TE2500B1R8J

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, including TE2500B1R8J, are components which are designed for mechanically mounting onto a chassis so as to establish effective thermal contact with the enclosure. These type of resistors are usually made of non-inductive, high-temperature materials and generally come in the form of a semi-cylindrical shaped body element that is mounted perpendicularly to the base conductive area. Typically, these resistors are mounted on the top surface of a ground plane or on the front surface of a printed circuit board (PCB).

The TE2500B1R8J is a high-quality chassis mount resistor whose primary application fields are in medical, musical, audio and automotive electronics. The resistor consists of a semi-cylindrical body element made of a tough and durable ceramic material. The element features a flange formed from an engraved graphite or aluminum material. It also features an exposed nickel-plated stud that is welded to the center of the element in order to provide a secure mounting for the resistive element. The exposed stud is also electrically rich with two contact points that are separated by a thin dielectric layer to ensure a low level of electrical conduction.

The TE2500B1R8J works on the principle of current conduction through the resistors. When the resistor is wired up, an electrical current enters the element from the two contact points. This current is then transmitted through the resistive element, whose resistance impedes the flow of current and thus causing a conversion of electrical energy into thermal energy. This thermal energy is then dissipated through the chassis mounting hardware, keeping the element maintained at a safe, steady temperature.

The TE2500B1R8J chassis mount resistor can be used in a variety of applications such as sensing circuits, power supplies, cooling systems and instrumentation. In such applications, the resistor is typically wired up in order to reduce the level of temperature when current passes through it. Moreover, the TE2500B1R8J has been designed with a wide tolerance range of around 20%, making it highly reliable for use in systems with fluctuations in electrical current.

With its advanced design and high temperature resistance, the TE2500B1R8J is an excellent choice for various applications requiring precise control of temperature and current flow. The high quality materials used in its construction ensures reliable performance in harsh industrial environments and can even handle extended periods of continuous operation without compromising on its excellent performance.

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