configured to the right angle state along the long side direction of above-mentioned front panel, and the side of the long side direction of the above-mentioned linearity limit portion in above-mentioned hole and above-mentioned front panel be arranged in parallel simultaneously.
3. high-frequency apparatus according to claim 1 and 2, it is characterized in that: above-mentioned installation portion has the above-mentioned protuberance of semicircle arcuation roughly and is formed on a pair of cut-out end face of above-mentioned protuberance, foregoing circuit substrate one side side and a pair of above-mentioned cut-out end face butt by the above-mentioned portion of eliminating.
4. high-frequency apparatus according to claim 3, it is characterized in that: the two sides at the foregoing circuit substrate is provided with electronic unit, at the high above-mentioned electronic unit of above-mentioned one side side configuration height of the residing foregoing circuit substrate of above-mentioned protuberance of above-mentioned installation portion, simultaneously at the low above-mentioned electronic unit of the another side side configuration height of foregoing circuit substrate.
5. high-frequency apparatus according to claim 1, it is characterized in that: the above-mentioned protuberance at above-mentioned installation portion is provided with caulking part, so that by this caulking part and the above-mentioned front panel of above-mentioned flange part clamping, simultaneously, the said external conductor is soldered on above-mentioned front panel, and above-mentioned coaxial type connector is installed on the above-mentioned front panel.
6. high-frequency apparatus according to claim 1, it is characterized in that: be arranged on the above-mentioned hole on the above-mentioned front panel, possess roughly the 1st hole portion of semi-circular shape and 2nd hole that be used to avoid littler than above-mentioned the 1st hole, the 1st hole portion has roughly semicircle limit portion and the pair of straight wire limit portion that links to each other with this semicircle limit portion, the 2nd hole is opposed with the state and above-mentioned the 1st hole that link to each other with the 1st hole portion, above-mentioned the 2nd hole and the configuration of above-mentioned center conductor subtend.
7. high-frequency apparatus according to claim 1 is characterized in that: above-mentioned insulator has the teat that rearward extends with the state that covers above-mentioned center conductor, and this teat connects the above-mentioned hole of above-mentioned front panel and gives prominence in above-mentioned framework.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2004262422A JP4308111B2 (en) | 2004-09-09 | 2004-09-09 | High frequency equipment |
| JP2004262422 | 2004-09-09 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1747634A true CN1747634A (en) | 2006-03-15 |
| CN100559921C CN100559921C (en) | 2009-11-11 |
Family
ID=36159208
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100910031A Expired - Fee Related CN100559921C (en) | 2004-09-09 | 2005-08-03 | High-frequency apparatus |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4308111B2 (en) |
| CN (1) | CN100559921C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102404528A (en) * | 2010-09-10 | 2012-04-04 | 阿尔卑斯电气株式会社 | High-frequency module |
-
2004
- 2004-09-09 JP JP2004262422A patent/JP4308111B2/en not_active Expired - Fee Related
-
2005
- 2005-08-03 CN CNB2005100910031A patent/CN100559921C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102404528A (en) * | 2010-09-10 | 2012-04-04 | 阿尔卑斯电气株式会社 | High-frequency module |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100559921C (en) | 2009-11-11 |
| JP2006079929A (en) | 2006-03-23 |
| JP4308111B2 (en) | 2009-08-05 |
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Granted publication date: 20091111 Termination date: 20150803 |
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| EXPY | Termination of patent right or utility model |