ATE Engineering Validation IC Test Sockets 500+ Pin Count 50K Cycles for Automated Testing Equipment

Name: ATE Engineering Validation IC Test Sockets 500+ Pin Count 50K Cycles for Automated Testing Equipment
Brand: Sireda Technology Co., Ltd.

High-pin-count ATE validation sockets with 500+ pin capacity and 50,000+ cycle durability. Features low inductance (<1nH), impedance-matched contacts, and compatibility with BGA, QFN, SOP packages. Ideal for pre-production validation, high-volume testing, and GHz-speed applications in semiconductor manufacturing.

Brand Name Sireda

Compatible Packages: BGA, QFN, LGA, SOP, WLCSP

Socket Type Open Top

Place of Origin China

Price Get Quote

Minimum Order Quantity 1

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Product Description

ATE Engineering Validation IC Test Sockets

High-pin-count ATE validation and contact sockets engineered for automated testing environments, delivering ultra-precise signal integrity for pre-production validation and high-volume testing applications.

Key Features for Automated Test Equipment

Scalable for 500+ pins supporting complex ICs with dense layouts
Robust contact technology with gold-plated springs/pogo pins for 50,000+ cycles
Low inductance (<1nH) and impedance-matched for GHz-speed testing
Automation-friendly design compatible with handlers/probers (JEDEC standard)

ATE Validation Socket for high-pin-count IC testing

Performance Advantages

Superior durability built for high-cycle testing with robust materials
Broad compatibility supporting BGA, QFN, SOP, and other IC packages
Precision contact technology with low-resistance spring probes
Custom configurations tailored for unique IC designs and testing requirements
Thermal and high-frequency options for burn-in, high-temp, and RF testing

IC Test Socket technical diagram showing internal components

Technical Specifications

Property	Parameter	Typical Value
Mechanical	Insertion Cycles	≥30K-50K cycles
	Contact Force	20-30g/pin
	Operating Temperature	Commercial -40°C to +125°C Military -55°C to +130°C
	Tolerance	±0.01mm

Electrical	Contact Resistance	<50mΩ
	Impedance	50Ω (±5%)
	Current	1.5A-3A

Our precision IC test socket solutions ensure accuracy and repeatability for prototype validation, IC programming, and high-volume production testing. Engineered for challenging environments, these sockets feature robust mechanical designs to prevent warping under thermal stress while maintaining stable contact resistance. Compatible with automated handlers and testers, they streamline validation processes while reducing downtime.