CN113654989A

CN113654989A - Integrated circuit tester

Info

Publication number: CN113654989A
Application number: CN202110857915.4A
Authority: CN
Inventors: 田婷婷
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-07-28
Filing date: 2021-07-28
Publication date: 2021-11-16

Abstract

The invention discloses an integrated circuit testing machine, which structurally comprises a processor, a closing door and a support, wherein the closing door is arranged on the processor, the closing door is in clearance fit with the processor, the support is arranged at the bottom of the processor and is movably connected with the processor, the processor is provided with a light measuring body, a marking body, a probe body, a placer and a box body, the placer is arranged inside the box body, and the box body is connected with the placer.

Description

Integrated circuit tester

Technical Field

The invention relates to the field of integrated circuit testing, in particular to an integrated circuit testing machine.

Background

The integrated circuit is a miniature electronic device or component, and has the advantages of small volume, light weight, few outgoing lines and welding points, long service life, high reliability, good performance and the like, and is low in cost and convenient for large-scale production, and the integrated circuit not only can be widely applied to industrial and civil electronic equipment such as televisions and the like, but also can be widely applied to military communication and the like;

with the continuous development of the technology, some integrated circuits integrate an optical device and an electronic device, and the integrated circuits need to be subjected to polishing test, the illumination of the polishing structure of the test equipment only acts on the surface of the integrated circuit, the back of the integrated circuit cannot be detected by the polishing structure, so that the surface changing test can be performed only after one side of the integrated circuit is detected, and the equipment cannot perform conversion operation in the same process.

Disclosure of Invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: an integrated circuit tester structurally comprises a processor, a closing door and a support, wherein the closing door is arranged on the processor and is in clearance fit with the processor, the support is arranged at the bottom of the processor, and the support is movably connected with the processor;

the processor is provided with a light measuring body, a marking body, a probe body, a placing device and a box body, the placing device is installed inside the box body, the box body is connected with the placing device, the probe body is arranged on each of the two sides of the placing device, the probe body is embedded with the placing device, the light measuring body is installed inside the box body, the box body is embedded with the light measuring body, the marking body is arranged on each of the two sides of the box body, and the marking body is movably clamped with the box body.

As a further optimization of the technical scheme, the placing device is provided with an operator, a shell, a moving block, a rotating plate, a blocking block and an adsorbing body, the shell is provided with the rotating plate, the rotating plate is movably connected with the shell, the moving block is arranged inside the rotating plate, the moving block is in clearance fit with the rotating plate, the two sides of the rotating plate are provided with the blocking block, the blocking block is movably connected with the rotating plate, the operator is arranged on the two sides of the shell, the shell is movably connected with the operator, the central position of the rotating plate is provided with the adsorbing body, the adsorbing body is embedded with the rotating plate, the rotating block is arranged on the shell, the shell is connected with the rotating block, the adsorbing body is in a structure that an arc colloid sheet surrounds an arc edge of a connecting cylinder for connection, and two sides of the connecting cylinder of the adsorbing body are provided with circulation pipelines, the adsorption body is provided with a hollow opening, the hollow opening of the adsorption body is communicated with a circulation pipeline, the blocking block is embedded on the circulation pipeline of the adsorption body, the moving block is an L-shaped shaft body, one end of the moving block is embedded in a cavity with a sliding track, the other end of the moving block is connected with a connecting plate block of the blocking block, the surface of the blocking block is provided with a soft adhesive layer, the shell is provided with a sliding track, the manipulator is in sliding connection with the sliding track through the sliding plate block, one side of the rotating plate, facing the rotating block, is provided with an arc-shaped sliding block, and the arc-shaped sliding block of the rotating plate is embedded in the rotating block.

As the further optimization of the technical scheme, the manipulator is provided with a rotating body, a clamping device, a stabilizer, a positioning block, an extension column, an extension block and a pushing block, the extension column is arranged inside the extension block and is connected with the extension block in a sliding manner, the positioning block is arranged on the extension block, the extension block is connected with the positioning block, the pushing block is arranged on the extension block, the extension block is movably clamped with the pushing block, the rotating body is arranged inside the pushing block and is in clearance fit with the pushing block, the clamping device is arranged on the rotating body, the rotating body is movably connected with the clamping device, the stabilizer is arranged on the extension block, the extension block is connected with the stabilizer, a slide way is arranged on the extension block, a sliding cavity is arranged on the slide way of the extension block, and the stabilizer is embedded on the slide way through a connecting shaft, the inside spout that is equipped with of propelling movement piece, the rotor is through slip post and spout sliding connection, be equipped with the spliced pole on the rotor, be equipped with the annular slip recess of circle on the spliced pole of rotor, the gomphosis of clamp is inside the annular slip recess of circle.

As a further optimization of the technical scheme, a sliding groove is formed in the extension column, connecting columns are arranged on two sides of the extension column, a hollowed-out opening is formed in the connecting column of the extension column, two shaft bodies are arranged on the positioning block, a sliding track is arranged inside one shaft body of the positioning block, the other shaft body of the positioning block is in sliding connection with the sliding track through a connecting block, the diameter of the shaft body embedded on the sliding track of the positioning block is identical to the diameter of the hollowed-out opening of the connecting column, and a hollowed-out sliding cavity is formed in one end, in contact with the connecting column of the extension block, of the extension block.

As a further optimization of the technical solution, the clamping device is provided with a displacement block, an adjusting body, a buckle, a fitting block, and a fitting plate, the body is internally provided with the displacement block, the displacement block is in clearance fit with the body, the adjusting body is mounted on the displacement block, the displacement block is movably connected with the adjusting body, the adjusting body is internally provided with the buckle, the buckle is connected with the adjusting body, the body is internally provided with the fitting plate, the fitting plate is embedded with the body, the fitting plate is provided with the fitting block, the fitting block is in clearance fit with the fitting plate, the body is provided with a displacement sliding channel, the displacement block is slidably connected with the displacement sliding channel through a connecting block, the displacement block is provided with a connecting cylinder, the connecting block of the displacement block is provided with a sliding groove, the adjusting body is embedded on the connecting cylinder through an arc shaft body, both sides of the fitting plate are provided with sliding grooves, the laminating piece is installed in laminating piece bottom, the central point of laminating piece puts and is equipped with the sliding groove mouth, the connecting axle gomphosis of laminating piece is inside the sliding groove mouth, the sliding groove mouth of laminating piece is established in the one side of connecting the face towards ware body bottom, the laminating piece is equipped with the tiny spliced pole of structure towards support and detains ware one side, the spliced pole and the laminating piece connecting plate mutually perpendicular of laminating piece.

As a further optimization of the technical scheme, the buckle abutting device is provided with a pressing body, an adjusting cavity, an adjusting shaft, a abutting block and a limiting channel, the two sides of the abutting block are provided with the limiting channel, the limiting channel is movably clamped with the abutting block, the pressing body is arranged inside the adjusting cavity, the pressing body is movably clamped with the adjusting cavity, the adjusting shaft is arranged on the abutting block and movably connected with the abutting block, the adjusting shaft is provided with two shaft bodies, and the other shaft body of the adjusting shaft is movably connected onto the adjusting cavity through the moving shaft.

As a further optimization of the technical scheme, an assembly column is arranged on the connecting plate of the pressing body, an arc-shaped block is arranged on the assembly column of the pressing body, a ball structure block is clamped between the arc-shaped block and the arc-shaped block of the pressing body, gas is filled in the ball structure block of the pressing body, a rubber layer is arranged on the surface of the ball structure block of the pressing body, the assembly column of the pressing body is a spiral cylinder structure made of spring steel wires, and a ball connecting block is arranged on the abutting block.

As a further optimization of the technical scheme, the stabilizer is provided with a contact block, an assembly cavity, a mounting plate, an assembly shaft and an extrusion block, the extrusion block is arranged at the center of the mounting plate and movably connected with the mounting plate, the outer edge of the extrusion block is provided with the contact block, the contact block is movably clamped with the extrusion block, the assembly cavity is mounted on the mounting plate and connected with the assembly cavity, the assembly shaft is arranged inside the assembly cavity and in clearance fit with the assembly cavity, the assembly cavity is provided with a groove, the assembly cavity is internally provided with a spring ball, the inner part of the spring ball of the assembly cavity is provided with a rubber block, one side of the assembly shaft, which is out of the assembly cavity and connected with a plate surface, is a hemispherical structure block, the surface of the contact block is provided with colloid stripes, the two sides of the contact block are provided with sliding shafts, and the sliding shafts of the contact block are embedded in one sliding cavity, the extrusion device is characterized in that a sliding plate is arranged in the extrusion block, a colloid layer is arranged on the sliding plate, a connecting column of the sliding plate of the extrusion block protrudes out of a cavity of the extrusion block, and the diameter of the connecting column of the extrusion block is matched with the diameter of an opening of the cavity.

Advantageous effects

Compared with the prior art, the integrated circuit testing machine has the following advantages:

1. when the integrated circuit is subjected to the optical test, the clamping device is clamped on two sides of the integrated circuit, and the integrated circuit is turned over through the rotating structure, so that the turning operation of the integrated circuit is realized, the back surface of the integrated circuit can be irradiated by the optical measurement structure, and the integrated circuit is not required to be subjected to the disassembling and turning test after the process of testing one surface of the integrated circuit is finished.

2. The rotating structure can drive the integrated circuit arranged on the rotating plate to integrally rotate, can continuously convert the testing action end of the integrated circuit, enables the four detection ends of the integrated circuit to be tested by the probe, realizes the conversion of the testing ends in the same procedure, and enables the detection of the integrated circuit to be more comprehensive.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a schematic diagram of an integrated circuit tester according to the present invention.

FIG. 2 is a diagram of a processor according to the present invention.

Fig. 3 is a schematic view of the placer structure of the invention.

Fig. 4 is a schematic structural diagram of the manipulator of the present invention.

Fig. 5 is a schematic structural view of the clip device of the present invention.

Fig. 6 is a schematic structural diagram of the buckle releaser of the present invention.

FIG. 7 is a schematic view of the structure of the stabilizer of the present invention

In the figure: the device comprises a processor 1, a closing door 2, a bracket 3, a light measuring body 1a, a marking body 1b, a probe body 1c, a placer 1d, a box body 1e, an operator d1, a housing d2, a moving block d3, a rotating block d4, a rotating plate d5, a blocking block d6, an adsorbing body d7, a rotating body d11, a clamp d12, a stabilizer d13, a positioning block d14, an extending column d15, an extending block d16, a pushing block d17, a displacement block 121, an adjusting body 122, a body 123, a buckle 124, a jointing block 125, a jointing plate 126, a pressing body 241, an adjusting cavity 242, an adjusting shaft 243, a buckle block 244, a limiting channel 245, a contact block 131, an assembling cavity 132, an installing plate 133, an assembling shaft 134 and a squeezing block 135.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.

Example one

Referring to fig. 1-6, an integrated circuit tester structurally includes a processor 1, a closing door 2, and a bracket 3, where the closing door 2 is disposed on the processor 1, the closing door 2 is in clearance fit with the processor 1, the bracket 3 is mounted at the bottom of the processor 1, and the bracket 3 is movably connected with the processor 1;

the processor 1 is provided with a light measuring body 1a, a marking body 1b, a probe body 1c, a placing device 1d and a box body 1e, the placing device 1d is installed inside the box body 1e, the box body 1e is connected with the placing device 1d, the probe body 1c is arranged on each of two sides of the placing device 1d, the probe body 1c is embedded with the placing device 1d, the light measuring body 1a is installed inside the box body 1e, the box body 1e is embedded with the light measuring body 1a, the marking body 1b is arranged on each of two sides of the box body 1e, the marking body 1b is movably clamped with the box body 1e, and the test of the integrated circuit is realized.

The placer 1d is provided with an operator d1, a housing d2, a moving block d3, a rotating block d4, a rotating plate d5, a blocking block d6 and an adsorbing body d7, the housing d2 is provided with a rotating plate d5, the rotating plate d5 is movably connected with the housing d2, the rotating plate d5 is internally provided with a moving block d3, the moving block d3 is in clearance fit with the rotating plate d5, both sides of the rotating plate d5 are provided with blocking blocks d6, the blocking block d6 is movably connected with the rotating plate d5, the operator d1 is mounted on both sides of the housing d2, the housing d2 is movably connected with the operator d1, the rotating plate d5 is centrally provided with the adsorbing body d7, the adsorbing body d7 is embedded with the rotating plate d5, the rotating block d4 is mounted on the housing d2, the housing d2 is connected with the rotating block d4, the adsorbing body d7 is an arc-shaped colloid connecting piece surrounding the colloid connecting piece, flow channels are arranged on two sides of a connecting cylinder of the adsorbing body d7, hollow holes are formed in the adsorbing body d7, the hollow hole of the adsorbing body d7 is communicated with the flow channels, the blocking block d6 is embedded on the flow channel of the adsorbing body d7, the moving block d3 is an L-shaped shaft body, one end of the moving block d3 is embedded in a cavity with a sliding track, the other end of the moving block d3 is connected with a connecting plate of the blocking block d6, a soft adhesive layer is arranged on the surface of the blocking block d6, a sliding channel is formed in the shell d2, the operator d1 is in sliding connection with the sliding channel through the sliding plate, an arc-shaped sliding block is arranged on one side, facing the rotating block d4, of the rotating plate d5, and an arc-shaped sliding block of the rotating plate d5 is embedded in the rotating block d4, so that the integrated circuit is positioned.

The manipulator d is provided with a rotating body d, a clamping device d, a stabilizer d, a positioning block d, an extension column d, an extension block d and a pushing block d, the extension column d is arranged inside the extension block d and is in sliding connection with the extension block d, the positioning block d is arranged on the extension block d, the extension block d is connected with the positioning block d, the pushing block d is arranged on the extension block d, the extension block d is movably clamped with the pushing block d, the rotating body d is arranged inside the pushing block d and is in clearance fit with the pushing block d, the clamping device d is arranged on the rotating body d, the rotating body d is movably connected with the clamping device d, the stabilizer d is arranged on the extension block d, the extension block d is connected with the stabilizer d, a slide way is arranged on the extension block d, a sliding cavity is arranged on the slide way of the extension block d, stabilizer d13 passes through the connecting axle gomphosis on the slide, the inside spout that is equipped with of propelling movement piece d17, rotor d11 is through slip post and spout sliding connection, be equipped with the spliced pole on the rotor d11, be equipped with the annular slip recess of circle on the spliced pole of rotor d11, the gomphosis of clamp d12 realizes integrated circuit's upset inside the annular slip recess of circle.

The integrated circuit surface turning device is characterized in that a sliding groove is formed in the extension column d15, connecting columns are arranged on two sides of the extension column d15, a hollow hole is formed in each connecting column of the extension column d15, two shaft bodies are arranged on the positioning block d14, a sliding track is arranged inside one shaft body of the positioning block d14, the other shaft body of the positioning block d14 is in sliding connection with the sliding track through a connecting block, the diameter of the shaft body of the positioning block d14 embedded on the sliding track is identical to the diameter of the hollow hole of each connecting column, a hollow sliding cavity is formed in one end, contacting with the connecting column d15, of the extension block d16, and the integrated circuit surface turning is driven through a rotating structure.

The clamping device d12 is provided with a displacement block 121, an adjustment body 122, a device body 123, a buckle device 124, an attachment block 125 and an attachment plate 126, the device body 123 is internally provided with the displacement block 121, the displacement block 121 is in clearance fit with the device body 123, the adjustment body 122 is mounted on the displacement block 121, the displacement block 121 is movably connected with the adjustment body 122, the buckle device 124 is arranged inside the adjustment body 122, the buckle device 124 is connected with the adjustment body 122, the attachment plate 126 is arranged inside the device body 123, the attachment plate 126 is embedded with the device body 123, the attachment plate 126 is provided with the attachment block 125, the attachment block 125 is in clearance fit with the attachment plate 126, the device body 123 is provided with a displacement sliding channel, the displacement block 121 is in sliding connection with the displacement sliding channel through a connection block, the displacement block 121 is provided with a connection column, the connection column of the displacement block 121 is provided with a sliding groove, the adjustment body 122 is embedded on the connection column through an arc shaft body, the both sides of rigging board 126 all are equipped with the sliding tray, rigging board 126 is installed in laminating piece 125 bottom, the central point of rigging board 126 puts and is equipped with the slip notch, the connecting axle gomphosis of laminating piece 125 is inside the slip notch, the slip notch of rigging board 126 is established in one side of connecting the face bottom the ware body 123, laminating piece 125 is equipped with the tiny spliced pole of structure towards retaining device 124 one side, the spliced pole of laminating piece 125 and laminating piece 125 connection plate mutually perpendicular realize integrated circuit's clamp.

The supporting buckle device 124 is provided with a pressing body 241, an adjusting cavity 242, an adjusting shaft 243, a supporting buckle block 244 and a limiting channel 245, the two sides of the supporting buckle block 244 are respectively provided with the limiting channel 245, the limiting channel 245 is movably clamped with the supporting buckle block 244, the pressing body 241 is arranged inside the adjusting cavity 242, the pressing body 241 is movably clamped with the adjusting cavity 242, the adjusting shaft 243 is arranged on the supporting buckle block 244, the adjusting shaft 243 is movably connected with the supporting buckle block 244, the adjusting shaft 243 is provided with two shaft bodies, the other shaft body of the adjusting shaft 243 is movably connected onto the adjusting cavity 242 through a movable shaft, and the integrated circuit is clamped more firmly through the supporting buckle structure.

The utility model discloses a press body 241, including pressing body 241, be equipped with the equipment post on pressing body 241's the connecting plate, be equipped with the arc piece on pressing body 241's the equipment post, it has the spheroid structure piece to press to clamp between body 241's the arc piece and the arc piece, it has gas to press the inside packing of body 241's spheroid structure piece, the spheroid structure piece surface of pressing body 241 is equipped with the rubber layer, the equipment post of pressing body 241 is the spiral cylinder structure of being made by the spring steel wire, be equipped with the spheroid connecting block on the knot piece 244, realize the extension of knot structure of supporting and support the knot.

Starting a power supply, when the integrated circuit is tested, the integrated circuit is adsorbed by the adsorbing body d7 on the rotating plate d5, when the back of the integrated circuit needs to be tested optically, the moving block d3 slides along the sliding cavity to pull the blocking block d6, the blocking block d6 falls off the circulating pipeline, so that air enters the adsorbing end, the integrated circuit is separated from the positioning structure, the extending block d16 slides along the extending column d15 in an extending way, so that the clamp d12 faces the integrated circuit block, the shaft body of the positioning block d14 slides along the shaft body cavity and is attached to the connecting column hollow grooves at two sides of the extending column d15 to fix the moving position, the connecting column plays a certain supporting role, the sliding block of the pushing block d17 slides along the sliding way to extend the clamp d12 for a certain distance, the displacement block 121 slides along the connected displacement sliding way, the adjusting body 122 is pushed out of the device body 123, the arc shaft body of the adjusting body 122 slides along the sliding track on the connecting column, the adjusting body 122 is contacted with the clamping edge of the integrated circuit to clamp the integrated circuit, the pressing body 241 extrudes the adjusting shaft 243 to make the adjusting shaft 243 slide along the adjusting cavity 242, the abutting block 244 is pushed to slide along the limiting track 245 and abut on the integrated circuit, the sphere structure of the pressing body 241 and the spiral structure of the assembly column increase the abutting clamping force of the abutting block 244 through the abutting force, for example, pins are arranged on the integrated circuit, the fitting block 125 slides along the sliding notch of the fitting plate 126 according to the gap of the pins, the fitting plate 126 slides under the matching of the sliding tracks at the two sides, so that the tiny connecting columns on the fitting block 125 are clamped at the pin gap to further clamp the integrated circuit, the two sides of the integrated circuit are clamped, the extending block d16 extends again to make the integrated circuit far away from the placing structure end, the clamp d12 rotates along the connecting column of the rotating body d11 to turn over the clamped integrated circuit, and realizing the back test of the integrated circuit.

Example two

Referring to fig. 1-7, an integrated circuit tester structurally includes a processor 1, a closing door 2, and a bracket 3, where the closing door 2 is disposed on the processor 1, the closing door 2 is in clearance fit with the processor 1, the bracket 3 is mounted at the bottom of the processor 1, and the bracket 3 is movably connected with the processor 1;

Stabilizer d13 is equipped with contact piece 131, equipment chamber 132, mounting panel 133, equipment axle 134, extrusion piece 135, the central point of mounting panel 133 puts and is equipped with extrusion piece 135, extrusion piece 135 and mounting panel 133 swing joint, the outward flange of extrusion piece 135 is equipped with contact piece 131, contact piece 131 and extrusion piece 135 activity block, equipment chamber 132 is installed on mounting panel 133, mounting panel 133 is connected with equipment chamber 132, the inside equipment axle 134 that is equipped with of equipment chamber 132, equipment axle 134 and equipment chamber 132 clearance fit, be equipped with the recess on the equipment chamber 132, the inside in equipment chamber 132 is equipped with the bullet pressure ball, the bullet pressure ball inside in equipment chamber 132 is equipped with the rubber block, the protruding one side of connecting the face of equipment chamber 132 of equipment axle 134 is the hemispheroid piece structure, contact piece 131 surface is equipped with the colloid stripe, the both sides of contact piece 131 are equipped with the sliding shaft, the sliding shaft of the contact block 131 is embedded in a sliding cavity, a sliding plate is arranged in the extrusion block 135, a colloid layer is arranged on the sliding plate, a connecting column of the sliding plate of the extrusion block 135 protrudes out of the cavity of the extrusion block 135, the diameter of the connecting column of the extrusion block 135 is matched with the diameter of an opening of the cavity, and therefore stability in positioning of the integrated circuit is achieved.

The stabilizer d13 is installed on the basis of the first embodiment, when the ic is tested by the probe body 1c, the extension block d16 slides along the extension post d15, so that the stabilizer d13 moves above the ic, the sliding slot of the stabilizer d13 drives the mounting plate 133 to slide along the sliding track on the extension block d16, so that the mounting plate 133 fits with the ic, the contact block 131 slides through the sliding shaft bodies on both sides and abuts against the ic, pressing the ic increases the stability of the ic during positioning, preventing the ic from deflecting during probe testing, the assembly shaft 134 slides along the assembly cavity 132, the movable ball body inside the squeezer and the connection post of the squeeze block 135 push the connection plate inside the cavity to slide, which can consume energy and reduce the pressure on the ic, when the ic needs to switch the testing end, the stabilizer d13 disengages from the abutment, the connection block on the rotation plate 5 rotates along the rotation block d4 on the housing d2, and realizing conversion of a test end.

While there have been shown and described what are at present considered the fundamental principles of the invention, the essential features and advantages thereof, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but rather, is capable of numerous changes and modifications in various forms without departing from the spirit or essential characteristics thereof, and it is intended that the invention be limited not by the foregoing descriptions, but rather by the appended claims and their equivalents.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. An integrated circuit tester, comprising: the structure of the intelligent household processor comprises a processor (1), a closing door (2) and a support (3), wherein the closing door (2) is arranged on the processor (1), and the support (3) is movably connected with the processor (1);

the improved optical fiber laser detector is characterized in that the processor (1) is provided with an optical measurement body (1a), a marking body (1b), a probe body (1c), a placer (1d) and a box body (1e), the placer (1d) is installed inside the box body (1e), the probe body (1c) is arranged on each of two sides of the placer (1d), the box body (1e) is embedded with the optical measurement body (1a), and the marking body (1b) is arranged on each of two sides of the box body (1 e).

2. The integrated circuit tester of claim 1, wherein: placer (1d) is equipped with operation ware (d1), casing (d2), movable block (d3), rotatory piece (d4), rotor plate (d5), shutoff piece (d6), adsorbs body (d7), be equipped with rotor plate (d5) on casing (d2), movable block (d3) and rotor plate (d5) clearance fit, the both sides of rotor plate (d5) all are equipped with shutoff piece (d6), casing (d2) and operation ware (d1) swing joint, adsorption body (d7) are installed to the central point of rotor plate (d5), casing (d2) is connected with rotatory piece (d 4).

3. The integrated circuit tester of claim 2, wherein: manipulator (d1) are equipped with rotor (d11), clamp (d12), stabilizer (d13), locating piece (d14), extension post (d15), extension piece (d16), propelling movement piece (d17), the inside of extending piece (d16) is equipped with extension post (d15), it is connected with locating piece (d14) to extend piece (d16), install on extending piece (d16) propelling movement piece (d17), rotor (d11) and propelling movement piece (d17) clearance fit, clamp (d12) are installed on rotor (d11), it is connected with stabilizer (d13) to extend piece (d16), be equipped with the slide on extending piece (d 16).

4. The integrated circuit tester of claim 3, wherein: the extension post (d15) is provided with a sliding groove, and the two sides of the extension post (d15) are provided with connecting posts.

5. The integrated circuit tester of claim 3, wherein: the clamping device (d12) is provided with a displacement block (121), an adjusting body (122), a body (123), a buckle abutting device (124), a jointing block (125) and a jointing plate (126), the body (123) is internally provided with the displacement block (121), the displacement block (121) is movably connected with the adjusting body (122), the buckle abutting device (124) is arranged inside the adjusting body (122), the jointing plate (126) is embedded with the body (123), and the jointing block (125) is arranged on the jointing plate (126).

6. The integrated circuit tester of claim 5, wherein: the support buckle device (124) is provided with a pressing body (241), an adjusting cavity (242), an adjusting shaft (243), a support buckle block (244) and a limiting channel (245), the two sides of the support buckle block (244) are respectively provided with the limiting channel (245), the limiting channel (245) is movably clamped with the support buckle block (244), the pressing body (241) is arranged inside the adjusting cavity (242), and the adjusting shaft (243) is movably connected with the support buckle block (244).

7. The integrated circuit tester of claim 6, wherein: the pressing device is characterized in that an assembly column is arranged on the connecting plate of the pressing body (241), and an arc-shaped block is arranged on the assembly column of the pressing body (241).

8. The integrated circuit tester of claim 3, wherein: stabilizer (d13) are equipped with contact piece (131), equipment chamber (132), mounting panel (133), equipment axle (134), extrusion piece (135), the central point of mounting panel (133) puts and is equipped with extrusion piece (135), contact piece (131) and extrusion piece (135) activity block, install on mounting panel (133) assembly chamber (132), assembly axle (134) and equipment chamber (132) clearance fit.