Ensure the safety of your integrated circuits during testing and programming with the TEXTOOL 20-Way ZIF I.C. Test Socket. This high-precision component is designed for technicians and engineers who require frequent insertion and removal of 20-pin dual-inline package (DIP) chips. The Zero Insertion Force (ZIF) mechanism eliminates mechanical stress on delicate I.C. pins, preventing bending or breakage.
Featuring a durable green thermoplastic housing and a smooth-action locking lever, this socket provides a secure, high-conductivity connection every time.
Zero Insertion Force (ZIF) Technology: Allows for effortless insertion and removal of I.C.s without applying downward pressure.
Secure Locking Mechanism: Features a robust side lever that, when depressed, firmly clamps the I.C. pins for a stable electrical connection.
20-Way Configuration: Optimized for standard 20-pin DIP integrated circuits, with precision-aligned internal contacts.
Durability & Longevity: Built with high-quality materials to withstand thousands of cycles, making it ideal for production environments and test benches.
Universal Breadboard Compatibility: Standard pin spacing allows for easy mounting onto PCBs or integration into testing fixtures.
Type: ZIF (Zero Insertion Force) Test Socket.
Pin Count: 20 Pins.
Material: Flame-retardant green thermoplastic.
Contact Material: High-conductivity alloy with specialized plating for low resistance.
Lever Action: Side-mounted locking arm with ergonomic grip.
I.C. Programming: Ideal for use with EEPROM, Flash, and Microcontroller programmers where chips are frequently swapped.
Prototyping & Development: Testing different 20-pin chips on a breadboard without damaging the board or the component.
Quality Control: Rapid batch testing of integrated circuits in manufacturing environments.
Education & Labs: A safe and durable tool for students to experiment with I.C.s without risk of pin damage.
Can I use this for smaller chips, like a 16-pin or 14-pin I.C.? Yes, you can use a smaller DIP chip in a 20-way ZIF socket as long as you align Pin 1 correctly according to your circuit or programmer instructions.
How do I know if the chip is locked in securely? When the lever is in the "down" position, the internal contacts are closed. You should feel a slight resistance when moving the lever, indicating the pins are being gripped firmly.
Does this socket require soldering to a board? While it can be soldered directly to a PCB, its pins are also long enough to be used in high-quality breadboards for temporary testing and prototyping.
More detail about EMX Electronic Trading Sdn Bhd
Malaysia
