TUM15J3K0E

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Through-hole resistors are an essential component found in most electronic circuits. They come in a variety of sizes, shapes, and materials, but all provide resistance to current flow. The TUM15J3K0E is a through-hole resistor that is designed for precision applications requiring low-noise performance.

The TUM15J3K0E is a three terminal resistor made from a film of nickel-iron on a ceramic substrate. The resistive film is laser trimmed for accuracy. The three terminals provide three points of contact, allowing the resistance to be changed manually or to be varied electrically by using a voltage or current across the two outer terminals. The TUM15J3K0E has a resistance range of 0-3K ohms, and a temperature coefficient of zero, which means that it will maintain its resistance over a wide range of temperatures. It also has a high level of stability and accurate resistance over time.

The TUM15J3K0E is designed for use in precision digital circuits, where low noise performance and accuracy are essential. It is used in pulse circuits that require low noise, such as in audio devices or low power switching applications. The low noise performance of the TUM15J3K0E allows it to work in low noise environments, and it has excellent ripple and solder wave performance. It is also ideal for temperature control systems, as its resistance does not change due to temperature variations.

The TUM15J3K0E can also be used in high-precision voltage regulation circuits, as its high accuracy and stability ensures that the output voltage is precisely regulated. It can also be used as a current source, as it is easily adjustable and has a low temperature coefficient. Other applications for the TUM15J3K0E include use as a voltage divider, as a circuit protection element, and in noise cancellation circuits.

The TUM15J3K0E is a through-hole resistor that is designed for precision applications requiring low-noise performance. Its three terminal design allows the resistor to be manually or electrically adjusted, and it offers a high level of accuracy and stability. It is ideal for use in pulse circuits, voltage regulation circuits, current sources, voltage dividers, noise cancellation circuits, and other precision digital circuits.

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