TE400B270RJ

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Chassis mount resistors are an essential component in many electronic applications and the TE400B270RJ is just one example. This resistor is made of a ceramic body with nickel-plated steel leads and four mounting holes to accommodate a variety of installation scenarios. TE400B270RJ is an advanced, high-efficiency, resistor able to handle high wattage and offer excellent performance even in the toughest conditions.

The TE400B270RJ has an insulation resistance range of over 20 Gohm. Its maximum voltage and current ratings are depending on environmental conditions. It has a power rating of up to 2W, a tolerance range of 0-10%, a maximum operation temperature of 125°C, and a resistance range of 0.1-10MΩ. Its construction consists of high-temperature ceramic and aluminum. TE400B270RJ combines high-performance components and advanced technology to provide optimal performance, even under the harshest conditions.

This resistor features a high dissipation factor and low thermal resistance. These properties make the TE400B270RJ suitable for most applications requiring high power consumption. The TE400B270RJ is mainly used in applications where high operation temperature and high power dissipation are of utmost importance. A few examples of these applications include industrial automation, motor control, motor drives, power management, and switch mode power supplies.

The TE400B270RJ works on the principle of resistance. In electrical circuits, resistors limit the flow of electrical current. By changing the amount of resistance in a circuit, one can control the voltage and current levels. In this resistor, the electrical current is limited by the ceramic body as it opposes the passage of electrical current.

The ceramic body of the TE400B270RJ contains conductive elements that control the flow of electrical current. These elements convert the electrical energy into thermal energy by dissipating it in the form of heat. The heat sink helps to keep the resistor from overheating and from being damaged. The combination of ceramic body and heat sink ensures that the device is effective in high temperatures and offers improved performance in harsh environments.

The TE400B270RJ is a reliable and cost-effective component that offers excellent performance, even in the toughest environments. It is suitable for most applications requiring high power consumption. The TE400B270RJ is resistant to vibration, shock, and corrosion. It is durable and can withstand high temperatures. Furthermore, the TE400B270RJ combines high-performance components and advanced technology to provide optimal performance.

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