MTSW-134-13-S-D-730

MTSW-134-13-S-D-730 is a type of header (rectangular connector) with male pins. Headers are a type of electrical connector commonly used in a variety of applications including computer, audio, and video connections as an alternative to traditional round pins. It is primarily used in the automotive industry due to its ability to cope with the harsh and demanding environments of a vehicle and its many electrical systems.

MTSW-134-13-S-D-730 is a robust header with an operating temperature of -55°C to +125°C and a dielectric withstand voltage of 250V AC. The header has 13 male pins, with each pin having a diameter of 0.76mm and a length of 5.7mm. It has an insulation resistance of 1000MΩ minimum and an applicable wire range of AWG28-20. The header’s pitch is 1.27mm and it has a mating height of 5.71mm. It is a pin-through-hole type header and is also surrounded by an insulating housing. The whole housing measures 14.30mm in length, 4.76mm in width, and 11.30mm in height.

The operating principle of the MTSW-134-13-S-D-730 header is the same as any other type of rectangular connector. When a mating connector is connected, the pins on the header and the receptacle on the mating connector make electrical contact, which allows the flow of power and/or signals. The header’s insulation resistant housing also ensures that there is no risk of short-circuit or other electric shock.

MTSW-134-13-S-D-730 header is widely used in the automotive industry due to its robustness and reliability. It is typically used as a secondary connector for ambient light sensing, good for automotive interior lighting applications. It is also used in airbag sensors and control units, where its reliability and robustness are essential for safety. Additionally, it is also used in audio systems, car radios, power windows, electronic brakes and countless other automotive applications.

In conclusion, MTSW-134-13-S-D-730 header is a versatile and reliable rectangular connector (header) with male pins. It is primarily used in the automotive industry due to its robustness and reliability. It can be used for a variety of applications, ranging from ambient light sensing to audio systems and car radios.