S9692E-09

Rectangular serial connectors are one of the oldest and most popular connectors that continue to be used for a variety of applications, including the S9692E-09. The S9692E-09 is a 2mm pitch rectangular serial pin header and is primarily used in the consumer electronics industry for power applications. The header is designed to offer attachment to PCBs without the need for nuts or screws, as well as added durability and protection against accidental shorting.

The S9692E-09 is configured with a lockable latch on one end and a solder termination on the other end. It also features a cover/insulation material in either plastic or metal. The plastic material provides low-cost shielding for EMI and RFI protection. The metal material provides superior EMI protection and physical strength, withstanding temperatures up to 250°C.

The header features a total of 9 pins, with two rows of pins on each side. There are 4 pins on the left and 5 on the right. Each pin has a diameter of 3.9mm and a spacing of 2mm between each row of pins. The pins are made from gold-plated brass for increased contact reliability in high-use applications. The header also features a polarized design with an alpine insert that allows for snap-in mounting.

The S9692E-09 is primarily used for power applications such as DC/DC converters, storage solutions, and embedded systems. It is also used in other devices such as medical equipment, broadcasting equipment, and LED lighting. The header is designed with convenience in mind, offering a secure and reliable connection between components without the need for soldering. It is also Compliant with RoHS standards, ensuring that it meets the highest environmental standards when used in the electronics industry.

The working principle of the S9692E-09 involves the pins connecting to the PCB, and the latch closing securely afterward. The latch ensures that the connection is secure and that any unintentional movement is not possible. The pins on the connector will also form an electrical connection with the copper traces on the PCB. This helps create a reliable connection between components that allows for transfer of power and data from one component to another.