RER75F9R31RCSL

Chassis Mount Resistors provide electrical resistance for any circuit and come in a variety of configurations. The RER75F9R31RCSL is a specific type of chassis mount resistor that is commonly used in applications requiring high power densities. It is a silicon-based resistor made out of a single layer of metal film with aluminum nitride ceramic as its substrate. The circuit paths are formed from a series of small closely packed pads connected together using gold-plated copper conductors.

The RER75F9R31RCSL chassis mount resistor has a high power capacity. It provides a maximum power rating of 75 Watts. It also has a high tolerance of +/– 5%. It is RoHS-compliant and measures 2.20" x 1.17" x 0.41".

The working principle of the RER75F9R31RCSL chassis mount resistor is quite simple. It uses the fact that semiconductors are poor conductors of electricity to regulate the flow of current. When voltage is applied to the resistor, the current is limited by the resistance of the material. The greater the resistance, the more limited the current flow, thus decreasing the electric potential. By increasing the electrical potential, the RER75F9R31RCSL resistor decreases the amount of power delivered.

The RER75F9R31RCSL chassis mount resistor is extremely versatile and is used in many applications. It is commonly used in power supply circuits, motor control circuits, data processing circuits, and automotive electronic systems. It is also used in the telecommunications industry as a protection component for overloads. In addition, it is used in UPS systems, renewable energy systems, and wireless charging.

The RER75F9R31RCSL is an excellent choice for any application requiring high power densities. Thanks to its high power capacity and high tolerance, it is highly reliable and can be used in many different types of circuits. Its compact size and RoHS-compliance make it a highly versatile and cost effective option.