ES Micro Series Socket is a technological advancement in the burn-in socket segment, with a dual latch clamshell lid to provide co-planar pressure on the DUT when the lid is actuated. The inclusion of the patented H-Pin contact technology in the ES Micro-Series socket provides market-leading electrical performance in the smallest footprint for the highest possible parallelism on a burn-in board. This series is compatible with standard heaters and temperature sensors.
Features & Benefits
Configurable design, In-house tooling and molds allow for the lowest cost of test.
An extensive catalog of standard parts reduces cost and lead time.
Double-latching clamshell provides ease of use during operation and clearance for lid operation.
Exceptional electrical performance provides wide RF bandwidth.
Feature Options
LGA, BGA, and package on package
Spring loaded plunger
Heat sink
HAST venting features
Integrated thermal control with heater and sensor
Reverse seating plane
Max component clearance under the DUT
High temperature materials for above 200 °C applications
ES Micro Series Socket is a technological advancement in the burn-in socket segment, with a dual latch clamshell lid to provide co-planar pressure on the DUT when the lid is actuated. The inclusion of the patented H-Pin contact technology in the ES Micro-Series socket provides market-leading electrical performance in the smallest footprint for the highest possible parallelism on a burn-in board. This series is compatible with standard heaters and temperature sensors.
Features & Benefits
- Configurable design, In-house tooling and molds allow for the lowest cost of test.
- An extensive catalog of standard parts reduces cost and lead time.
- Double-latching clamshell provides ease of use during operation and clearance for lid operation.
- Exceptional electrical performance provides wide RF bandwidth.
Feature Options
- LGA, BGA, and package on package
- Spring loaded plunger
- Heat sink
- HAST venting features
- Integrated thermal control with heater and sensor
- Reverse seating plane
- Max component clearance under the DUT
- High temperature materials for above 200 °C applications