HTST-132-01-G-D is a type of male connector that is designed for interconnecting two parts of a system. This type of connector typically has two components, one being a male pin that is attached to a wire for connecting to a device or another system, and the other is a female socket or header that is designed to mate with the male pin. The benefit of this type of connector is that it provides a simple and reliable way to connect devices.
The HTST-132-01-G-D is a 2mm pitch, 1.27mm diameter, male pin connector. This connector has 2 row, 13 position with gold plated contacts. The connector is typically used in a range of applications such as aerospace, automotive, industrial controllers, medical, telecom and military systems. It is a cost-effective solution for interconnecting components in devices.
The working principle of the HTST-132-01-G-D connector is simple. In a typical application, a female socket or header will be mounted to a PCB and the male pin will be soldered to the board. The pin will be inserted into the header and the two components will be secured together by the use of a lever. The lever also provides a positive latching action between the two components. When the system is powered on, the two components will make an electrical connection and provide power to the connected device. In some cases, the connector may also be mated to another system such as a ribbon cable or a printed circuit board.
The HTST-132-01-G-D connector offers a range of different features which makes it ideal for a variety of applications. Due to its small size and low weight, it is suitable for use in space-constrained designs. It also has excellent electrical characteristics such as high-speed transmission, low phase measurements, good noise isolation, and high voltage tolerance.
The HTST-132-01-G-D connector is a popular choice for many different applications, ranging from aerospace and automotive to industrial control and medical systems. Its simple design and reliable connection make it a cost-effective solution for interconnecting components in systems. Furthermore, its high voltage tolerance and excellent electrical characteristics ensure it can be used in applications where reliability is of utmost importance.