H8200RBYA

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Through Hole Resistors, such as the H8200RBYA series, are common devices used to assist in circuit-building projects and many electrical engineering applications. Resistor elements are vital components in the many types of electronic circuits that assist in controlling voltages, currents, and impedances. Through Hole Resistors offer many acceptable performance characteristics when compared to surface-mounted resistors and are utilized in many applications.

The H8200RBYA series of Through Hole Resistors is a basic two-terminal resistor unit, possibly of paralleled resistors. It provides precision resistors that are very suited for applications where a low profile and small size are key factors, and its uniformity of nonlinearity as well as its low power absorption characteristics are excellent for precision or high-frequency applications.

H8200RBYA Through Hole Resistors are most often used in the resistive elements of circuits concerning voltage regulation, waveform generation and control, or resistive termination networks. Depending upon the application, they could be used for single resistor networks, logarithmic post-calibration, zener diode networks, or active bias networks.

The working principle of a H8200RBYA Through Hole Resistor is a simple one. The resistor is composed of a simple piece of resistive material, usually made of sintered metal or carbon. When the current passes through the device, the resistor keeps it at a constant level by limiting the flow of the electrons, thus providing a known and constant resistance to the current. As the current passes through the resistor, it is subjected to a certain amount of power loss due to heating, which is known as the power dissipation of the component.

Besides their common usage as voltage regulation components, H8200RBYA Through Hole Resistors can be used to form a noise filter, and are excellent for controlling oscillator circuits due to their low series inductance. Typical power rating of these resistors is from 0.1W up to 3.5W, but as power ratings increase through-hole resistors can be available up to 15W. The H8200RBYA series are ideal for use in high frequency applications, since they offer uniform nonlinearity, excellent frequency response, and low power absorption characteristics.

Due to their cased package format, Through Hole Resistors are ideal for placing inside of electronic components and circuits. Their body length and diameter can be easily adjusted, which makes them easy to install and remove. Most of the resistors are tin-plated or gold-plated, which allows for good electrical contact and better performance of the component. They are also designed to provide excellent tolerance, which can help reduce the risk of costly repairs to the circuit.

Through Hole Resistors are most often used in medical and industrial applications, as well as in communication and control systems. In medical applications, Through Hole Resistors can be used to regulate measurement and control circuits. In industrial applications, they can be used to detect the presence of current in circuits, or to monitor the temperature of heat-producing components. In communication and control systems, Through Hole Resistors are used for attenuation, impedance tuning, and for voltage stabilization.

The H8200RBYA series of Through Hole Resistors offer many advantages for circuits and components. Their small size, low nonlinearity, low power absorption, and high frequency response makes them ideal for precision or high frequency applications. Additionally, their small size makes them easy to install and remove from circuits, and their gold-plated or tin-plated bodies provide excellent tolerance and electrical contact performance. Through Hole Resistors are essential components for many circuit-building projects and electronic engineering applications, and the H8200RBYA series is just one of the many options available for various circuit-building requirements.

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