CA5100270R0KS70

Through Hole Resistors

The CA5100270R0KS70 resistor is a type of through hole resistor that finds application in a wide range of electronics. It is typically used in high frequency and low-noise circuits where extreme space and weight savings are not a priority. Through hole resistors are also typically very reliable and inexpensive.

Application Field

This type of resistor has a wide range of applications, particularly in power electronics, because it can handle higher power than surface-mounted components. It is frequently found in low-voltage control circuitry, where its small size and low component count reduce both design time and cost. It is also useful for circuits requiring long-term reliability, such as those found in automobiles, home electronics, and industrial settings.

The CA5100270R0KS70 is also used extensively in RF circuits, thanks to its ability to tolerate high levels of high-frequency radiation. It is used in amplifiers, receivers, and transmitters, as well as in microwave ovens and other types of heating systems. It is also frequently used in medical and military applications, where its low noise and vibration resilience are required. Moreover, the resistor is also used in audio and communications circuits, due to its excellent noise and distortion levels.

Working Principle

A through hole resistor typically consists of a piece of metal with a high thermal conductivity, such as copper or aluminum, encased in a ceramic or other non-conductive material. The metal core is then etched with “tabs” or connections on each end. When an electric current is applied to the resistor, it creates an electric field, which causes the electrons in the metal core to flow from one tab to the other, creating resistance. The degree of resistance is determined by the geometry and material composition of the core. The greater the width of the core and/or its material conductivity, the lower the resistance level.

The CA5100270R0KS70 is a high-precision through hole resistor which uses a combination of advanced manufacturing techniques and high-quality materials. It has a very low temperature coefficient of resistance (TCR) which helps it maintain a consistent level of resistance over a wide range of temperatures. The resistor also has excellent stability, with a long-term stability of better than 0.1%. It is also designed to handle high power and voltage levels and has a high dielectric strength, which makes it suitable for use in high-voltage circuits.