850F10RE

Chassis Mount Resistors

Chassis mount resistors are electronic components, usually made from metal or ceramic materials, that are designed to protect circuits from electrical overloads. They are commonly used in telecommunications, industrial, and automotive applications to provide electrical protection. It is important to understand the properties and working principles of chassis mount resistors before selecting the most suitable product to protect an application.

850F10RE Application Field

The 850F10RE series of resistors is designed for high-power applications, typically in the areas of power generation, industrial, and military electronics. This chassis mount resistor is able to handle up to an impressive 10 kw of power and is designed to provide reliable and precise electrical current control. The 850F10RE series of resistors can be used in a variety of situations, including:

• Precision current control in laser processing.
• Power generation systems.
• Motor control systems.
• Charge controllers.
• Military applications.
• Automotive systems.

The 850F10RE series of resistors is ideal for high power applications where precise current control, along with excellent thermal dissipation, is required. The 850F10RE series is also designed to withstand high temperatures and is capable of providing high performance in even the most severe operating environments.

850F10RE Working Principle

The 850F10RE series of resistors is designed to provide precise current control with excellent thermal dissipation. The resistors are constructed with two layers of metal, one layer for the resistor element and the other layer to provide the chassis mount connections. The resistor element is composed of high-grade resistance material, which is highly stable and non-flammable. The metal chassis mount connections provide a secure and insulated electrical contact to the component.

The 850F10RE series of resistors is designed with an integrated heat sink to ensure that it remains stable and can handle extreme temperatures. The heat sink is made of an aluminum alloy, which provides excellent thermal dissipation properties, allowing the resistor to remain cool even in high temperatures. This also prevents the chassis mount connections from becoming too hot and potentially damaging the electrical connections.

When the 850F10RE series is used for high power applications, it is important to take into account its maximum power handling capacity. The maximum power that the resistor can handle is 10 kw, so it is necessary to ensure that the system design is able to deliver the correct amount of current. If the power input exceeds this rating, the resistor may fail and need to be replaced.

Conclusion

The 850F10RE series of resistors is a highly reliable and precise chassis mount resistor designed for high power applications. Its integrated heat sink ensures that it can handle high temperatures, while its two-layer construction provides excellent electrical contact and protection. This component is ideal for applications such as power generation, industrial, and military electronics, where precision and reliability is of the utmost importance.