ESW-131-37-G-D

ESW-131-37-G-D connectors have a wide array of applications. Most commonly, they are used for electronic connections in consumer electronics, automotive, industrial and medical devices. They are also commonly employed in the construction of communication and digital signal processors, and in industrial applications and aerospace.

The ESW-131-37-G-D connector is a two-wire, low-voltage DC connector which typically provides power or signal connection. The product features an extra high-profile and extra-durable terminal. The push-in spring terminal allows very easy and secure mating for easy connection of wires to the device.

The ESW-131-37-G-D connectors consist of two terminals, each terminal comprising a receptacle and a header. The receptacle contains a receptacle and a male contact, which is used to connect to the header. The header is a special, molded plastic clip that is secured into the device. This clip holds the contact in place and ensures electrical continuity. The terminals are designed to resist vibration, thermal cycling, and corrosion.

These connectors are available in a wide variety of sizes and contact types, including standard and mini, PCB mounted, and through hole types. The terminals are gold plated to provide a reliable, low-contact resistance connection. The contacts are crimped onto the device to ensure a secure connection. The terminals are also rated for up to 15 Amps of current and are rated for up to 1.5 mV of noise for higher frequency applications.

These connectors are designed for connection to a wide variety of electronic components. They can be used to transfer signals, such as video and audio outputs, or to provide power. They are also often used as an interface for communication and digital signal processors, data transfer, or power distribution. In industrial applications, these connectors can be used to power equipment, motors, pumps, and other devices, and can be used to monitor and control equipment with digital signals.

The ESW-131-37-G-D connectors have the advantage of being highly configurable and have a wide range of applications. They are designed for low voltage applications and have a high level of reliability, making them ideal for a variety of applications, from commercial and industrial applications to consumer electronics.