H83K32DZA

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Through Hole Resistors are an important element in the field of electronic engineering. The H83K32DZA is one such resistor, specifically designed for applications requiring an accurate, low profile current or voltage divider. This component is composed of two identical disc-shaped elements with a thin resistive film coating. When two such elements are placed together, the resulting assembly is known as a "dual-element resistor" due to the two resistive elements acting in parallel.

The H83K32DZA is manufactured out of silver-filled epoxy and offers superior performance and reliability compared to other common type of resistors. Its low profile makes it suitable for use in high density circuits, and its two elements provide an important advantage over single-element resistors. In particular, the second element helps prevent thermal drift and improves accuracy.

The resistance value of the H83K32DZA is adjustable using two external connections. The variation is achieved by placing two resistive strips of different lengths in series and connecting them with a third electrode. By carefully calculating the exact length of the resistive strips, the resistance of the entire component can be set in the range from 10KΩ to 32KΩ.

In terms of use, the H83K32DZA is primarily employed as a voltage or current divider. Since the two elements are placed in parallel, the division of the current or voltage is completely even. As mentioned before, this type of resistor also offers some advantages over single-element resistors due to the second element. Additionally, they are used to provide negative temperature coefficient in circuits, as well as provide counteractive force reduction in piezoelectric applications.

So to summarize, the H83K32DZA is an adjustable, dual-element resistor with the resistance range from 10KΩ to 32KΩ. It provides good performance and reliability due to its low profile, and its two elements make it suitable for use in division of current and voltage. It is also employed in applications involving negative temperature coefficient and reduction of force in piezoelectric circuits.

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