OY183KE

Through hole resistors play a vital role in the electronics industry with their various applications and working principles. The OY183KE model is a wide band resistor that is primarily used in electronics where high accuracy and accurate adjustment are needed. It offers an effective alternative for voltage or current adjustment and can be used in a range of applications from high voltage, to low power and more.

The OY183KE through hole resistor has several features that make it especially suitable for its applications. The resistor’s non-inductive and non-magnetic nature makes it useful in pulse and noise suppression applications. Its range of operation from 0.05 to 2.15 kilohms also makes it a versatile choice for a variety of applications. Additionally, its TCR (temperature coefficient of resistance) is low, resulting in improved accuracy over a range of temperatures that can range from -50°C to 85°C.

The OY183KE through hole resistor can be used in a variety of applications, including digital circuitry, oscillators, voltage regulation in high voltage circuits, and in digital circuits requiring precision current and voltage adjustments. The resistor is also commonly used in local and regional loop power supplies, and is resistant to thermal shock, vibration, and mechanical shock. In addition, the resistor is suitable for use in military, aerospace, and industrial environments.

The operating principle of the OY183KE through hole resistor is simple yet effective. Its resistor element consists of a metal or ceramic composition that is separated by a non-conductive dielectric material. When an electrical current is passed through the resistor, the resistance value is adjusted by the position of the element. The non-inductive nature of the resistor ensures that the adjustment is precise and consistent over a wide range of temperatures. As the temperature increases, the resistance decreases, offering an effective means of maintaining a precise resistance value.

The OY183KE through hole resistor is an effective and reliable choice for applications requiring a precise and consistent resistance value over a wide range of temperatures. Its compact size and non-inductive nature make it a suitable option for applications where accuracy and adjustment are needed. Additionally, the wide band resistor’s ability to withstand thermal shock, vibration, and mechanical shock makes it an ideal choice for military, aerospace, and industrial uses.