TE120B1K0J

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Chassis Mount Resistors are one of the most commonly used components in the circuit and it’s reliability and ability to handle large power makes it an ideal choice for many industrial and commercial applications. TE120B1K0J is one of the most popular chassis mount resistors used today, and it is widely used in high voltage applications, in particular in industrial grade motors, power supplies, and other high temperature and high frequency situations. The TE120B1K0J is an ideal component for applications which require high-power handling while still having a relatively small form factor.

The TE120B1K0J is a thin film resistive element with a conductive heating element that heats up when placed under an electrical current. This resistance element does not have a coil and is made out of a material known as Low Temperature Co-Fired Ceramic (LTCC). This material is made up of three layers of ceramic films and metal powder that are bonded together to form one solid layer. LTCC is considered to be superior to other materials for its ability to withstand very high temperatures and remain dimensionally stable while doing so.

The TE120B1K0J is designed to have a low inductance and distributed capacitance across its surface area to provide enhanced noise immunity to any application it is used in. This generally means that the TE120B1K0J can handle higher power applications with less noise, and at a lower cost than if the component had to be designed with a different resistive element.

The TE120B1K0J is a 100V (withstanding voltage) rated device and can provide a maximum power dissipation of 1K Watt (W). It has a temperature range of -55 °C to + 150°C. With its high voltage capability and enhanced noise immunity, the TE120B1K0J can be used for applications such as overcurrent protection, power rectification, overvoltage protection, surge protection, and even for high temperature applications such as industrial motors and power supplies.

The TE120B1K0J has a very simple working principle. First, an electrical current is applied to the element, heating it up. The heat then radiates outwards and travels along the external surfaces of the element, dissipating heat from the core of the component. While this is happening, the resistance of the resistor will be decreasing which improves its performance and reduces the amount of power it needs to dissipate. After the current is removed, the resistor will cool down and return to its original value, ready for another cycle of use.

In conclusion, the TE120B1K0J is an ideal resistor element for high power applications that require a high voltage capability and enhanced noise immunity. Its unique design and robust construction make it ideal for high temperature applications such as industrial motors and power supplies, while its relatively small size make it ideal for applications where form factor is a concern. Its simple working principle makes it an ideal choice for overcurrent protection, power rectification, overvoltage protection, surge protection, and other high temperature applications.

The specific data is subject to PDF, and the above content is for reference