TE400B6R8J

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Chassis mount resistors are electrical components that are designed to be mounted onto the outer surfaces of an allowing device. In particular, the TE400B6R8J chassis mount resistor is designed to provide reliable over-current protection. This particular component is extremely compact, with a narrow band profile that makes it suitable for a variety of applications.

Application Fields of the TE400B6R8J Chassis Mount Resistor

The TE400B6R8J resistor is primarily used in automotive applications, providing over-current protection to a variety of critical systems. The resistor is also suitable for applications in industrial, telecommunication, and medical markets. This specifically designed component is able to handle high current levels without reduction in efficiency or performance.

This particular resistor is used primarily in power applications, and is able to provide a reliable solution for indoor or outdoor applications. The device can easily be mounted onto any type of structure, creating a stable platform for the protection of sensitive equipment.

Design Features of the TE400B6R8J Chassis Mount Resistor

The TE400B6R8J is one of the smallest resistors available. Its thin-film technology creates a small package that is ideal for variety of applications. It features an epoxy-based casing that offers resistance to moisture, shock, vibration, and extreme temperatures.

The resistor is rated for maximum potential current of 2400A up to 4 ohms and 266mA up to 300 ohms. The TE400B6R8J resistor is rated for a maximum operating temperature of 125°C and an insulation voltage of 1500V AC. The resistor also features a catch-free design, which prevents the possibility of accidental contact with internal components.

Working Principle of the TE400B6R8J Chassis Mount Resistor

The TE400B6R8J features a simple design that relies upon a dual-element resistor which is designed to provide over-current protection. The two element resistors work together to limit the amount of current passing through the device. The resistor is designed to operate in a low impedance state when current levels remain under the predetermined limit. However, if the current level exceeds the designated limit, the resistor will rapidly respond by increasing its impedance. This rapid increase in impedance will effectively reduce the amount of current flowing through the device, thus providing the desired level of over-current protection.

The design of the TE400B6R8J provides a reasonably low reactance at normal current levels, with a faster response time if the current ever exceeds the limit. This particular resistor is designed to ensure that potential overloads are caught before they become dangerous, protecting the system from potential damage.

Conclusion

The TE400B6R8J chassis mount resistor is an ideal choice for any application requiring over-current protection. This compact, dual-element device is able to provide reliable over-current protection at high current levels, without sacrificing performance or reliability. The device is designed to ensure fast response times in the event of overloads, protecting the system from dangerous currents.

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