LPS0800H1000JB Datasheet/PDFChassis Mount Resistors
Chassis mount resistors are components that can act as heat dissipators in electrical systems, as they are often used to limit the voltage in various applications. One example of a chassis mount resistor is the LPS0800H1000JB. This particular device is a below-zero temperature-threshold resistor that is specifically designed for hot and high-voltage applications.
Application Field for the LPS0800H1000JB
The LPS0800H1000JB is a popular choice for industrial and commercial environments that require low heat dissipation and high-voltage protection. This type of device is ideal for use in heavy-duty applications, such as in motors, transformers, power supplies, and other types of motor-driven machinery. Moreover, this type of resistor can also be used to regulate the voltage in LED lighting systems. Due to its excellent thermal insulation, it can also be used in cold and wet locations, such as in food and beverage processing plants and laboratories.
Working Principle of the LPS0800H1000JB
The working principle of the LPS0800H1000JB is based on the principle of heat dissipation. These devices use a ceramic body and an insulating element to disperse heat quickly and effectively. A high-voltage resistor is also used to protect the device from over-voltage and short-circuit. The body of the resistor is generally made of a ceramic casing and two metallized layers. Heat generated by the resistor is dissipated through the ceramic body and an additional heatsink is usually added for increased cooling efficiency.
In addition, the LPS0800H1000JB also features an adjustable temperature threshold. This function enables the device to detect the temperature of the environment in order to protect itself from overheating. If the temperature rises above a certain programmed level, the resistor will shut off power to the device until the temperature stabilizes. This feature prevents unexpected and costly damage from occurring.
Conclusion
The LPS0800H1000JB is an ideal chassis mount resistor for high-voltage and hot applications. It offers excellent thermal insulation and adjustable temperature thresholds for protection against overheating. Furthermore, the device is resistant to shock and vibration, making it a reliable and durable component for commercial and industrial applications.