STMM-107-01-S-D-SM

The STMM-107-01-S-D-SM is a type of rectangular connector – headers, male pins, designed for wire-to-board applications. This connector offers excellent electrical characteristics along with user-friendly features. The STMM-107-01-S-D-SM is compatible with the cost-effective Screw-Lok™.

This connector is also known as a standard 0.2in pitch, surface mount and straight dual row type connector, with two rows of 7 contacts each. Its simple design and construction make it very reliable and cost-effective solution for applications ranging from soldering, mounting, signal connections, crimping to cable harnessing.

The STMM-107-01-S-D-SM is manufactured by AMP Inc., a Tyco Electronics Corporation. It is UL recognized, rated 21amp, and has a current capacity of 2A. The pins are stamped gold-plated for enhanced contact resistance and durability.

The STMM-107-01-S-D-SM is suitable for use in many different applications, including PC cards, PCBs, flex cables, and fixtures. It is also ideal for making high-speed signal connections, such as connecting LCD displays with the motherboard. It has excellent contact resistance and can be soldered or crimped for reliable terminations. In addition, the connector provides excellent environmental protection and is suitable for use in a wide range of environmental conditions. It is also resistant to vibration and shock.

This connector is also suitable for use in many different telecommunications systems. Its compact size is ideal for use in Ethernet networks, cellular phones, and other data delivery systems. It is also often used in industrial control systems and for connecting peripherals.

The STMM-107-01-S-D-SM is often used in automotive applications as well. It has been designed to meet the requirements of the automotive industry, including vibration, shock, and temperature extremes. Its compact size makes it ideal for use in automotive systems, such as motor vehicle components, gauges, and in-dash navigation systems. The connector is also ideal for automotive systems where reliability is a top priority.

The STMM-107-01-S-D-SM is constructed from two rows of seven contacts. The two rows are made from phosphor bronze with gold plating. The contacts are enclosed in a molded plastic housing. The housing is designed to provide environmental protection and is resistant to vibration and shock. The contacts are designed to provide reliable and secure terminations.

The connector is designed with two sets of contacts. Each contact has two parts that make contact when the connector is mated to its mating part. The contacts are designed to ensure a secure connection and to make sure that the signals are transferred correctly between the two parts. The contacts also provide an easy termination point for the cable harness.

The STMM-107-01-S-D-SM is available in a variety of colors and is also available with or without EMI/RFI shielding. The connector is also available with a shrouded or reversed mating housing. The connector is RoHS compliant and is designed to meet the requirements of the automotive industry. The STMM-107-01-S-D-SM can be used in a wide range of applications where reliable signal transfer and electrical connections are important.

The STMM-107-01-S-D-SM is a type of rectangular connector – headers, male pins, designed for wire-to-board applications. It is UL recognized, rated 21amp, and has a current capacity of 2A. The pins are stamped gold-plated for enhanced contact resistance and durability. The connector is suitable for use in many different applications, including PC cards, PCBs, flex cables, and fixtures. It is also ideal for use in automotive applications, industrial control systems, and for connecting peripherals. It is RoHS compliant and provides excellent environmental protection and is resistant to vibration and shock.

The STMM-107-01-S-D-SM is a cost-effective, reliable, and robust connector for a variety of applications. Its simple design and construction make it an excellent choice for applications requiring reliable signal transfer and electrical connections.