IC Test Socket
As always, the transmission is stable and durable.
The IC Test Sockets are commonly utilized for back-end chip testing before finalization. It can operate under tight testing conditions and communicate signals with chips without the need to attach them to a PCB, allowing engineers to conduct the inspection method swiftly and precisely.
DediProg’s IC test socket is capable of carrying out burn-in, packing, and final tests.
Final Test Socket
The Final Test Socket is a predefined design for testing high-speed processors deployed in automobiles, data centers, and IoT devices. The Coaxial structure may accommodate both engineering and mass production approaches. It also reduced transmission impedance and energy dissipation, resulting in increased efficiency and signal stability.
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Burn-in Socket
DediProg's Burn-in Socket has a modular design, allowing you to add a heat sink or ITC module dependent on your testing needs. It has a high-performance pogo pin for stability and an extended operating temperature range. Furthermore, our revolutionary labor-saving construction facilitates High Pin Count testing, ensuring convenience of usage.
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Open Top Socket
The Open Top Socket is often utilized in automated testing equipment. It can be modified in a variety of ways, including alloy compositions, probe structure, and surface plating. This item can support a variety of back-end testing, such as high frequency, high transmission speed, and wide heat range inspection. Its modular design facilitates production, and high-performance Pogo Pins can be used to increase product longevity.
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DDR5/DDR4 Module Test Socket
As the transmitting speed for DDR5/DDR4 SDRAM increases, the DDR socket employs Ultra-thin Conductive Adhesive (PCR) to achieve exceptional performance in high-speed signal transmission (>6000MHz). The DDR5/DDR4 Socket is built with an efficient limit frame that reduces replacement time through fast removal operations.
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Pogo Pin
We focus on the R&D of materials and manufacturing processes for Pogo Pins. To meet strict testing requirements, we offer corresponding material technologies that reduce cleaning frequency and improve testing yield. We accept custom orders for various probe specifications, including shape, material, and elasticity. We can also provide S-parameter simulation reports.
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Pressure Conductive Silicone Rubber, P.C.R
High-speed transmission with low resistance and no solder ball damage. The unique molding procedure guarantees that conductive particles are properly aligned, resulting in outstanding contact and resistance properties.
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Why DJK ?
- 01
One-stop Service
We design and produce everything independently, ensuring stable and safe quality control. - 02
Fast Lead Time
We can delivery within 2-4 weeks of placing an order. - 03
RD Capabilities
Our R&D team has extensive experience in discovery and development.