14-C195-11

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The 14-C195-11 is a type of socket used to test integrated circuits (ICs), transistors, and other semiconductor devices. It is a mechanical-contact socket which makes electrical connections via spring pins. The features and design of the socket enables it to be used for many different types of semiconductors while offering many advantages including reliability, high-performance, and cost-effectiveness. This article will discuss the application field and working principle of the 14-C195-11 socket.

Applications Field

The 14-C195-11 socket has a universal application field with applications ranging from consumer electronics, industrial equipment, automotive, networking systems and medical devices. It is widely used for testing and measuring different types of ICs including PC/USB controllers, VoIP boards, Ethernet switches, ASICs, memory ICs, and more. This socket is capable of handling a variety of semiconductors from low-frequency resistors to high-frequency chips due to its spring-loaded pins.

The 14-C195-11 is also widely used in the automotive industry for testing and debugging vehicle electronics systems. It is used in the automotive industry for testing components such as vehicle control systems, airbag control systems, navigation systems, and more. It is also used in industrial equipment for testing a variety of components including relays, switches, motors, and pumps.

The socket is also used in medical applications for testing and measuring various medical devices such as hearing aids, glucose monitors, blood pressure monitors, and more. The 14-C195-11 socket is also used in networking systems for testing and debugging a variety of components including routers, switches, modems, and hubs.

Working Principle

The 14-C195-11 socket is a mechanical-contact socket that uses spring pins to make electrical connections. The socket’s pin array is made up of a multitude of spring-loaded pins that are designed to press against the contacts of the device under test. When the device is inserted into the socket, the pins make electrical contact with the device’s contacts, forming an electrical connection. The spring-loaded pins are designed to ensure electrical contact is maintained even if the device is moved or shaken during testing.

The socket is designed to provide protection against electrostatic discharges (ESD) and short circuit currents. This is done by using special materials and special manufacturing techniques that allow the pins to absorb the energy from the ESD and dissipate it without damaging the device.

The socket also provides a reliable and secure test connection due to its secure locking mechanism. The pin array is designed to resist movement and maintain electrical contact with the device during testing. This secure locking mechanism also prevents accidental disconnection of the device during testing and ensures the accuracy of the test results.

The 14-C195-11 also provides a cost-effective solution for testing ICs and other semiconductor devices. It is designed to be used and reused multiple times and does not require expensive maintenance. This makes it a cost-effective solution for testing and measuring a variety of ICs and other semiconductor devices.

In conclusion, the 14-C195-11 socket is a versatile and reliable socket that is capable of handling a variety of semiconductor devices while offering many advantages including reliability, high-performance, and cost-effectiveness. It has a wide range of applications from consumer electronics, automotive, industrial equipment, and networking systems to medical devices. The socket makes electrical contact via spring pins and provides protection against electrostatic discharges and short circuit currents. It also provides a secure and reliable connection and is cost-effective due to its reusable design.

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