YR1B162RCC

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Through Hole Resistors are essential components of any electrical and electronics system. A common example of a through hole resistor is the YR1B162RCC. This device is a high-temperature, negative tolerance, metal (nickel) oxide film resistor with an axial lead for through-hole mounting. It is composed of a cylindrical metal core and a resistive layer coating that cover the entire core.

The YR1B162RCC Application Field includes applications such as automobiles, test and measurement, consumer electronics, printing, and industrial equipment. It’s used in automotive power supplies, passenger car lights, pickup truck blowers and air conditioning systems, air bag retort system, and airbag inflators, passenger car airbag detectors, and fuel tank pressure sensors. It is also used in various types of test equipment, such as thermal balance, chemical detection, and pressure, temperature, and humidity measurement. It can also be used in consumer electronic products, such as MP3 players, PDA’s, cordless phones, PDAs, and DVD players. Last, but not least, the YR1B162RCC is also suitable for use in industrial equipment, such as pumps, ovens, mixers, and motors.

The Working Principle of YR1B162RCC is based on the concept of specific resistance per unit length. When the voltage is applied to the device, an electric current flows through the resistive layer. This current creates heat, which is dissipated to the surrounding material, either through air or by conduction. This dissipated heat is what causes the temperature variations in the resistance. The rate at which the current flows depends on the magnitude of the applied voltage, as well as the length of the resistive layer. The voltage applied to the device also determines the location of the resistance on the resistive layer, as each point along the layer has a different specific resistance.

To ensure that the YR1B162RCC has high precision, a variety of parameters come into play. These parameters are typically related to the dimension, shape, and thickness of the device. For example, the size, tolerance, and type of coating used on the resistive layer will affect the accuracy of the device. The surface finish of the resistive layer also has a great impact on the controllability, reliability, and stability of the device. The coefficient of thermal expansion, temperature coefficient, and maximum operating temperatures are also critical parameters when it comes to the device’s performance.

In conclusion, the YR1B162RCC is a high-temperature, negative tolerance, metal (nickel) oxide film resistor with an axial lead for through-hole mounting. Its Application Field includes automobiles, test and measurement, consumer electronics, printing, and industrial equipment. Its Working Principle is based on the concept of specific resistance per unit length. A variety of parameters also come into play to ensure that the device has high precision. The YR1B162RCC meets all of these requirements and is therefore an important component in many electrical and electronics systems.

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