MTSW-116-09-G-D-350

MTSW-116-09-G-D-350 is a rectangular connector, commonly referred to as an electrical header. It is the male counterpart to the female part of the connector. The MTSW-116-09-G-D-350 is comprised of individual male pins that are recessed in a molded plastic block. The inserted pins are connected to the header by means of soldered contacts.

This type of connector is typically used in a variety of applications inclu ding electrical, industrial, electronics and automotive. They are designed to be used in a variety of situations that require the transfer of electrical signals from one component to another. Examples include connection of a computer motherboard to its peripheral devices, and connection of speaker wires to a power amplifier.

The MTSW-116-09-G-D-350 is a low power version of the rectangular connector, specifically designed to handle a maximum power of 10 Watts or less. The connector is constructed with nine male pins with a two centimeter center-to-center spacing. The pins are arranged in a staggered configuration.

The working principle of MTSW-116-09-G-D-350 is relatively straightforward. When a component is connected to the header, each individual pin will make contact with the corresponding female pin and create an electrical connection. This will allow signals to be transferred between the two components.

The key features of the MTSW-116-09-G-D-350 make it a practical choice for applications requiring a low power version of the rectangular connector. Its low power rating prevents it from being overloaded, and its staggered pin configuration makes it easier to connect components with varying pin lengths. This type of connector is also very reliable, as the contact points are sealed and secure against accidental damage.

In conclusion, the MTSW-116-09-G-D-350 is a low power version of the rectangular connector, specifically designed to handle 10 watts or less of power. It features nine male pins with a two centimeter center-to-center spacing, and is typically used in electrical, industrial, electronics and automotive applications. The working principle of the connector is relatively straightforward, as the individual pins make contact when connected to the female part of the connector, and allow signals to be transferred between components.