H8287RBYA

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Through Hole Resistors are electronic components that work to restrict the flow of current through a circuit, and the H8287RBYA is no exception. Generally, resistors such as the H8287RBYA are used to constrain current. By changing the number of resistance, voltage and current in a circuit can be finely tuned. Resistors are one of the most common passive components used in circuits and the H8287RBYA is one of the most versatile on the market.

The H8287RBYA is a through-hole four-terminal surface mount resistor, meaning it is designed to be connected to the through-holes on Printed Circuit Boards (PCBs). Through-hole components are soldered onto the board, giving them better mechanical and electrical stability than their surface mounted counterparts. The H8287RBYA is constructed using a silicon carbide substrate material, which can withstand temperatures up to 150°C. The device has a power rating of 1 watt, making it perfect for limiting current in high power applications.

The H8287RBYA is primarily used for temperature compensation in circuits for accurate readings of current and voltage. The resistor\'s construction also makes it ideal for applications where environmental noise or electromagnetic interference can cause problems. The resistor\'s four terminals are designed to be connected to separate points on the Printed Circuit Board. This enables a properly designed circuit to compensate temperature variations more accurately than a single resistor, as they can be placed in different parts of the circuit.

Due to its impressive range of design features, the H8287RBYA has a wide range of applications in modern electronics. Between its temperature compensation capabilities, noise and interference resistance, and four-terminal design, the resistor makes an excellent choice for any application in need of high power current limitation. The resistor is often used in power supplies, voltage regulators, amplifiers, and other applications that require accurate current and voltage tuning.

The working principle of the H8287RBYA is fairly simple. It consists of two layers. A thin film of linear resistance is connected to a substrate layer with four terminals. By changing the resistance of these two layers, the resistor can be adjusted to provide the desired resistance. The terminals can then be connected to the PCB, allowing for integrated temperature compensation. By measuring the voltage drop across the resistor, the amount of current going through the device can be accurately determined.

The H8287RBYA through-hole resistor provides temperature compensation and stable current limiting for numerous applications. Its four-terminal design makes it perfect for integrated applications, and its silicon carbide construction makes it highly resistant to thermal and electrical shock. The device is also an excellent choice for noisy applications, as its construction is designed to provide protection against noise and electromagnetic interference. Whether you are looking for a reliable current limiting device or a reliable temperature compensation element, the H8287RBYA is an excellent choice.

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