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Chassis Mount Resistors

F40J200 is a type of chassis mount resistor with properties that make it an ideal choice for engineers and technologists in the harsh environment of automotive industry. This type of resistor offers excellent performance and reliability, as it has the ability to withstand high temperature and vibration stress. It is available in a variety of sizes, shapes and resistance tolerance, to suit different user needs.

Application Field

F40J200 is frequently used in various automotive applications such as engine control, airbag deployments, and headlights. This type of resistor can also be used in areas where space is limited or where performance and precision is high priority. It can be used for monitoring circuits, motor control, active power control, current and voltage control, and for driving relays, motors, and LEDs. Furthermore, because of its excellent thermal and mechanical performances it can be employed in all sorts of harsh environment related applications, where temperature can reach up to 150°C.

Working Principle

The F40J200 is based on the electro-thermal principle, which is the most commonly used principle for resistors. In this principle, resistance variations and temperature fluctuations are measured by using a self-regulating heater. The resistance of the resistor changes in response to temperature, and it can also be manually adjusted through means of a potentiometer. With the F40J200, the resistor is capable of self-regulating the temperature as it is connected directly to a power source. This allows for precise and stable operation of the component, regardless of temperature or environment.

The resistance of the F40J200 is converted into a voltage, which is then used to control the power that the resistor consumes. This feature makes it highly suitable for use in controlling precision circuits such as those found in modern car engines. The voltage is also used to continuously adjust the power consumed, allowing a steady current to be provided to the load. As the voltage increases, so does the power, allowing the resistor to handle higher output before dissipating the heat generated.

The F40J200 is designed to provide precise and reliable performance in automotive applications. It is a robust and versatile device, and its ability to be used in harsh environments makes it a popular choice for engineers and technologists. With its excellent thermal and mechanical performance, it is able to provide precise and stable operation regardless of temperature or environment.

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