TE50B6R8J

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Chassis Mount Resistors refer to the resistors that are designed and built to be mounted to the outer surface of an electronic or electrical device. Most Chassis Mount Resistors are generally small but they can also come in a variety of sizes and shapes, ranging from large to small. These resistors are designed to be mounted in the frame itself or outside of the frame. Generally the resistors are placed in an enclosed space and are required to be shielded from the outside environment. The resistors are made to ensure the correct working of the device in an environment where the temperature and other environment factors affect the working of the device.

The TE50B6R8J is a Chassis Mount Resistor designed and manufactured by Ever Electronics. It is a fixed value, and low profile, injection molded construction that offers superior performance in high reliability applications. It features a simple two terminal right angle configuration, and the thermal performance is superior compared to other similar products. The resistor is constructed using a specially formulated proprietary material which provides durable power rating in a very low profile package. The TE50B6R8J size is only 5.6 mm maximum height and 12.2 mm maximum width, making it an ideal choice for applications where a low profile or compact size is required.

The TE50B6R8J is suitable for the application in a wide range of industrial and consumer electronic devices. It can be used as a current sensing device, feedback network, temperature compensation, voltage regulator, laser diode driver, over-voltage protection, and other circuits requiring an adjustable resistance. It is also commonly used in AC/DC, automotive, telecom, solar, industrial, and safety systems. The resistor is not only durable and low profile, but it is also highly reliable and operates over the wide operating temperature range of -55C to +125C.

The TE50B6R8J Working Principle is based on “resistor law” where the resistor converts electrical energy into heat energy. It consists of two metal parts insulated with an electrical insulator and connected by a terminal. When a voltage is applied to the resistor, it creates a voltage drop proportional to the current flowing through the resistor. This voltage drop causes a current according to Ohm’s Law. The current generates heat energy, and this energy is dissipated in the heatsink material.

The resistor also has a self-resetting feature, which means the device will reset itself if it is current overloaded or voltage is higher than the maximum value. The resistor also features a low temperature coefficient, which ensures the precise performance of the device even when the surrounding temperature is changed. Overall, the TE50B6R8J Chassis Mount Resistor provides reliable, durable performance with a low profile and wide operating temperature range.

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