241A26410X

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D-Sub Connectors have become an increasingly popular method for transmitting electrical signals in any industrial, telecom, and data communications systems. The D-Sub connector family includes two pieces of hardware: a plug/male connector and a receptacle/female connector pair. 241A26410X is a Reduced Height (RH) D-Sub plug with zinc alloy shell and contacts. It has a 9-pin configuration and a mating face-to-face overall length of 6.41 millimeters.

The 241A26410X is well-suited for use in low profile applications, such as in router, data card, laptop, PDA, cellular phones, and computer peripherals. This connector is a prime choice for applications that require a dependable electrical signal transfer path in a limited space. In addition, this connector is equipped with four solder cups in the back panel that securely fasten the signal pins to the circuit board, allowing for reliable and long-term signal transmission.

The 241A26410X works through the use of the contact terminals. The inner contact is a crimp and the outer contact is a solder. The inner contact is designed to make first contact with the mating connector, and the outer contact will follow and ensure the connection is secure. The data and/or power signals travel from the contact to the circuit board through the solder cups. When properly mated, this connector can be used to transmit signals up to 125 amps at 20°C.

The 241A26410X is an excellent choice for a variety of data and power interconnections. With its reinforced zinc alloy housing, contact retention, and secure two-piece construction, this connector is ideal for applications where reliability and performance are critical. This connector is capable of handling higher frequencies and power levels than traditional connectors, and its compact and robust design ensures that it can be used in any environment. The impedance control construction provides a low-tolerance impedance path with excellent signal fidelity, making it a great choice for use in applications involving high frequency and power.

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