511-91-120-13-061003

Sockets for ICs, Transistors

511-91-120-13-061003 is a socket design for Imperative Components, valves and transistors. It is made from an electro-conductive copper alloy, which ensures its greater durability and dependability. The operating temperature range of this socket is -30 to +150 degrees Celsius, expressed in degress of Celsius. It can also withstand insulation breakdown voltages up to 4200V DC for one minute.

The construction of this socket includes eight standard pins in two columns, which allow for continuous insertion and extraction of components. It also has four gold-plated springs, which are used for enhanced electrical contact and thermal dissipation. It has been designed to minimize contact resistance and thermal impedance and ensure optimal performance and reliability.

Application Field

The 511-91-120-13-061003 socket is suited for use in a variety of conditions and applications. It is used on advanced circuit boards and other electronic components for high frequency operations. It is suitable for functional testing of components, as well as for hardware repair and diagnostics. It is also used when attaching transistors, diodes and other analog devices.

Working Principle

The 511-91-120-13-061003 model socket works on the principle of resistance welding, which includes contact resistances between the pins and an electrically insulated base. This resistance creates a force exerted by the pins against the base. This ensures contact integrity and charges transfer. The electrical energy generated by the force is converted into heat energy, which causes the pins to be welded together. This welding process allows for continuous insertion and extraction of components without breaking the socket.

Conclusion

The 511-91-120-13-061003 socket is a durable, reliable and high-performance product suitable for a wide range of applications, such as functional testing, hardware repair and component insertion and extraction. Its construction includes eight standard pins in two columns and four gold-plated springs for increased electrical contact and thermal dissipation. It works on the principle of resistance welding and is suitable for use in a variety of conditions.