C300KR31

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Chassis Mount Resistors have been used in a variety of applications since the early days of electronics. One particular resistor that stands out is the C300KR31, a proportional to temperature resistor. This resistor has been used in cars, robots, and industrial applications for decades.

The C300KR31 is a chassis mount resistor with a three-contact configuration. It is made from a thermistor alloy with the resistance decreasing as the temperature increases. It operates under a variety of different voltages ranging from 1.8 to 32 volts DC. This resistor is able to handle temperatures up to 150°C, making it ideal for high-temperature applications.

The main application field for the C300KR31 is automotive applications. It is used as a control element in automotive systems such as climate control, fuel injection, and brakes. It is also used in robots for controlling robotic arms and other components. Due to its high temperature resistance and accuracy, it is also used in industrial applications such as HVAC control, process control, and medical equipment.

The C300KR31 works on the principle of proportional control. It consists of a thermistor alloy which has a resistance that varies depending on the temperature. When the temperature of the resistor changes, the resistance also changes. This resistance change is proportional to the temperature change, making it ideal for temperature control applications. It is also highly accurate and able to maintain linearity over a wide temperature range.

The C300KR31 is a versatile resistor that is used in many different applications. It is highly accurate and able to handle high temperatures, making it ideal for automotive, robots, and industrial applications. This resistor works on the principle of proportional control and is able to maintain linearity over a wide temperature range.

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