H85K36BCA

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The Through Hole Resistors H85K36BCA is a resistor with an incredible range of applications. This resistor is equipped with electrodes that are made from cermet-coated nickel alloy and contains resistance elements with insulation materials for added safety. The resistance range of the resistor is 0.1 ohms up to 1.5 KOhms, and the power rating is up to 5 watts. The H85K36BCA resistor offers high temperature stability, excellent reliability, and excellent handling characteristics.

The H85K36BCA Through Hole Resistors is truly versatile and is suitable for applications ranging from high power DC-DC conversion, to AC waveform rectification, to RF applications. In DC-DC conversion applications, the H85K36BCA resists the high power input while helping the output voltage ripple to be kept within limits. In RF applications, the H85K36BCA works to match the antenna impedance with the transmition/reception chain. The H8K36BCA also performs an important role in the AC waveform rectification, with its low resistance value and low heat dissipation, it prevents the waveform from distorting.

The working principle of the H85K36BCA is quite simple. It works by passing an electric current through a material to resist a portion of the current or voltage being passed through it. This process is known as resistance. Different materials have different levels of resistance which is why the H8536BCA uses materials such as cermet-coated nickel alloy for its resistance elements and insulation materials for added safety. By changing the resistance value of the material, the current or voltage passing through the resistor can be changed which makes it great for applications such as AC waveform rectification.

In conclusion the H85K36BCA Through Hole Resistors is an incredibly versatile resistor. Its resistance range of 0.1 Ohms to 1.5 KOhms and power rating of up to 5 watts make it suitable for numerous applications including high power DC-DC conversion, AC waveform rectification, and RF applications. Its working principle of resistivity allows it to be used in these applications as well as many others.

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