CES-144-01-F-S

The CES-144-01-F-S is a rectangular connector of the headers, receptacles, and female sockets type. It is a 3x40-pin connector with gold-plated pins and is mounted by soldering. Its body is made of resin whereas its contacts are made of phosphor bronze.

Application Field

The CES-144-01-F-S connectors are extremely versatile and can be used in a wide range of applications. It is used mainly in the communications and networking industry but is also commonly found in the automotive, lighting, and industrial sectors. It is capable of transmitting both data and power. This connector is very frequently used in communication infrastructures, such as routers, switches, modems, and other related networking devices. In the automotive industry, this connector is often used in GPS navigation systems, radar systems, and audio systems. In the lighting industry, these connectors are often used to connect lighting fixtures to power sources. In the industrial sector, this connector is used as part of machine-to-machine communication and machinery control systems.

Working Principle

The CES-144-01-F-S connector is a rectangular connector that works similarly to regular electrical connector cables. It is made up of two separate connectors with gold-plated pins that, when an electrical current is applied, connect the two together and allow the current to flow. The pins are typically arranged in a three by forty configuration, or 3x40, meaning that forty pins are arranged in rows of three, creating a total of 120 contact regions.

The connector is typically mounted to a PCB (Printed Circuit Board) with small solder points. This allows for an easy and secure connection between the two parts. The pins themselves are made from phosphor bronze, a highly conductive metal alloy. This ensures a secure connection and a stable flow of electricity and data.

When a current is applied to the CES-144-01-F-S connector, it creates a connection between the two halves. This connection allows a flow of electricity and data between the two parts. The power and data are securely distributed throughout the connector and the entire circuit, allowing for communication and control amongst the various components.