TWI261674B - Device interface apparatus - Google Patents

Abstract

A device interface apparatus is provided for providing test signals, which is used for testing a device to be tested, to the device to be tested, and for receiving output signals output from the device to be tested. The device interface apparatus comprises a pin electronics substrate, a substrate connector disposed at an end of the pin electronics substrate, a socket for holding the device to be tested, a socket connector having plurality of socket core wires and socket shield, a cable unit disposed between the socket and the pin electronics substrate for transmitting transmission signals. The cable unit comprises a substrate fitting connector, a socket fitting connector and a plurality of transmission cables.

Description

1261674 V. INSTRUCTION DESCRIPTION (1) - TECHNICAL FIELD OF THE INVENTION The present invention relates to a component interface device. In particular, the present invention is a component interface device for receiving an output signal output from a device under test while applying a test signal for testing the device under test to the device under test. [Prior Art] A test device for testing an electronic component determines whether the electronic component is good or not by comparing an output signal of the electronic component with an expected value. The test device outputs a signal to the electronic component, for example, using a pin-type electronic converter disposed on the test head. In recent years, with the increase in the operating speed of electronic components, the speed of the test apparatus has become higher and higher. However, since high precision is required, the test apparatus for performing high-speed testing is sometimes expensive. Therefore, in the past, due to the influence of the price of the test device, the test cost of the electronic component increased, and the price of the electronic component was difficult to be lowered. SUMMARY OF THE INVENTION Therefore, an object of the present invention is to provide an element interface device that can solve the above problems. This object is achieved by a combination of features recited in separate items in the scope of the patent application. Moreover, the subsidiary items specify specific examples of the invention that are more advantageous. A first embodiment of the present invention provides a component interface device that receives an output signal output from a device under test while applying a test signal for testing a device under test, and the device is provided with a pin electronic substrate (having a driver for outputting a test signal, and a comparator for sampling the output signal), a substrate-side connector (a connector disposed on a substrate side of the end of the pin-type electronic substrate, having at least one of a transmission signal as a test signal and an output signal)

13903pif.ptd Page 6 1261674 Line and the side-by-side connection, the insertion and the holder and the component holder connector cable are included in the substrate board (the side core shield of the substrate device of the electric transmission line surrounds the substrate side) The test element device is a transfer line between the socket connector and the socket connector that is mounted on the socket side with the substrate side (the side core wire and the interposing base). Side visor. Each terminal is connected to 'and enclosed. Moreover, the electric core wire is simultaneously arranged in the connector between the core plates of the test component, and then the transmission is transmitted from the side of the electric core side of the core to the socket. Touching the board between the above-mentioned multi-cable component and the connector to be tested, and the connector between the connector and the signal-transmitting connector is provided. The board), the socket (in the sub-contact), the socket side connector, the socket side core wire, the visor) and the plug-in component. This cable connector, mating connector and cable plug to the socket side. Each of the transmission power and socket side core wires, number), the cable shielding shield, and the core wire on the substrate side connection plate are provided, and the socket side cable provided with a plurality of the above sockets is tested. Further, at a position to be connected to the connector, the electrical substrate is inserted into the socket-side transmitting signal which can be provided with a socket transfer signal on the socket of the socket and the socket substrate side shielding test element, and On the transmission substrate side of the substrate, the core transmission transmission signal and the socket side cover each of the socket side connection wires surrounding the plurality of bases to hold the device under test. Each of the socket side core wires may have a plurality of transmissions, and the seats are relatively predetermined. Position, keep the socket inlay retention. The socket side connector can be fitted together in a predetermined seat coupling connector. Including electrical continuity: the motherboard of the component and the connector holding part and the disassembly and assembly part of the side connection (for the motherboard, according to

Page 7 1261674 V. INSTRUCTIONS (3) Whether to connect the socket side - mechanical disassembly). The human 耿s connectors are fitted together so that the detachable parts are carried out with the tested elements of the type of the test element, ::: and:. Corresponds to the above. The smashing σ position can be installed on the mother board. Because the electric head is prepared, the mother board can be tested with the slab and the substrate side connector, and the opposite board side connector and the substrate rear connector are connected. Λ The test head is mechanically disassembled. Further, in the board-side connector, the board-side shields are electrically connected to each other around the board center line, and each of the cables in the cable is transported. The mating connectors are electrically independent of one another i = socket-connected to the substrate mating connector. The knives and the respective substrate side visor electric substrate splicing connectors may have the transmission power in the # transmission cable & the heart, the spring (in the mating connector of each board: mutual; s ϊ And a plurality of transmission visors (in the base;; = 4 each electric lining visor and each substrate side visor). A plurality of ground wiring. Also; = special, signal wiring and reading board side core line is according to Zhao Guide (9) shape: 唬 electrode and a plurality of ground electrodes. The difference extends in the axial direction of the substrate-side core wire. The 丞枞-side 基板-substrate side visor is made up of the slab side - for the surrounding substrate side core, the connection is crying u The conductor of the earth core and the spring is electrically insulated. The substrate side = = is formed. The substrate side core wire and the signal wire are connected to the electrode at one port. And

I3903pi f.ptd Page 8 1261674 V. INSTRUCTIONS OVERVIEW Signals #k 一夂仪社 Extremely corresponding formation. Grounding Thunder Gamma #, each grounding wiring is connected. The electrode base substrate side visor and the day/four-seat side connector have a plurality of socket side visors that are respectively surrounded by the I and are connected to the socket side and are arranged around the core wires of the respective sockets. . The :: connectors are electrically independent of each other, and the connectors are electrically connected to the sockets. 〃 Each socket side visor is separately socket|connector can have #: transmission line respectively connected), and multiple transmissions; each transmission is electrically and independently surrounded by each stop; J = enemy The connector cable is concealed; 4^ is shocked around the heart line, and is connected to each of the socket side shields. The grounding ί has a signal wiring for transmitting a signal, and a plurality of grounding contacts, and has a signal electrode and a plurality of ground electrodes. The V-body of the socket side core wire is drawn into a line shape. The socket side shield is extended in the direction of the socket side core wire door, and is made of a conductor electrically insulated from the socket side core wire to form a side wall of the package and the seat. The socket side connector extends from the socket side core wire, and the socket side core wire and the signal wiring are connected to the signal electrode. The grounding electrode «extends from the socket side shield and is formed to surround the signal electrode. The ground electrode ' is connected to the socket side shield and each of the ground wirings. The substrate mating connector has a transfer core wire (connected to the transfer 1 j in the transfer cable) and a transfer shield (enclosed around the transfer core wire in the socket fitting connector) and the connection cable shield and the substrate side shield board). When the substrate 侗 connector is connected to the substrate fitting connector, the β ′ substrate side visor and the transfer visor which are connected to the transfer core wire at the substrate side core may be brought into contact first.

1261674 V. INSTRUCTIONS (5) One connection = the connector has a transmission core wire (around the transmission line in the transmission cable, and the vehicle G ° 蒦 plate (in the socket connector 1 connector is surrounded by the transmission core connector and Insert L ^ electric winding shield and socket fitting connector). When the socket side is connected, when the socket is connected, the core wire and the transmission core wire are on the substrate side. However, the socket side shielding plate and the transmission shielding plate can be The contact is first made. The summary of the i', the summary of the iI meal is not a re-integration of the full-featured if-group of features required by the present invention. I will be able to properly test the tested components. a #本发明%,, the above and other objects, features and advantages can be more obvious. ι^example, with the accompanying drawings, for detailed description, such as [embodiment] The present invention will not be described in the following embodiments, but in the following embodiments, the invention according to the scope of application is limited, and the combination of all the features of the method is not essential to the invention. Solution Figure 1 An example of the structure of the I + 乂500 shown in the figure /, the test device of the embodiment related to the test element 7 is designed to provide a low-cost, test device 5 High-speed and high-precision signal output test device. Surface part 510 has interface part 510 and main frame 5〇2. Component 5〇8. ', °", head 5 04, common mother board 506 and type corresponding parts The test head 504 generates a test-tested H output to the common mother board 506, for example, according to the measurement of the gas production rate of the workpiece 75〇, according to the indication of the main branch 5〇2. Moreover, the test head

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Page 10 1261674 V. INSTRUCTION DESCRIPTION (6) 504 receives the turn-off signal of the device under test 75 0 via the common motherboard 506. The test head 504 detects, for example, the value of this output signal and applies it to the main frame 5〇2. Moreover, it is the electronic component (d υ τ ) of the test object. The common mother board 506 is an example of a mother board, and supplies the test signal received from the test head 5〇4 to the type corresponding portion 5Q8. Further, the common mother board 5Q6 receives the output signal of the device under test 75A via the type corresponding portion 508 and supplies it to the test head 504. In this example, for a plurality of types of test elements 75 0 which are test objects of the test apparatus 500, the common mother board 5〇6 is used in common. The tested piece 705 will be cut and fixed to the category corresponding part 5〇8. and

Further, the type corresponding portion 508 supplies a test signal received from the common mother board 5 - 6 to the device under test 75A. Further, the type corresponding portion 5 〇 8 receives the output signal of the tested element 75 0 and supplies it to the common mother board 5〇6. Accordingly, the component interface portion 510 fixes the device under test 75A and performs input and output of L-rings to the device under test 75A. Further, in the present example, the type corresponding portion 5 0 8 ' formed in correspondence with the type of the element to be tested 75 0 is used in accordance with the type of the element to be tested 75 5 . When the corresponding type of test element 75 测试 is tested, the type corresponding portion can be female I on the common mother board. Further, the type corresponding portion 508 is an example of the loading and unloading position. According to the present example, a plurality of types of tested elements 75A can be tested by replacing the type corresponding portion 508. The main frame 5 〇 2 is, for example, a workstation or the like, and a test signal is applied by applying a control 竣 ' to the test head 504. Moreover, the main frame 520 receives the output signal value of the device under test 75 5 from the test item 5 0 4 . For example, by comparing with the period I value, the quality of the device under test is determined to be good or bad. Main frame 5 〇 2 according to this

1261674

V. Description of the invention (7) to manage testing of the component under test 750. The components tested were gossip according to this test. And 0. ^ can be suitable for 匕 / b U. Further, in other cases, it is judged that the test element 7 is not in the T's, and the four heads 5 0 4 can receive the result of the judgment.攸Test Head Figure 2 shows an example of the detailed structure of the component interface portion 510. Test head 5 0 4 and right _ Μ β η 〇 In this example, 曰+eight 掀, and a plurality of test modules 604. The basket is made of metal, and the frame of the metal is 6 02 such as 604. 1 丨 合 且 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 耆 6 6 6 6 6 6 6 6 6 6 According to the instruction of the main frame 502, the test signal of the test element 7 5 Ο f f f fm, # 4 λα is generated, and the test signal of the 4 mother (four) β Λ is generated, and the test is performed to the common component 2 t 'test module 6 04 The test element (10) is supplied from the common mother board 506 to receive (4) L and detect this value. The test module 6Q4 can be directed to the mainframe and, in other instances, a portion of the test module 604 can have, for example, the functionality of a lattice generator. At this time, the test module 6 04 can output a test signal according to a signal received from the test module 604 having the function of the day and the day generator. The common mother board 506 has a plurality of connector holding portions 6〇8, a plurality of connectors (1), and a plurality of holding stages 606. The respective connector holding portions 6A8 are disposed on the upper surface of the holding table 60, fixed and secured. ,, · — 付逑6 6 4. When the type corresponding portion 508 is connected to the common mother board 506, the connector 614 is electrically connected to the type corresponding portion 5?8. The holding table 606 is disposed on the test head 5〇4Ji, below and the test module

13903pi f.ptd $12 pages 1261674 V. Description of invention (8) Γ二地,接接. Further, the holding table 6 0 6 is provided on the upper surface and the J holding side 08 is fixed. At this time, the 'holding station 6 0 6 and the connector 614 are electrically connected to the second and second': the common mother board 5 . 6 is connected with the test head 5 0 4 , and the holding unit 6 〇 6 right group 6 0 4 , the connector 614 Electrically connected. Accordingly, the common mother board is electrically connected to the test head 504 and the type corresponding portion 5 〇 8 . The type corresponding portion 5Q8 has a plurality of sockets 612 and a plurality of socket holding portions 1B. Each of the sockets 612 holds the tested component 75A. Moreover, the second is electrically connected, and the connection and the tested component are connected to the respective socket holding portions 6 10 of the socket and the holding socket 61 holding portion 610 is disposed at the connector holding portion 6 〇 8 _ 6 1 2 and the connector 6 1 4 is connected. At 504, for example, according to this example, the tested component 75〇 and the test head can be appropriately connected. The component interface portion 510 applies a test signal to the device under test 750 and can receive an output signal output from the device under test 75 0 . The tested component 7 5 〇 can be appropriately tested according to the present invention. Figure 3 shows an oblique view of the common mother board 5〇6 and the type corresponding part 5〇8. In this example, the common mother board 506 is divided into two, having two two temples 6 0 6a, b, and two connector holding portions 6 〇 8a, b. Accordingly, the weight of one holding table 606 and the connector holding portion 608 is reduced, and the operability of the common mother board 506 is improved. Further, in this example, the connector holding portion 7m is arranged in a row and held, for example, at a predetermined position opposed to the socket 612. The type corresponding portion 508 has four socket holding portions 61〇3 to d. 2 plugs

I3903P1r.ptd Page 13 1261674 V. Invention description (9) ί:Π:::,: Set on the connector holding part 6, on the top, and 2 cliffs to keep 4 positions 61〇c, d set in the connector to keep The part 6 is on the top. The socket holding portion 610 holds the respective sockets 61. Each of the sockets can be held in the same position as the socket holding portion 61A and the socket holding portion 61Qb. ', mu is 14, in this example, the socket holding portion 61 is held in the socket 612 at the position where it should be connected to the connection. At this time, the position of the socket 612 of a f is pre-regulated; for example, even if the terminal arrangement of the measured image " varies depending on the type, the common mother board 506 can be used.乂 /, 通 > 夕 ^ ^, with the diversification of applications, the type of electronic components 夕7. & day inch, if you change according to the type of the tested component 750, column n, ^ 5 04 ^ ,) ^ ^750 . , ^ # ^ ,1 ^ , #75〇„ ,;; Mouth. But 7^, Gentry 4» /丨 type and replace the type to the library;: The example is based on the _^ component 750, therefore, "Γ Test multiple types of tests = two ^:= Cost. Moreover, according to this, the part = G8 = object Q4 and the common mother board 506 are attached with FIG. 2 or FIG. 3: :;::: description point ★ 'in Figure 4, Figure 3 The configuration of the same or the same function of the same is the same as that of Fig. 2 or ^, so the description is omitted. The plug-in type corresponding part 5 0 8 has the socket holding portion 610 (parameter 7 &quot ;5() @ @士""""""""""""""""""""""""""""""""""""""""""""""" Page 14 1261674 - 丨丨 I _ - V. Description of the invention (10) t ϋ = hold connector n 〇, socket 612 is connected to connector 740. In the basin: in the case of ' socket (1), for example, via printed substrate and connection 710, U:1° is an example of a connector on the socket side of the socket 612. The connector 710 can be replaced by the structure of the terminal 728. Each: 3 1 ^b σ iU 藏子 728 is disposed in the plug connection 4: electrically connected to the terminal 752 of the device under test 75 0. The seat 61 ^ is on the U through the printed substrate and the socket 6 2 Connected and set in the plug test head 5 04 has the housing 6 0 2 (refer to the setting = = = = Λ 'ail ana 匕 ^ on the terminal 7 2 2, for example, the drive set on ^_04 or compare ❸...the common mother board 506 has a holding table 6〇f also connected to the connector 614, the connector 704 to connect the compliant portion 6〇8, the connector 704. Moreover, the connection is crying 6. The holding table 6〇6 is kept below The electro-optical element 7.9, the electric double connector 704, and the electric shovel 7 〇 6 constitute a connector - and a connector 2 6 4 is a socket fitting connection when the crying type corresponding portion 508 is connected, * an example, When the common mother board 50 6 is opposite to the common mother, the type corresponding portion n is brought together. Accordingly, the connectors 614 are fitted together. However, depending on whether or not the U8 is connected to the connector 710 according to the present example, it is possible to change the type I3903pif.Ptd 1261674 according to the type change of the type 五5, and the corresponding part of the invention description (11) is 5 0 8, at + ! η, the type of the tested component 75 and 0 to the small to change range, you can test a variety of tests ί 4 ΐ base = 'When a total; 1 motherboard 5 0 6 and board 506 depending on whether the connection is made. Accordingly, the common mother, the yoke 70 2 and the connector 70 4 are fitted together, and the boring head 504 is opposed to the mechanical detachment. The connection port 706 is an example of a transmission cable. The connector 704 transmits the binary value, and /> transmits between the connector 704 and the connector 614. The dedicated signal is, for example, a test signal and a signal of at least one of the components to be tested. > According to this, the cable component 7 〇8 transfers the J: port between the socket 6丨2 and the test module 6〇4. According to this example, between the test module 604 and the device under test 7 5 0 The transmitted signal is properly transmitted. Here, if welding is used, it is difficult to electrically connect the type corresponding parts of 5〇8 people, the mother board 5 0 6, the prostitute type, and the type of the test element 7 5 ,, and it is difficult to change the type to the deer part 508. of. However, according to the present example, since the type corresponding portion ～5 0 8 and the common mother board 506 are connected to the connector 614 via the connector 71 ,, the type corresponding portion 5 〇 8 can be appropriately attached and replaced. Further, the connector 71 is fitted to the connector 6丨4 at a predetermined position where the connector 6 14 is provided. At this time, even in the case where the types of the elements to be tested 75 0 are different, the common mother board 506 can be used in common. According to this, the test device 5 〇〇 (refer to FIG. i ) can appropriately test various kinds of tested components for 5 〇. Further, if one end or the other end of the electric signal 76 is connected by welding to the type corresponding portion 5 08 or the common mother board 506, the welded portion may sometimes be

13903pif.ptd

1 1261674 V. INSTRUCTIONS (12) ___ The students are not, the problem, and the signal cannot be transmitted correctly. : ^, ^ # % The electric winding 706 is fish-connected via the connector 614 and the connector 704. According to the present example, the cable 7.6 is wired at a high density. Make up for multiple 702. H head 5 ^ can correspond to test module 6 〇 4, but has multiple connections to crying; view component motherboard 506 can be connected with connector 7. 2 has multiple connectors 711 corresponding parts 5 0 8 can be electrically The ram element 708 corresponds to the resistance of the external connection 11 71 G, 614, 7Q4, 702 can also have about 50 Ω two ^ = 1 〇, 614, 7 ° 4, 7 ° 2 relative to the left and right peripheral connectors... It is ideal to have a rate of 2, and think about it. Connection #1丁 The durability of the disassembly and assembly above the fire is very reasonable. It is ideal for the durability of the connector 7 4 2 with the connector 7 〇 2 can be pushed; ^ 9 ς η Λ. -There is a disassembly and assembly of the 仃250+ or more ^ ^ ί ί ΓΓ ' 724 ' 72 2 ^ ^ ^ ^ ^ 〇 · 45-2 resistance, KG two: 71 two signal terminal 728 and the signal terminal spoon connection Very reasonable::: The connection resistance of terminal 7 2 2 is 85 Μ Ω. The left and right 彳, the number, the characteristic of the attenuation amount below - is ideal. For example, if the high-speed signal of the PS or higher is transmitted properly, the power amount 6 can be 15 times higher than that of the soldering. Page 17 139 〇 3pif.ptd 1261674 V. Description of the invention (13) Density ^ Wiring . According to this example, the tested component (4) can be properly tested. The 5 杰 杰 7 1 Q of the 5 表 表 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The structure of the symbol, and the right 盥圄 4 η ^ ^, omitting _. ~ There is a function of the same or the same in Figure 4, so the rod ^ comprises a core wire 744 and a visor 746. The core wire 744 is a member of the element 222, which is tested and held by the socket 612 (refer to FIG. 4) 兀=50 (May 4). 52 is electrically connected. Accordingly, the core wire 744 transmits a signal between the second and second skin test elements 75'. Shield A sample of the scorpion side visor is placed around the core 744. Each of the shields 746 corresponding to the signal terminals 728 is electrically connected to each other in the connector 7A, so as to surround the periphery of the core wire 744 corresponding to the same signal terminal. - The connector 702 has a plurality of signal terminals m. Each of the signal terminals m is a coaxial electron, and includes a core wire 723 and a visor 7 3 4 . The core wire 7 3 2 is an example of a substrate-side core wire, and is electrically connected to the test module 6〇4. Accordingly, the core wire 732 transmits signals between the test modules 604. The visor 7 34 is an example of the substrate side visor that is again surrounded by the core 723. At this time, the respective shield plates 734 corresponding to the signal terminals 7 2 2 are electrically and independently surrounded by the core wires 732 corresponding to the same signal terminals 722 in the connector 7〇2, respectively. The visor 7 34 is, for example, connected to the test module 604 and grounded in the test module 604. The cable clamp 7 0 8 has a plurality of connectors 6丨4, 7〇4 and a plurality of cables 7〇6. Connector 614 has a plurality of signal terminals 726. Each signal terminal 72 6 is

13903pi {'. ptd brother 18 pages 1261674 V. Description of the invention (14) The coaxial terminal comprises a core wire 74 0 and a visor 7 4 2 . The core wire 74 0 is an example of a transfer core wire. When the connector 7 10 is fitted to the connector β 1 4, it is connected to the core wire 744 and transmits a signal between the core wire 74 4 . The visor 74 2 is an example of a visor that is disposed around the core 744. At this time, each of the shield plates 724 corresponding to the signal terminals 724 is electrically and independently surrounded by the core wires corresponding to the same signal terminals 724 in the connector 614. When the connector 710 is mated with the connector 614, the shield 742 is coupled to the shield 746. Connector 704 has a plurality of signal terminals 724. Each of the signal terminals 724 is a coaxial terminal and includes a core wire 763 and a visor plate 738. The core wire 73 6 is an example of a transfer core wire. When the connector 704 is fitted to the connector 7 〇 2, a signal is transmitted between the core wire 723 and the core wire 723. The visor 7 3 8 is an example of a transfer visor and is provided to surround the core 736. At this time, with the signal terminal? Each of the 24 corresponding visors 7 3 8 is electrically independent of each other in the connector 7 〇 4 and surrounds the core 736 corresponding to the same signal terminal 724, respectively. When the connection 704 is mated with the connector 70 2, the shield 738 is coupled to the shield 734. The electric thin 7 0 6 is connected to the signal terminal 7 2 6 and the signal terminal 7 2 4 . Moreover, each of the electric windings 76 has a transmission line 754 and a visor 756. One end and the other end of the transmission line 7 5 4 are connected to the core wire 7 4 〇 and the core wire 7 36. Therefore, when the respective connector 614 and the connector 7 〇 4 are fitted to the respective connectors 710 and the connection state 70 2, respectively, the transmission line 754 is electrically connected to the core wire 744 and the core wire 732. Accordingly, the transmission line 754 transmits a signal between the core 744 and the core 732. The cover plate 75 6 is an example of a cable shield. Among the individual cables 7〇6, one of the shields 759 is electrically independent between the connector 7〇6 and the connector 7〇4 and

13903pif.ptd Page 19 1261674 V. Description of the Invention (15) Surrounded by a transmission line 754 in the same cable 706. Further, one end and the other end of =6 are connected to the shield 74 2 and the shield 738. Therefore, the splicer 614 and the connector 4 are electrically connected to the respective connectors 71G and CONNECT, and the visor 75 6 and the visor 734 are electrically connected. ^In the above description, in the Wei element 7G8t, the core wires 74 0 in the respective signal terminals m are respectively connected to the transmission lines 754 in the respective cables 7〇6. and

The core wires 736 in the respective signal terminals 724 are respectively connected to the transmission wires 7 54 of the respective cables 7〇6. The shield plates 742 of the Y m signal terminals 7 2 6 are respectively connected to the shield plates 756 of the respective electric gauges 06 and the respective shield plates 74 6 . The shielding plates 7 3 8 of the respective signal terminals m: are respectively connected to the respective shielding plates 759 and the respective shielding plates 7 according to the test device 5〇〇 (refer to the figure) in this example. Between the modules 舁 子 752, signals are transmitted while maintaining the coaxial structure. According to this example, a signal is sent between the test module 604 and the device under test 75A. Further, according to this, it is possible to accurately perform the - terminal of the signal terminal 72 8 and the signal terminal 726 of the test element, and the other end is a female terminal. Moreover, the two ends of the signal sub-turn are male terminals, and the other ends are female terminals. The roots are connected to the test module 6 〇 4 and the tested components by 5 适. Figure 6 shows the structure of the test module 604 - the same as the cable 7 〇 6 and the insert towel, and in addition to the following points, in the Figure 6 towel, with the same symbol in Figure 4 or Figure 5 Structure 'has the structure with Figure 4 or Figure 5

1261674 V. DESCRIPTION OF THE INVENTION (16) The same or the same function ', the description is omitted. The group 604 has a driver pin 802, a 1/0 pin 8 〇 4, and a pin, = 6. The test module 6G4 can have multiple driver pins 8^=I/O pins 804. The Han/Secondary driver pin 8 0 2 includes the driver 81〇, the resistor 812, and the multiple 8 0 6^ 8 0 8 . The driver 810 is in accordance with the indication of the pin control portion 816, a test signal. In this example, the driver 810 applies a test signal via the switch 8〇6 and the cable to the terminal 75 2a of the test component 75 0. The terminal 7 5 2a is The input terminal of the tested component 75 5 0. The switch 8 0 6 is disposed between the output end of the driver 810 and the connector 7〇2, and switches whether or not the output signal of the driver 81 〇 is output to the cable 70 6a. The switch 8S〇6 is via, for example, via According to the indication of the pin control portion 81 6 to open and close, the time for applying the test signal to the device under test 75 0 is specified. Accordingly, the driver pin 8 〇 2 supplies the device under test 7 5 0 according to the test signal, for example. The test cell 8 0 8 is connected to the terminal 75 2a via the cable 70 6b. Accordingly, the switch 80 8 receives the test signal output from the driver via the cables 70 6a, b. Moreover, the switch 8 0 8 is grounded to the end. The other end of the 812 applies a received signal. According to this, the drive is connected to the terminal 8 5 2 via the DTL (Dual Transmission Line) wiring. At this time, the test signal is reflected by the terminal 7 5 2a. The low 'can transmit the test signal with high precision. Moreover, the time for applying the test signal can be controlled with high precision. Further, the switch 8 〇8 is synchronized with the switch 806, for example, according to the indication of the pin control portion 8丨6. Open and close. I/O pin 8 04 includes driver 81〇, resistor 812, multiple switches 8〇6, 8 08, and comparator 814. In I/O pin 80 4, each switch 8 0 6 and switch

13903pif.ptd Page 21 1261674 V. INSTRUCTIONS (17) -------~---- 808 is connected through various cables 7〇6c, d, 盥, 士, 丨 丨 arsenic. The terminal 752b may be a selected output terminal of the measured end side b of the unit 7 5 U. s? A test signal is applied to the terminal 7 milk by the switch 8 0 6 and the electric_6c. Item 75. Two two two = one cable (five) and the switch δ 〇 8 receive the test element: 轮 and the sub 7 7 2b output of the wheel out signal, and sample this output for. : / / Comparator 814 to the value of the pin control section "", the I / O pin 804 will detect the output signal of the device under test 75 。. (1) Moreover, for example, when the driver 8 1 〇 outputs the test signal and compares the cry δ 14 to sample the test element 75 〇 and the 乂 is the guide. Μ 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Can have the function with the drive = (four). The resistor 812 and the same or the same Q 1 η core pin control portion 8 1 6 of the switches 8〇6, 8 08 enable the driver crying member 750 to appropriately input signals, for example, according to the instruction of the main chassis 502. Output. Sending line:: want;::;;;::: The speed of the production is gradually increasing, passing 704, 614, 710 (the table is y, the connection is 702, so it will save the number of 喰 and the density is installed. The cable 7〇6 ' 曰 is the name, the number of turns, can be used DTL wiring / or I / O pin 8 0 4 and the test read open Du 7Rn connection drive for the pin 802 and the reflection on the lower, 谪 ^ ^ " At this time, the terminal 7 5 2 can be tested with high precision to test the tested component 75 口. According to this example,

13903pif.ptd Page 22 1261674 V. Description of the Invention (18) FIG. 7 shows a configuration of a plug type 100 as an example of the connector 7〇2 (see FIG. 5). The plug connector 1 〇〇 'one end is connected to the socket side connection, and the other end is mounted on the side of the plug side substrate 2 ,, between the socket side connector and the plug side substrate 2 ,, the relay electronic signal . Further, in the example, the connector on the socket side is the connector 7 〇 4 (refer to Fig. 5). The seat side substrate 200 is a test module 6 〇 4 (refer to FIG. 5).插头 The plug-side substrate 200 has a plurality of substrate signal lines 2传送2 that transmit signals, and a substrate ground line 2〇4. The substrate signal line 2〇2 is transmitted as an example, and the substrate ground line 2〇4 is an example of the ground wiring. The Y-match: the second-connector 100 includes a plug-side skeleton 5〇 and a plurality of plug-in blocks; 2 cases of the 1 plug signal end state as the signal end generation diagram 5 θ 1 ί 7 ( a ) ~ Fig. 7 (c) shows the plug connector 1 from the # 砚 砚 与 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 Figure 7 / The vertical surface of the connector of the connector is connected to the interface of the connector. In the stomach, the plug is connected in a straight direction. In the R7 diagram, the plug side bobbin 50a is connected to the plug side bone (four). Fig. 7 (c) shows the frame 5 〇a from the two heavy head side frames of Fig. 7 (J yue wood 505. Then, the plug side frame 5 观察 which is viewed in the direction of S, jin is not engaged with the connector: an approximately rectangular surface As the upper surface, a square frame 5 二 having a length of two extensions which is slightly shorter than the plug signal terminal end surface is formed in the parallel direction, and has a plurality of through holes and two positioning portions: degrees. a convex portion 528. 2. Two side faces 5.6, with the through hole 54 being approximately perpendicular to the upper surface of the plug-side bobbin 50, facing upward

I I39〇3pif.ptd Page 23 1261674 V. INSTRUCTION DESCRIPTION (19) The inner surface of the surface penetrates and forms a near μ "-~ sub 1 0 is inserted into the through hole 54 respectively. According to this, W is the same. Each plug signal number terminal. The master side frame 50 holds a plurality of letters and the through hole 54 is arranged in a row at a slightly equal interval in the direction of the plug side frame 5, and the surface is dead, in a predetermined parallel two columns, a first column, and a second row. Column. according to. None of the through holes 54 are formed so that at least a part of the mutual terminals 10 are arranged, and the plug side bobbin 50 holds the respective letters. The first column and the second column are parallel to each other: and, the through hole 54 is disposed on the approximately vertical bisector of the line segment connected to the column, and the approximate center point arrangement of the adjacent two through holes 54 Thousand bird configuration. 7 is formed in the first column and the second column in which the plurality of through holes 54 in the second column are parallel to each other, and the plug side bobbin 50 is arranged and held in two rows at 10 o. Moreover, the thousand bird configuration, and the signal terminal 50 in the first column and the second column of the two # eight in this figure, the plug side bones 牟 1 〇. The knife does not hold several plug signal terminals; in the plug side frame 50, on the plug letter ::IS: 2 flat lights form two side faces 5:. The direction of the side t and the position 58. The plurality of raised portions 58 are disposed on the retaining side 56 in a direction perpendicular to the side surface 56, and the protrusions 10 of the serial number terminal 1〇 and the two-way head of the vehicle at the plug signal terminal , are surrounded and inserted. The two-position 56 has a wave shape with irregularities. It is formed by the extension of two neighbors. According to the following: 凹陷, the recess of the terminal accommodates the protrusion between the other plug-side skeleton-starting portions 58: the side surface. Further, the convex portion 58 and the projections formed on the recess form a shape or a curved shape or the like. Bit can form A *

13903pif.ptd 1261674

V. INSTRUCTIONS (20) Moreover, in this example, the plugs are added, and the signal terminals of the same number are held in the column and the column 2 in the second column. The lateral bones coincide. The wave-shaped irregularities formed may be appropriately adjacent to the pair of plug signal terminals 10, and the respective ends of the column and the second column are opposite to each other, and are disposed at the plug signal terminal/plug The signal terminal 10 is protruded from the position of the chimney arrangement from the skeleton 5 〇 on the plug side. Accordingly, the position of the direction of the axis with the plug =:: member signal terminal 1 is specified. The connection is reversed to the socket side connection of the 1000 connection. In order to arrange two positioning queues on the opposite end of the number 4, the two center points of the two columns of the thousand bird configuration are opposite to each other, and become approximately two parts 52 to be The surface of the near and plug-in connection boundary] (10) Fen you ten. Accordingly, the two positioning members 52 can be stably connected to the connector on the side of the head side frame 50. Moreover, plug and, plug;:::! The above positioning parts. ). This day, the plug type 1 port can be used as the connector 710 (refer to Figure 5 for connection. Moreover, the plug signal: 100 and connector 614 (refer to Figure 5). Socket 612 (see / picture:) As the signal terminal 728 (refer to FIG. 5), the ground line 204 is the same, and the right second two can be connected to the substrate signal line 202 and the substrate = the line and the ground wiring. The signal terminal 10 has a wide plug: the tiger-terminal 10 An example of a detailed structure: the plug edge member 17, the plug signal two wires 12, the plug core wire shield plate 14, the absolute extension portion u, the sun ϋ ... and 16, the two plug ground electrodes 18, and the circumference of the 'plug signal core wire 1 2 and plug core wire cover 139〇3pif.ptd Page 25 1261674 V. Invention description (21) Guard, 1/ as core wire 732 and visor 734 (refer to Figure 5). Plug confidence line 1 2 and plug The core wire visor 丨 4 can be used as the core wire 744 and the visor plate 7 4 6 (see Fig. 5). The plug wire core wire 1 2 is formed by stretching a wire, for example, with a conductor such as metal. The plug core wire visor 4 is formed in a substantially cylindrical shape in the same manner as the through hole 5 4 (see FIG. 7). The plug core wire visor 4 which is longer than the plug signal core wire is made of a conductor insulated from the plug signal core wire 2, and extends around the axis of the plug signal core wire 12 to surround the plug signal core wire 丨 2. ^ Insulation member 1 7 is, for example, an insulator such as a resin, and is filled in a gap between the plug core wire j4 and the plug signal core wire 2. According to this, the plug core wire concealing plate 14 is electrically insulated from the plug signal core wire 12. y Plug signal electrode 1 6 and the direction of the axis of the plug signal core 12 are approximately parallel from the plug core wire 1 2 . Moreover, the two plugs are grounded from the plug core Shield 1 4 in the direction of the axis The surrounding pin electrode 16 is formed opposite to each other. The circumferential extension 19 is surrounded by a portion of the surface of the plug core wire 4 and is surrounded by the end of the second wire. The signal core 12 has a circumferential shape, and protrudes from the inner side of the surrounding signal core 12 toward the signal core 12 to form k 1 0. FIG. 9 ia ) to FIG. 9 (C) shows the plug core wire shield 1 4 and the plug grounding electricity An example of a / sheep, and field structureFig. 9 (a) shows the shield core wire visor 14 and the ground electrode 18 when viewed from the direction facing the surface of the plug-side substrate 3 (see Fig. 7). Figure g (b) shows the distal core shield 14 and the plug ground electrode 18 when viewed from the A direction. Figure 9 (c) shows the direction from 6

139〇3pif .ptci Page 26 1261674 V. The plug core wire visor 14 and the plug ground electrode 18 at the time of the invention (22). The plug core shield 14 includes the protrusions 1 1 and the pawls! 5. ^ Canine Zhao is formed by protruding the surface of the plug core from the surface of the shield 14 to the outside of the surface. The protrusion 1 is inserted into the inner side δ of the through hole 54 (refer to FIG. 8 ) of the plug signal terminal 参照 (refer to FIG. 8 ), and is separated from the plug side frame by the plug pawl 1 5 硕 硕 硕 用 〗 〗 〖 The 'maintenance, insulating member 17 (see FIG. 8) is formed by extending the surface of the surface 4 to the inner side of the surface. Accordingly, the insulating member 17 fixes the plug core wire 12 (refer to Fig. 8). So, in this case, in

In the state in which the core wire is insulated by the shield 14 , the plug signal terminal 1 确实 can be surely fixed to the plug side frame 5 〇. Fig. 10 (a) to Fig. 1 (b) shows the detailed structure of the plug-side substrate 2 〇 : : an example. Fig. 10 ( a ) shows the surface of the plug-side substrate 2 〇 . Figure 丨〇 (b) The plug-side substrate 2 〇 时 when the connection is viewed in the direction perpendicular to the joint. The plug-side substrate 200 is a substantially rectangular substrate, which is approximately parallel to the direction of the axis of the plug signal terminal 1 (see Fig. 8). A plurality of substrate signal lines 2 〇 2 a and a plurality of substrate ground lines are provided on the surface of the plug-side substrate. The inner surface has a plurality of substrate signal lines 2 0 2b and a plurality of substrate ground lines. Each of the substrate signal lines 2〇2 is electrically independent of each other, and each of the beautiful ground lines 204 is grounded. Each of the basic signal lines 2 0 2a and the substrate signal lines 2〇2b of the Tsuguchiyama are arranged in the same array as the array of thousands of birds formed by the plug-in 而 而 子 子 苓 苓 。 。 。 。 。 。. This plug side substrate 2 is appropriately connected to the plug signal terminal 丨〇. Figure 11 shows the β-B carrier of the plug connector 丨〇 说明 described in Figure 7 (b). 1261674 V. Description of invention (23) %

The plug signal electrode 16a of the plug signal terminal 10 in the first column and the plug signal electrode 16b of the plug signal terminal 1 of the second column surround the plug-side substrate 2 〇 〇 a and oppose each other. Accordingly, the plug signal electrodes 16a of the respective plug signal terminals 1 in the first column are in contact with the respective substrate signal lines 2 0 2a (see FIG. 1 (b)) formed on the surface of the plug-side substrate 200a, The plug signal electrodes 16b of the respective plug signal terminals 10 in the second column are in contact with the respective substrate signal lines 2〇2b (refer to FIG. 1 (b)) formed on the inner surface of the plug-side substrate 2 〇〇a. . Similarly, the plug ground electrode 18 (see FIG. 8) in the first column is in contact with the substrate ground line 2 0 4 a (see FIG. 1 (b)) formed on the surface of the substrate, and the ground in the second column. The electrode 18 (see Fig. 8) is in contact with the substrate ground line 2〇4b (see Fig. 10(b)) formed on the inner surface of the substrate. In this manner, the plug signal terminals 10 are respectively provided corresponding to the respective substrate signal lines 2〇2. Moreover, the plug signal electrode 16 is electrically connected to the plug signal core 12 and the substrate signal line 202 corresponding to the plug signal terminal 10, and the plug grounding electrode and the pole 18 are respectively connected to the plug shielding board 14 and the substrate grounding line. 2〇4 electrically connected to this, it is possible to transmit the plug signal core wire 12 to the plug side substrate 20 0 to receive the vertical 5 U (two) 捍, 1J (b) is shown as the connector 7 0 2 (refer to FIG. 5 ) -I: Face ίί: The structure of the connector is 3°〇. Fig. 12 (4) shows the socket connector 300 when viewed from the direction of the connection. Figure 12 (9) The socket connector of the heart and the mouth stone is 30 〇. , which is connected to the connector connector 10〇 mounted on the socket connector 25° (to be 300, connected to the socket side substrate 2 50, ..., Figure 7) . Socket connector 3〇〇 with plug

1261674 V. INSTRUCTIONS (24) Seat side frame 60 and a plurality of socket signal terminals 2 〇. Figure 5, and ^, in this case 'plug connector 10 ° as connector 704 (moxibustion day 2 2 Figure 2): "/ bar plug connector 100, for example, instead of the plug side substrate, ??, 芩, 3⁄4 7), connected to a plurality of cables 7 〇 6 (see Fig. 5). ^ The seat signal terminal 2G is used as the signal terminal 72 2 . The # seat side substrate 25 : can be: test module 604 (see Fig. 5). In other cases, in this example, the member: 'The connector 1〇0 may have the same or the same function as the plug-type connection described in FIGS. 7 to 9. The plug signal core 1 2 (refer to FIG. 8) _ ^ plug core The visor 丨 4 (refer to FIG. 8 ) can be used in place of the plug-side substrate ° to be connected to the transport line 7 54 and the visor 7 5 6 (see FIG. 5 ). The socket side bobbin 60 is configured by overlapping and overlapping. Two plug-side bobbins 5 〇 (refer to FIG. 7 ) have substantially the same shape on the upper surface as an upper surface, which is approximately perpendicular to the upper surface, and extends to a socket-side bobbin 60 formed by an approximate length to the receptacle signal terminal 2 6 There are four positioning holes 60, a plurality of receiving portions 614, four skeleton through holes 66 and rivets 68. = bit holes 6 2 and plug type The four positioning members 5 2 (see FIG. 7 ) provided on the connector cymbal are formed by the inner surface of the socket-side frame 6 向上 from the upper surface to the socket-side frame 60. 4 The positioning hole 62 is coupled to the four fixed members 52. Accordingly, the positioning member 52 and the positioning hole 62 can correctly position the position of the socket side frame 6 疋 with respect to the plug side frame 5 。. The socket signal terminals 2 are located, and each of the housing σ clamps 6 4 accommodates a part of the plug signal core wire 1 2 and the plug core wire visor 1 4 . Accordingly, the socket side frame 6 〇 holds the socket signal terminal 2 〇. In this example, the 'receiving portions 64 and the plugs held in the respective plug-side bobbins 5 〇

1261674 V. DESCRIPTION OF THE INVENTION (25) In the relative position of the head L number i and the sub 1 〇 (refer to FIG. 7), the socket signal terminal 20 is held in each of the four rows of the island array. The four skeleton through holes 66 surround the socket side frame 60 in four rows arranged in a thousand birds, and each of the two opposing holes penetrates from the upper surface of the socket side frame 6 to the inner surface, and is formed in a substantially cylindrical shape. The rivet 68 is formed into a cylindrical shape having a diameter approximately the same as that of the skeleton through hole 66 by a material such as steel or aluminum. One end of the rivet 6 8 opposite to the plug connector 1 收纳 is housed in the skeleton through hole 6 6 , and the other end is inserted into the skeleton through hole 66 and the socket side substrate from the socket side frame 6 〇 toward the socket side substrate 2 50 . Among the through holes of the substrate, the substrate protrudes from the inner surface of the socket side substrate 250. Here, the substrate through hole 252 is provided on the socket side base plate 5 5 ,, corresponding to the skeleton through hole 66, and penetrates from the surface facing the socket side frame 6 向 to the inner surface. In the tightening operation of the rivet 68, one end of the rivet 68 opposed to the plug connector is disposed on the upper surface r, which is not broken from the socket side frame, «^ 2 5 ο , , φ ^ is bad. Accordingly, the rivet 68 fixes the socket side bobbin 60 to the socket side substrate 25A without affecting the opposite end of the plug connector i 铆 and the rivet 68. Moreover, the socket type connection 300 can be used as the connector 7 (refer to FIG. 5). At this time, the 'socket signal terminal 2' can be used as the signal terminal 7 as shown in Fig. 5). B-B sectional view. Figure 13 (b) Table Figure 1 3 ( a ) Figure 1 3 ( b) Table TF is the socket connector 3 QQ detailed structure m uu shows the socket signal terminal 2 in Figure 12 in Figure 1 CC section Figure. socket

Page 30 1261674 V. INSTRUCTION DESCRIPTION (26) The signal terminal 20 has a socket signal core 22, a socket core shield 24, a socket signal electrode 26, a semicircular portion 23, a socket ground electrode 28, and a semicircular extension. The 9 9 socket signal terminal 2 6 and the socket ground electrode 2 8 are connected to the socket side substrate 2 5 0 (see FIG. 1 2 (b)), for example, a substrate signal line and a substrate ground line provided on the surface. Further, the socket signal core wire 22, the socket core wire visor 24, and the semicircular extension portion 29 may have the same or the same as the plug signal core wire 12 and the plug core wire visor in the plug signal terminal 10 illustrated in FIG. The function. The semicircular portion 2 3 is a semicircular visor formed in the socket core visor 24 . Further, the semicircularly extending portion 29 has the same function as the circumferential shape 19 except for forming the circumferentially extending portion _ 19 except for forming a semicircular shape in the semicircular portion 23. Fig. 14 (a) to Fig. 14 (c) show an example of a detailed configuration of the socket signal core wire 2 and the socket core wire shield plate 24. Fig. 14 (a) shows the socket core visor 24 when viewed from a direction approximately perpendicular to the joint surface of the connector. Fig. 14 (b) shows the socket core wire 2 2 when viewed from a direction perpendicular to the cross-sectional view of C-C of Fig. 13 (a). Fig. 1 4 (c) shows the visor 24 for the socket core when viewed from the same direction. The semicircular portion 23 is formed in the vicinity of the proximal end portion of the socket ground electrode 0 28 in the socket core shield 4 4, and almost half of the socket signal core 22 is surrounded. The receptacle signal electrode 26 is formed to extend substantially perpendicular to the direction of the axis of the receptacle signal terminal 20 (see Fig. 12) and extend away from the receptacle signal core 2 2 toward the receptacle core shield 24 . Lu two socket grounding electrode 2 8 from the socket line with visor 2 4 and semicircular parts

Π903ρΐ f. ptd Page 31 1261674 V. Invention description (27) The circular arc direction of the position 2 3 extends in the half-moon direction of the chord direction, and the signal electrode 2 6 surrounding the socket is approximately parallel with the extending direction of the socket signal electrode 26 And formed. Further, in the housing portion 6 4 (see FIG. 13), the socket signal core wire 2 2 is inserted into the inside of the socket core wire visor 24 . The socket signal core wire 2 2 and the socket core wire visor 24 are electrically insulated by an insulator such as a resin filled in the inside of the socket core wire visor 24 . The socket side bobbin 60 is made of a material such as resin. Further, the socket core wire visor 24 is formed in a semi-circular shape. As a result, the insulator inside the socket core shield 24 is connected to the portion of the socket side frame 6 that surrounds the outer side of the socket core shield 24, and is integrated. According to this, the socket side bobbin 60 can be manufactured very simply and inexpensively. Fig. 15 (a) to Fig. 15 (b) show an example of a detailed structure of the socket side bobbin 60. Fig. 15 (a) shows the socket side bobbin 60 when viewed from a direction approximately perpendicular to the surface of the socket side substrate 250 (refer to Fig. 12 (b)). Figure 15 (b) shows the socket signal terminal 2 更加 in more detail. The socket signal terminals 20 are arranged and arranged in the extending direction of the respective socket signal electrodes 26 opposed to the predetermined array direction. In this example, each of the socket terminals 20 is opposed to the array direction and arranged in the half moon direction. On the other hand, the open space formed on each of the socket signal terminals 20 and in the half-moon direction of the socket signal terminal 2 is almost completely shielded by the other semi-circle #2 2 adjacent in the half-moon direction. Accordingly, in the socket type connector 300, the noise of the crosstalk such as crosstalk from the adjacent jack signal terminal 2 can be reduced or decreased.

1261674

Fig. 16 (a) to Fig. 16 (c) show other examples of the structure of the receptacle connector 3 〇 。. Fig. 16 (a) shows the receptacle connector 300 which is viewed from the direction perpendicular to the joint surface of the connector. Fig. 16 (b) shows the socket connector 300 when viewed from the a direction. Fig. 16 (c) shows the socket type when viewed from the direction perpendicular to the surface of the socket side substrate 210. Connector 3〇〇. Further, the structure having the same reference numerals as those in Fig. 12 has the same or the same function as the structure in Fig. 2, and therefore, except for the following explanation points, the description of the beans is omitted.

Four skeleton through holes 66 for accommodating the rivets 68 are formed at positions defined by the storage portions 64 of the Chidori array. In this example, the four skeleton through holes are "positioned at a position that can be fitted in the direction opposite to the connector engagement face with the plug connector 100 in the 丨8 degree rotation state. 260 has a substrate through hole 262 provided through the surface facing the socket side frame at a position corresponding to the skeleton through hole on the socket side frame 6 。. In this example, the insertion is performed to The rivet 6 8 ' of the substrate through hole 262 securely fixes the socket side frame 6 〇 and the socket side substrate 2 6 〇. Fig. 17 shows a cross-sectional view of the plug signal terminal 10 and the socket signal terminal 20 in a fitting shape. The plug signal terminal 丨〇 and the socket signal terminal 2 〇 may have, for example, the same or the same function as one end and the other end of the signal terminal 7 2 2 and the signal terminal 7 2 4 (refer to FIG. 4). The plug signal terminal 插座 and the socket signal The terminal 20 may have the same or the same function as one end and the other end of the signal terminal 728 and the signal terminal 726 (refer to FIG. 4). In this example, the 'plug signal terminal 丨〇 is a male terminal and has a plug signal.

13903pif. ptd Page 33 1261674

V. INSTRUCTION DESCRIPTION (29) The signal terminal 20 of the socket is provided with a socket signal core 2 2 core wire 12 and a plug core wire shield 14 . Further, there are a female terminal having a shape fitted to the male terminal and a shield 24 for the socket core. When the plug h 5 is standing up and the child 1 0 is plugged into the socket signal terminal 2 〇中士士丁, 4 雨座信号虎芯线 2 2 on the inner surface of the outer contact with the plug k 5 tiger core wire 1 2, heart, ϋ S1] bow Single force ^ [乍 挤压 squeezed outside. The socket core wire visor 2 4 is elastically applied to the inner surface of the plug # μ Μ core wire visor 14 4, and the outer socket signal core wire 2 2 and the socket core wire damper 2 4 are pressed. It is indeed fitted with the plug signal # plug core wire visor 1 4 . In this example, when the plug connector 1 〇〇 is connected to the socket type connection, the plug type signal terminal is connected to the socket type signal terminal 2 °, and the plug type signal core line 1 2 and the socket type signal are connected. The contact between the core wire 22 and the shield wire 14 for the socket head wire is first contacted with the shield wire 24 of the socket core wire. ,. '7 Moreover, as the front end of the plug core visor 14 is inserted into a predetermined position on the ferrule 24 for the socket core 5, the current end is inserted: the interior of the lining shield 24 When entering, the elastic force is gradually increased, and the socket type core wire visor 24 presses the outer surface of the plug type core wire visor 丨4. Once the front end of the plug anger line visor 14 is inserted into a predetermined position, the elastic force of the outer surface of the Socket Shield 4 by the socket core Shield 24 becomes an approximate value. . After the front end of the plug core wire visor 4 is inserted into the predetermined position, the plug type signal core wire 2 is connected to the socket type signal core wire 22. According to this, after the socket type core visor 24 stops expanding, the plug type signal core line 12 is inserted into the socket type signal core line 2 2, for example, the plug type can be reduced.

13903pi f. ptd 1261674 V. Invention description Terminal 30 of No. 30 is inserted into the socket type letter-type signal core 1 2 and also, in this example, the plug signal terminal can be made to 10, and is pre-specified , with plug-in letter pair, socket type signal core 2 2 together. Moreover, plug-in letter

The child and the physics are facing the BB. The core of the core is the same. Some of the cores of the terminal are the same. Some of the wires in this line are insulated by the insulated wire 22 in the 20th position of the AA, but they are connected by the gap. In this case, the section, with the plug. Accordingly, the space in which the socket can move is a gap between the shields 24 and 4 . In the same way, the impedance of the mating surface of the mating surface between the cross section and the BB cross section is also produced. In this example, the direction between the shields 14 is reduced by the plug type, and the socket type is reduced. The strength of the terminal 20. Moreover, it is possible to prevent problems such as insertion and bending. The DUT is protected by first using the signal terminal shield to contact, and the static electricity carried on the ground is transmitted to the ground to protect the DUT of the power-on sequence. The core wire 1 2 and the plug-type core wire visor 丨 4 phase and the socket type core wire visor 2 4 are respectively fitted in the number terminal 10 and the socket type signal terminal 2 〇 fully electricized into a socket type core wire cover The guard plate 24 is slightly extended from the aa-cut core wire visor 14 4 . The visor plate 4 4 has elasticity and can be moved in the 'plug-and-core wire visor 14 and socket' Produces a tree-like pattern that does not fill the socket side frame 6 ' 'In the plug-type s-core wire 1 2 and the socket-type transmission is not filled with insulation such as resin. The impedance value of the plug-type signal terminal 10 and the socket type letter is larger than that of other insulators filled with resin. By reducing the distance between the plug type signal core 12 and the plug type, the direction of the impedance value in the circumferential extension portion signal terminal 10 illustrated in Fig. 8 is compensated. The groove of the semicircular extension portion 29 of the signal core wire 22 and the socket core wire shield plate 24 can be lowered.

13903pif.ptd

Page 35 1261674 V. Description of invention (31)

The socket type signal terminal 2 wipes the R in the wiper, which can reduce the direction due to the 卩 and - resistance value. Accordingly, in this example, the deterioration of the signal generated by the mismatch of the binary values in this example. The signal terminal 20 is a shredded one. The plug type signal terminal 10 is a male terminal, and the socket 12 and the plug core are in other cases: a plug type signal core wire visor 24 and a socket type core 2 2 And socket type female terminal. Either one of them can be a male terminal and the other side is a figure of Fig. 18(a) to Fig. Figure 18 (a) Plug-in signal terminal 3. Other things in the structure

) ° ® 18 (An example of the structure. In the case of the plug-type signal terminal 30 when the twist is rotated by the twist, for example, ^ & in the example, the plug-type signal terminal 30 is the plug-in signal #绿π,笛Λ^ The plug type signal terminal 30 is provided with a plug ^ JU 'l , a concealing plate 34, a protruding portion 36 and a second shielding plate 37. = ' ^ The master signal terminal 30 is used as the signal terminal 724, for example. Or 5" sub-726 (refer to Fig. 4). At this time: connector 71. (refer to Fig. 4), for example, the socket for the Qing; 2: 3 0 〇 (refer to Fig. 1 2, Fig. 16). The core wire 32 is made of, for example, a metal conductor extending in a line shape. In the plug type signal core wire 32, the one end opposite to the coaxial cable 4A and the center conductor of the coaxial cable 400 are electrically electrically Further, in this example, the coaxial cable 40 0 can be used as the cable 7〇6 (refer to Fig. 5). The center conductor of the coaxial cable 400 can be the transmission line 754 (refer to Fig. 5). The shield 3 4 extends from the front end of the plug type signal core wire 3 2 in the direction of the axis of the plug type signal core wire 12, and is electrically connected to the plug type signal core wire 32.

1261674 V. INSTRUCTIONS (32) Π Γ 成 ” ” ” ” ” ” ” ” ” ” ” ” ” ” The first n-plate 3 4 is housed in a through hole of a plug-side bobbin, a through hole of a ^ 1 ^ diameter, or the like. It has almost the same straight exit as the first shield 34. [M stand 36 is formed by extending the end of the shield 34 away from the plug-in signal core 3 2 . According to this, the detachment is separated from the surface of the plug-side skeleton. In this example, the skeleton of the plug: is configured with, for example, Fig. 12 or Fig. 15 J J :=, and the plug type signal terminal 30 is held. U "Sub-2" is electrically insulated from the front end of the second visor 37 from the front end of the core wire 32, and is connected to the front end of the plug-type second shield 37, and is surrounded by a plug-type signal core. 32. Between the other end core wire 32 of the visor 37 and the first visor 34. The second 笃 method, returning the red ^ cable 4 〇〇 relative arrangement. For example, via soldering. 'Electrical _ 〇 external conductor The plug-side connector which is electrically connected to the second shield 37 and which is composed of the simple 1 i=iL' utilizes the skeleton on the plug side, and can be used as a signal terminal 3°. Moreover, the connector on the plug side can be turned on. The present invention has been described with respect to the embodiment of the socket-side connector and the coaxial power module 40. However, the technical target is not limited to the above-described embodiment. Or the implementation of the improvement = the industry is not a singularity. These changes or implementation improvements are in the technical scope of the application, which can be seen from the scope of the application:

13903pif.P [d Page 37 1261674 V. Description of Invention (33) As apparent from the above description, according to the present invention, the element under test can be appropriately tested.

Bill 13903pi f.ptd Page 38 1261674

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 depicts a composition. Figure 2 is a detailed structural view of the interface of the test device 5 〇 与 associated with an embodiment of the present invention. An oblique view of the common mother board 506 and the variety corresponding part 508. The conceptual diagram of the connection method of the corresponding part of the month and the test head 5 (the connection method of the H and the common mother card 5 0 6 is fine. The day is not connected to 710, the connector 7 0 2, and Figure 6 of the cable element 708 depicts the structure of the test module 604. _ = - f7 (C) shows the structure of the plug connector 100. Figure 8 shows the detailed structure of the plug signal terminal 1 。. ^ ^ Figure J (C) shows the detailed structure of the plug-free core shield 142 and the plug-grounded drain 184. Figure 1 shows an example of the detailed structure of the header-type connector (10) 1 B - B sectional view 1. Figure 13 (a) to Figure 13 (b) Figure 7 Figure 14 (a) ~ Figure 14 (c) edge 7 line visor 2 4 detailed structure Figure 15 (a) ~ Figure 15(b)Paint^ Figure 16(a)~Fig.16(c): ^ Back to Figure 3(b) shows the structure i of the socket connector 3〇〇. Structure of the socket connector 300 The detailed structure of the socket type signal core wire 22 and the socket type core socket side frame 60. ^ 7 The structure of the socket type connector 300. ^ ^ ^ Head 彳 5 唬 terminal 1 0 and socket signal terminal 2 0 fitting state Stamp face view.

1261674 Brief description of the diagram ---------- Figure 1 8 (a) ~ Figure 1 8 (b) shows other examples of the structure of the plug signal terminal 3 【 [main symbol description] line, = ·· \··Plug signal terminal, 1 1 ······Protrusion, 1 2 .. 7 ·····Plug wire for plug core, 1 5...Pawl, 1 6 .····· .Plug letter····——-, 1 9 ··· Plug signal core letter circle electrode, 1 7 -~w ... Zhou # ^仏··...Insulation material, 1 8 ······plug grounding electrode, 1 9... --°卩, 2 〇......Socket signal terminal, 2 2 ...... socket signal core shield, 2 6 ...... plug, 2 3 .· ' ...... Socket signal terminal, 2 2 ...... socket 佶 心 heart scent · φ / semi-circular part, 24 ... socket core wire shield, 26 ····· · Bit, =··· Egg, 28 ······ socket ground electrode, 29... semi-circular extension 1 cover 1 gray plug-in ^ terminal, 3 2 ... plug signal core, 3 4 ......The first side tibia II····The protruding part, 37...The second visor, 5〇...plug 58...convex 2······positioning parts, 54... ...through hole, 56 ······Side, 64··· „ Part, 60 ······ Socket side frame, 62...···Positioning hole, plug-type telescope. 1 ... skeleton through hole, 68... rivet, 100... is, 2 0 0 ...... plug side substrate, 2 0 2 ... substrate signal line, substrate pass, 3 0 0 ... socket 2 04 ··· 2, plug side substrate, 202 hole, 26 〇.t board grounding wire, 25 〇... socket side substrate, 2 5 2·.. type connector, 4 〇 1 seat · side substrate , 2 6 2... substrate through-hole main unit plus rn A • coaxial electric cymbal, 5 0 0 ...... test device, 5 0 2 ...... corresponding parts, 5 1 〇 /, ° type head , 5 0 6 ... common motherboard, 5 0 8 ... type test module, 6 〇 6 component interface parts, 6 0 2 ... housing, 6 0 4 ...... ^ ·······Holding station, 608... Connector holding part, 6 1 4 ...... Connector, cable, 7 0 8...Electric=·.· ..·Socket holding part ^ 02 Connector, 7〇4 . , #座线元件,710····.. a /····Connector, 7〇6 ... signal terminal, 724..... Signal 710... connector, 722

_3Pif.PUl Page 40 1261674 Schematic description of the terminal, 7 2 6 ... signal terminal, 7 2 8 ... signal terminal, 7 3 2 ... core wire, 7 3 4 ... cover Guard plate, 7 3 6 ...... core wire, 7 3 8 ...... visor, 7 4 0 ...... core wire, 7 4 2 ...... visor , 7 4 4 ... core wire, 7 4 6 ... visor, 7 5 0 tested component, 7 5 2 terminal, 7 5 4 transmission line, 7 5 6 .... .. Shield, 8 0 2 ... drive pin, 8 0 4 ... I / 0 pin, 8 0 6 ... switch, 8 0 8 .. ....switch, 8 1 Q ... drive, 8 1 2 ... resistance, 8 1 4 ... comparator, 8 1 6 ... Foot control

13903pi f.ptd第41页

Claims (1)

1261674 VI. Patent Application No. 1 A component interface device that applies a test signal to a test component against a component under test and receives an output signal output from the device under test, the component interface device comprising: a pin-type electronic device a substrate having a driver for outputting the test signal and a comparator for sampling the output signal; a substrate-side connector disposed at an end of the pin-type electronic substrate and having a signal transmitted as at least one of the test signal and the output signal a substrate-side core wire for transmitting a signal, and a substrate-side shield plate provided to surround the substrate-side core wire; a socket holding the device to be tested and in contact with a terminal of the device to be tested; a socket-side connector disposed at The socket has a socket side core wire that transmits the transmission signal between the socket and the tested component, and a socket side shielding plate disposed around each of the socket side core wires; and a cable unit at the socket and the The transmission signal is transmitted between the pin-type electronic substrates, wherein the cable unit further comprises: a substrate tooth: a connector for the substrate side connector; a socket fitting connector for fitting the socket side connector; and at least one transmission cable for the mountain, the connector connector and the socket are defeated on the substrate The transmission signal is transmitted between the connectors, and each of the transmission cables further includes: 1261674 6. Applying for a patent range Sending a signal; and) A cable shield, electrically connecting the substrate side shield and the "Hai socket side shield and surrounding the transfer line. 2. The device interface device according to claim 2, wherein the substrate-side connector has the substrate-side core wires and the substrate-side shields disposed around the respective core wires on the substrate sides, The device under test is in contact with each terminal of the test material. The socket side connector has the socket side core wires, and the socket side shields disposed on the socket side core wires include the transmission cables. 3 · i as in the component interface device described in claim 2, and further comprises a connector holding portion for holding the socket fitting connection in a predetermined position opposite to the socket, the mountain T socket side connection The device can be mated with the coupling connector at a predetermined position. 4. The component interface device of claim 3, further comprising a motherboard, including the cable unit and the connector holding portion; A disassembling portion has the socket and the side of the socket is cried, and the motherboard can be mechanically disassembled according to whether the socket side connector and the socket fitting connector are embedded. & mouth in a 5 · as described in the patent scope of the fourth component of the device I^OSpif.ptd Page 43 1261674 The detachable portion is formed corresponding to the type of the member to be tested of the type, and corresponds to the type. When the dry test is carried out, it can be installed on the motherboard. • For example, the 4th Labor & 10, 々 >&& η 士 士 . 具有 具有 具有 具有 具有 具有 具有 4 4 4 The device interface device, wherein the motherboard can be ii= and the test-side connector of the substrate-side connector, the connector is fitted to each other, and the substrate-side connector and the substrate are slanted. Such as Shenshe W, the test head is mechanically disassembled. The substrate-side connector includes the component interface device described in the above, and the substrate-side connector=f is on each of the substrate-side core-side shields, and the interconnection is independent of each other. A plurality of the bases of the plurality of sub-span cables are fitted with the sockets: the 赘 visor can be electrically connected to the slats on the substrate side of the base: Sexually independent, and 8 · as claimed in the scope of claim 7, +, a substrate mating connector further includes: ' < the device interface device, the transmission core wire, respectively connected with the Wusong wire; and f a package, see a plurality of transmission shields, electrically surrounding each other in the substrate mating connector, and respectively connecting the cable shields and the respective ones Substrate side visor. 9. The component interface device according to claim 7, wherein the electronic circuit board has a signal wiring for transmitting the transmission signal, and a plurality of grounding wirings for grounding, and the embedded peripheral board is embedded with the intermediate transmission. Each and I3903pif.ptd Page 44 1261674 VI. Patent Application Scope The substrate side core wire is made by stretching a conductor into a line shape; the substrate side shield plate extends in the direction of the axis of the substrate side core wire, and the substrate side The core-side electronically insulated conductor further comprises: a signal electrode extending from the substrate-side core wire, connected to the substrate-side core wire and the signal wire; and π. The ground electrodes are extended from the substrate-side shields to sandwich the signal electrodes and are formed opposite each other, and are respectively connected to the substrate-side shields and the ground wirings. The device interface device of claim 2, wherein the 5 mega socket side connector 'has respectively surrounds the board around the socket side core wires and is electrically independent from each other in the 垓 socket side connector. The socket side shields the cable shields in the transmission cables of the plurality of transmission cables in the substrate mating connection avoidance tanks & eight u + port connection benefits mutually electrically independent, with each of the socket sides, The jaws are electrically connected. The component interface device according to the first aspect of the invention, wherein the T-side substrate coupling connector further comprises: a plurality of transmission core wires, i are connected; and/or each of the transmission wires is in use. The transmission wire is surrounded by a plurality of transmissions, and the old k is surrounded by the ground. In the transmission, the L+'f = the electrical connector of the socket and the sockets; and the wires are connected to the wires. 12. The component interface device of claim 10, wherein 1261674 Sixth, the scope of application for patent ___ Zhongguhai socket has the transmission of the transmission wiring, "Tiger's - nickname wiring and grounding multiple grounding the socket side core wire is stretched into a linear shape by the conductor, the socket The side visor is extended in the direction of the axis of the socket core by a spoon which is electrically insulated from the socket side core wire, and the home v body is made to be surrounded by the socket side connector. a signal electrode is connected from the socket side core wire and the signal wire; a plurality of ground electrodes on the side of the socket, extending from the socket side shield plate, and clamping the wire connection. The board and each of the grounding matings, 13·the component interface palm of the invention as described in claim 1 has a substrate mating connector having a 'board': the core is in the transfer cable The transmission line is connected to communicate the concealer board, and the socket is connected and connected to the surrounding area, and the spring is surrounded by the cable, and the cable is wrapped around the board and the board is hidden. Guard plate connection; side;! i ί Ξ ii: jjf board: connector When it is connected, the first visor is first contacted with: the 基板 刖 ' 4 substrate side visor and the 介 申请 申请 , , , , , , , , , , , , , , The shank fitting connector has ./丨w 13903p Page 46 Transfer the core wire, I 、, ,, 〃. The transmission wire connection in the Haiyun transmission cable; 1261674 6. The patent application scope and a transmission shielding plate are enclosed around the transmission core wire in the socket fitting connector, and the cable shielding plate and the substrate side are connected The visor, when the socket side connector is connected to the socket fitting connector, the socket side visor first contacts the transmission visor before the substrate side core wire and the transmission core wire are connected. 13903pif.ptd Page 47