TE2000B10RJ

Chassis Mount Resistors

Chassis mount resistors are an essential component when trying to reduce voltage or current in an electrical circuit. They are usually mounted on an equipment chassis or panel to minimize the possibility of surface contact, which can cause electrical shorts.

The TE2000B10RJ is a chassis mount resistor specifically designed for today’s modern applications. It offers superior temperature stability, low noise, and good overall performance. Its two-terminal construction also eliminates the need for a soldering iron during installation.

Application Field

The TE2000B10RJ suitable for today’s demanding applications in the automotive, industrial, and electronic sectors. It can be used in signal processing circuits, transistors or integrated circuits, and can also be found in the design of motor controllers, voltage regulators, and other applications that require precise control.

The wide operating range of the TE2000B10RJ allows it to meet any current or voltage requirement. Its temperature range of minus 40°C to plus 100°C ensures reliable performance in harsh environmental conditions. Additionally, it is designed to protect against reverse voltage, and is resistant to temperature and humidity fluctuations.

Working Principle

The TE2000B10RJ follows a simple working principle. It works by limiting the amount of current flowing through a circuit that is connected to it. This is done by creating a positive voltage drop across the resistor, which in turn increases the current. The amount of current that is limited depends on the resistor’s resistance value.

The TE2000B10RJ is also designed to reduce heat dissipation due to the high temperature of the resistor. This is done by using a ceramic complete-body construction which ensures a tight fit when mounted. Additionally, the resistor is designed to absorb heat and dissipate it away from the equipment.

The TE2000B10RJ is a high-performance chassis mount resistor that is suitable for use in high-power applications. Its wide operating temperature range, low noise, and excellent stability make it an ideal choice for any industrial, automotive, or electronic application.