DCHM25P6N6-36.0MN-HT1 Cable Assemblies

D-Sub cables, such as the DCHM25P6N6-36.0MN-HT1, are widely used components in electronic systems. They are typically used to connect male and female D-type connectors on devices. The pins of such connectors may carry power, digital signals, data and analogue signals. They are commonly used in computer systems, telecoms and audio-visual devices, among other applications.

The DCHM25P6N6-36.0MN-HT1 is a type of D-Sub cable. It consists of a male connector on one end, with 36 power pins arranged in six columns. The other end consists of a female connector with 25 power pins arranged in three columns. This design allows the cable to be used to create a D-Sub connection with a range of different types of electronic devices.

The outer casing of the DCHM25P6N6-36.0MN-HT1 is designed to be durable and resistant to environmental factors such as dust, moisture and vibration. It is also resistant to electromagnetic interference, allowing it to be used in applications that rely on reliable signal transmission without interference. The outer casing also helps to reduce the risk of accidental contact with the pins during use.

The DCHM25P6N6-36.0MN-HT1 is designed for high-temperature applications, with a maximum operating temperature of 250°C. This makes it suitable for use in automotive or industrial applications that require a reliable and durable connection between two devices. The cable is also resistant to high-voltage transient spikes, allowing it to be used safely in applications that require protection from high-voltage spikes.

The working principle of the DCHM25P6N6-36.0MN-HT1 is similar to that of other D-Sub cables. Power signals are fed through the male connector and then through the cable, before being passed to the female connector on the other end. The signals are then passed to the relevant device. Digital, data and analogue signals may also be transferred through the cable, allowing it to be used for a range of different applications.

The DCHM25P6N6-36.0MN-HT1 is an example of a D-Sub cable, designed for high-temperature applications. Its outer casing helps to protect the pins, while its resistance to electromagnetic interference allows it to be used in applications where reliable signal transmission is required. The cable also provides reliable protection against high-voltage transient spikes. The cable is used to create connections between devices, allowing for the transfer of power, digital, data and analogue signals.