H85K11FCA

Through Hole Resistors have long been the mainstay of the electronics industry. They have been used in virtually every electronics application from low-power portable electronic products to high-energy nuclear reactors. One of the more popular types of Through Hole Resistors is the H85K11FCA. This reliable, efficient, and highly accurate device is an important component of an number of electronics applications.

H85K11FCA Overview

The H85K11FCA Through Hole Resistor is a high-performance device that boasts a standard 0.6 watt resistance range from 1 Ohm to 10 kOhms. The resistor is made from a copper-clad steel foil that is formed and laminated into a flat pancake shape. It also features resistive carbon films that provide accuracy and stability. The resistance tolerance of the H85K11FCA is rated at ±1%.

H85K11FCA Application Field

The H85K11FCA Through Hole Resistor is used primarily in the telecommunications industry, where it is used as a voltage divider in telecommunications switching systems. It is also used in instrumentation, electronic testing, and medical equipment. In addition to its wide range of uses in the telecommunications and medical sectors, the H85K11FCA is also used in numerous consumer electronics applications. For example, it is commonly used in TVs, DVDs, radios, amplifiers, and other consumer electronic products.

H85K11FCA Working Principle

The H85K11FCA Through Hole Resistor operates on the principle of resistive force. Essentially, the device acts as an obstacle that limits the flow of current through it. The amount of current flowing through the resistor is determined by the amount of resistance offered by the resistor. This amount of resistance is measured in ohms, with 1 ohm being the standard amount of resistance for the H85K11FCA. The resistance offered by the device is determined by the length and thickness of the conductor used in the resistor, along with the type of carbon film used.

The H85K11FCA Through Hole Resistor can be used in a wide variety of electronic applications, due to its reliability, efficiency, and accuracy. Its wide range of resistance makes it an excellent choice for many telecommunications, medical, and consumer electronics applications. It is a highly versatile device that can be used in many different ways and provides consistent, reliable performance time and time again.