H8287RBDA

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Through Hole Resistors are a type of components made from a material with electrical resistance, which can convert electrical energy into heat through its resistance. They can be used in electrical and electronic circuits to control the current flow, power output, and amplify signals. One of the most common Through Hole Resistors used today is the H8287RBDA.

The H8287RBDA is a precision thin film resistor with a linear 6-terminal TO-39 package. It has a high stability and a low temperature coefficient due to its low tolerance. It is ideal for applications requiring accuracy in high impedance circuits. This type of resistor has a maximum continuous voltage rating of 350 volts and a maximum power rating of 10 watts. It has a tolerance of ± 0.25 % and a temperature coefficient between -1 ppm/°C and +6 ppm/°C.

The working principle behind the H8287RBDA is a result of how the resistor is designed and manufactured. It consists of a thin film pattern that is patterned with a mask and deposited on an insulating substrate. The resistor’s composition and size affect its resistance. The contacts are plated onto the substrate where a current flows through them to the resistor layer, generating heat as it passes through the resistor. This heat is dissipated by natural air convection and fan cooling.

Aside from circuit-level design, Through Hole Resistors can also be used in a variety of applications, such as measuring electric current, protecting circuits from overvoltage, providing positive feedback in oscillator circuits, and filtering weak signals. The H8287RBDA is especially suited for large signal amplifiers and precision voltage dividers. The combination of its low temperature coefficient and high stability makes it an ideal choice for a variety of applications.

The H8287RBDA Through Hole Resistor is a versatile and reliable component for many types of applications. Its stability, precision, and wide temperature range make it suitable for use in high impedance circuits. It is easy to install and its wide operating temperatures make it suitable for both residential and industrial applications. As one of the most common Through Hole Resistors used today, it is reliable and cost-effective choice.

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