FCE17E09PM240 Connectors, Interconnects

D-Sub Connectors

The FCE17E09PM240 is a type of D-Sub connector, which is a type of electrical connector commonly used in electronics. Developed and named by the ITT Corporation in 1952, the D-sub connector is made up of individual pins on a single row and a cable with connection points for each. It is used mostly in data transmission applications, such as video game controllers, computer mice, and various other computer peripherals due to its adaptability with a variety of cables and line formats.

Specifications

The FCE17E09PM240 is a D-Sub connector with 9 pins, and has a connector body with a black finish. It has a pitch of 2.54mm, and a cable length of 240mm. It offers 16A current rating and up to 400V withstand voltage, and is rated for 125VAC. It has a temperature range of -20°C to +85°C.

Application Field

The FCE17E09PM240 is primarily used in cabling applications such as computers, video game controllers, computer mice, and various other computer peripherals. It is also used in data communication devices and home appliances. It is also used in some automotive applications, such as brake pedal sensors, and it is becoming increasingly popular in the consumer electronics industry.

Working Principle

The working principle behind the FCE17E09PM240 is relatively straightforward. The inner row of pins is connected to the cable, while the outer row is used to terminate the connection to the device. The pins provide electrical contact between the cable and the device, while also providing a secure connection that can handle a range of different voltages and currents. Once connected, the electrical signal is sent through the cable and the device can then read it.

Conclusion

The FCE17E09PM240 is a versatile D-Sub connector that is designed to provide a reliable connection between computers and other equipment. It is primarily used in data communication applications, and can also be used in the automotive industry, home appliance applications, and consumer electronics. It is capable of handling a variety of voltages and currents, making it suitable for a wide range of applications.