RSM-120-02-T-D

RSM-120-02-T-D rectangular connectors are manufactured to be compatible with standard PC boards. It is a 2.54mm pitch two row receptacle connector with a single row socket in the upper row and a double row socket in the lower row. The connector includes two built-in polarization slots to ensure proper mating and hold the connector in place, and two polarization post mounting holes to secure the connector to the panel for strain relief. The solder tails of the RSM-120-02-T-D connector are designed with tin-plated copper alloy material for plugging into PCBs. The terminal system in the RSM-120-02-T-D is a single row of contacts with a double row on the opposing side designed for use with 2.54mm pitch, 22-24 AWG wire.

The RSM-120-02-T-D is used in applications that require a reliable connection with low profile dimensions. It is especially useful in areas where space is limited. The RSM-120-02-T-D is commonly used in consumer electronics, office automation and telecommunications, industry automation and control, instrumentation, as well as household appliances. Additionally, the RSM-120-02-T-D rectangular connector is designed to meet industrial and military grade requirements for robust environmental conditions such as vibration and shock.

The working principle for the RSM-120-02-T-D allows for electrical components and circuits to be interconnected appropriately by connecting wire and terminals. The contact system of the RSM-120-02-T-D connector is designed to mate with complementary contacts within a particular application. When mated, the contact system creates a robust connection and allows many circuits to run through the one assembly, without any changes to the PCB. This contact system for the RSM-120-02-T-D is designed to transfer power, data, or signals through the assembly with minimal noise or signal loss.

The RSM-120-02-T-D is a high quality rectangular connector that is reliable and inexpensive. It is designed to be compatible with most standard PC boards and is perfect for connecting multiple circuits while maintaining signal integrity. It is also versatile enough to be used in a variety of applications, from consumer electronics to industrial instruments.