Monday, 11 December 2017

Characteristics and Uses of Ingun Test Probes

INGUN, A company based out of the UK is a front runner in the construction of Spring Loaded Test Probes. It is Europe’s premier manufacturer of spring loaded test probes and the UK Ltd. is its UK exclusive distributor.

equip-test.com provides ingun test probes for their own various industrial purposes. Ingun test probe range include : Fine Pitch, 25mil (0.64mm & above),Standard ICT / FCT, 100mil, 75mil, 50mil, 40mil, Long Stroke ICT / FCT 100mil, 75mil, 50mil,Lead Free High Energy Test Probes,Battery Contact / Short Stroke Test Probes Pneumatically Activated Test Probes, Switch Probes (acts as Normally Open Switch),Bead Probes (test point on net trace),High Current range, 10-400Amp,Screw-In Test Probes for automated applications,Rotating Test Probes for contaminated test applications,Flying Probe Test System Probes,Cable Harness Test Probes,RF Test Probes (Test Point/Connector),Dipole Test Probes (for Kelvin Measurement),Digital Signal Test Probes (Connector), Customised solutions, over 360 per annum by the Ingun R&D team etc.



  

In measurement and testing in production, Ingun test probes are used.  In high current ratings for small dimension and high temperature endurance these test probes are used. Diverse uses of ingun test probes are power supply inspection, mounted permanent contact element etc. In test field and in production,standardize interface solutions,machinery and plant engineering,as mounted contact elements these probes are used. All the probes are gold plated.  INGUN test probes can be used in the temperature range of -40 to 80. INGUN also offers probes than can be used in an even wider temperature range of -100 to 200.

Sockets Used in the Semiconductor Industry

Electrical gadgets have been a part of daily living for many decades now. Each task is made easier by these sets of equipment. Specifically, it lessens the time one needs to devote on a specific endeavor. One of the industrial products in this regard is the so-called electrical testing equipment. Custom made test sockets are used in the semiconductor industry. Sockets can be customized and developed according to the customer requirement. Test sockets are used in the semiconductor industry for testing integrated circuit. These are suitable for testing of devices ranging from QFN, BGA, PGA, TSOP etc. equip-test.com provides different test sockets.

The sockets are manufactured from the materials like Torlon, Ultem, Vespel, Peek, Ceramic  etc. These test sockets can be used for bench top testing or for machine automation test. The information required to quote test sockets are: POD (package outline drawing) of the device IC, If for a bench-top test: limitation for test socket size, if machine test: brand of machine handler, preferred test height. Custom made  test sockets are completely unique test socket solution offering maximum resilience in design and performance for complex units.  Various options available on custom test sockets like: “custom footprints and mounting options to interface with existing devices, double sided test, Open test socket bases for backside emission.



Burn-in Sockets:

Generally, as you know that burn-in Sockets are functioned as use and discard product, so diverse necessities are required. Many of these sockets are molded and in these cases, standard models are accessible.

Typical applications are such as EMMC, BGA, QFN, QFP, CSP, LCC, FPC, CPU, GPU, DVB, etc.
QA Technology Spring Loaded Test Probes and Sockets-

• Spring Loaded Test Probes provide a wide assortment of point styles to suit practically any test necessity.

• Plungers are made of beryllium copper or steel, and then warmly treated, plated gold over nickel.

• Patented test plan includes a calculated plunger tail for enhanced biasing that guarantees reliable contact with the test tube.

•Springs are built of high-quality music wire or stainless steel for long life

•"QA" remains for quality assurance in each test and attachment.


• Probe tubes are profound drawn from an assortment of compounds and highlight solidified valuable metal cladding for high performance

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