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WIFI module test tool having high reliability and working method thereof

A technology for module testing and tools, applied in the directions of measuring devices, measuring electrical variables, measuring device casings, etc., can solve the problems of poor contact between the core pin and the WIFI module circuit board, the test cannot be carried out normally, and no one is disclosed. Achieve the effect of avoiding poor contact, good reliability and convenient operation

Pending Publication Date: 2018-06-22
徐志明
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Chinese patent document CN107018523A discloses a WIFI module testing method and device, Chinese patent document CN107147541A discloses a WIFI performance testing system and method, Chinese patent document CN107148031A discloses a test method, device and system of a WiFi module software system, Chinese patent Document CN107148031A discloses a test method and test tooling for the performance of a WiFi module. None of the solutions disclosed in the prior art discloses a method suitable for fixing the WIFI module and ensuring the power and signal contacts on the WIFI module during testing. Tools that make good contact with the corresponding connecting wires
Its shortcoming is that it often happens that the contact between the core needle and the contact on the WIFI module circuit board is not in good contact, resulting in the test not being able to proceed normally.

Method used

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  • WIFI module test tool having high reliability and working method thereof
  • WIFI module test tool having high reliability and working method thereof
  • WIFI module test tool having high reliability and working method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0031] Such as Figures 1 to 6As shown, the tool for the WIFI module test of this embodiment includes a base 1, a table top 1-1 is fixed above the base 1, and a module mounting seat 2 located above the table top 1-1 is also included, and is located on the table top 1-1. The module mounting seat 2 above 1 is fixed on the table top 1-1: four power supply pins distributed longitudinally for supplying power to the WIFI module and metal pins 7 for connecting the outer conductor of the radio frequency cable; on the module mounting seat 2 There is a notch 2-5 on the edge of the radio frequency head, and the front end of the high frequency probe 8 of the radio frequency head extends into the notch 2-5; The core pin 8-2 is connected to the inner conductor of the radio frequency cable; a plurality of through holes 2-4 are distributed on the module mounting seat 2, and the middle and upper parts of the power supply pin penetrate through the corresponding through holes on the module mount...

Embodiment 2

[0042] The working method of the tool of the WIFI module test described in above-mentioned embodiment 1, comprises the steps:

[0043] The working method of above-mentioned WIFI module test tool, comprises the steps:

[0044] A. Manually place the WIFI module in the limiting slot 2-1;

[0045] B. Manually press down the movable platform 5, and fasten the buckle 5-1 with the edge of the table top 1-1; during this period, the movable platform 5 presses down the module mounting seat 2 at the same time, so that the power supply pin and the WIFI The corresponding contacts on the module are in electrical contact; then, control the radio frequency head high frequency probe 8 to move forward laterally, so that the core needle 8-2 is in electrical contact with the second signal contact 9-2, and the radio frequency head high frequency probe The front end of the metal inner tube 8-1 of the needle 8 abuts on the metal needle 7, (or as Figure 7 , the front end of the metal inner tube 8-...

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Abstract

The invention discloses a WIFI module test tool having high reliability and a working method thereof. The WIFI module test tool includes a module mounting seat arranged above a table surface; four power supply needles for proving power for a WIFI module and distributed longitudinally, and a metallic needle for connecting an outer conductor of a radio frequency cable are fixed on the table surface;a gap is formed in an edge of the module mounting seat; a front end of a radio-frequency head high frequency probe stretches into the gap; the metallic needle longitudinally passes through an inner corner of the gap; a limiting groove for holding and limiting the WIFI module is formed in the module mounting seat; when the WIFI module is pressed downward, all the power supply contact points contact the corresponding power supply needles, the metallic needle passes through a semicircular gap of a first signal contact point, and a core needle is aligned with a concave arc surface of a semicircular gap as a second signal contact point on an edge of the WIFI module horizontally; the radio-frequency head high frequency probe is controlled to move forward horizontally so as to allow the core needle to electrically contact the second signal contact point, and the metallic needle tightly attaches onto the first signal contact point.

Description

technical field [0001] The invention relates to a mechanical auxiliary tool for circuit board testing, in particular to a tool for WIFI module testing. Background technique [0002] Chinese patent document CN107018523A discloses a WIFI module testing method and device, Chinese patent document CN107147541A discloses a WIFI performance testing system and method, Chinese patent document CN107148031A discloses a test method, device and system of a WiFi module software system, Chinese patent Document CN107148031A discloses a test method and test tooling for the performance of a WiFi module. None of the solutions disclosed in the prior art discloses a method suitable for fixing the WIFI module and ensuring the power and signal contacts on the WIFI module during testing. A tool that makes good contact with the corresponding connecting wire. [0003] The WIFI module is a circuit board with four semicircular notches on one side and two semicircular notches on the other side; each se...

Claims

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Application Information

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IPC IPC(8): G01R1/04
CPCG01R1/0408
Inventor 徐志明黄斌
Owner 徐志明
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