USF370-2.00M-0.01%-5PPM

Through Hole Resistors are components that have an electrical resistance value and are used in electrical circuits to limit and control the flow of electrical current. USF370-2.00M-0.01%-5PPM is an example of such a part specifically used in high voltage, low power applications.

The USF370-2.00M-0.01%-5PPM is a high voltage, low power, through-hole resistor designed to operate in temperatures ranging from -55° to +125° C. The component has a resistance value of 2.00M (2 Million Ohms) with a tolerance of 0.01%, and a temperature coefficient of 5PPM. The part is hermetically sealed for stability and is rated to handle an operating power of 1 watt. It is designed for use in digital and high impedance analog circuits and can be found in devices such as TV and sound systems, medical monitoring equipment, and industrial instrumentation.

In terms of its working principle, the USF370-2.00M-0.01%-5PPM follows Ohm’s Law, which states that the current through a conductor is inversely proportional to the resistance of the conductor. This means that when using the USF370-2.00M-0.01%-5PPM in a circuit, the current will be lower for a given voltage because of the higher resistance which is specified by the component. This can be used to limit or control the current flowing through the circuit.

The USF370-2.00M-0.01%-5PPM also features a temperature coefficient of 5PPM, which means that the resistance of the component changes only slightly with temperature. This is important to ensure that the resistor operates reliably over the specified temperature range. The high voltage rating of the part ensures that it is suitable for use in applications such as medical monitoring equipment which are exposed to high electric fields or high voltages.

Overall, the USF370-2.00M-0.01%-5PPM is a versatile, high voltage, low power through-hole resistor designed for a variety of applications. The component follows Ohm’s Law and features a low temperature coefficient, ensuring that it creates a consistent and reliable resistance even in extreme temperatures. This makes it suitable for use in applications where high voltage and stability are of paramount importance.