BR3JB50L0

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Through Hole Resistors are widely used in electronic circuits, and the BR3JB50L0 is no exception. The BR3JB50L0 is a high-precision through-hole resistor designed to provide reliable temperature compensation and excellent thin-film design with its performance curves. It is a three-terminal resistor with a specified frequency response of 2 KHz to 32 KHz, and its size is 4mm tall and 10mm wide.

The BR3JB50L0\'s application field is mainly found in analog and digital sensors, as its high accuracy and temperature stability make it an ideal choice for monitoring various environmental conditions. It can also be used in industrial and automotive applications to offer precise current and voltage sensitivity. Additionally, its construction is also suitable for circuits that experience high power transients, making it well-suited for reliable current and voltage sensing applications.

The topology of the BR3JB50L0 is similar to other through-hole resistors, but its design is optimized for low-noise performance. The resistor consists of two thin-film resistive layers arranged in parallel, each layer connected to a separate terminal. These layers are protected using a metal film oxidation coating that increases the temperature coefficient, while the resistance between the layers is adjusted through a resistive matrix that compensates for temperature changes.

The way the BR3JB50L0 works is quite straightforward. It is essentially a current-limiting device that protects sensitive components from high-current surges by limiting the amount of current that is allowed to pass through the resistor. As current passes through the resistor, it produces heat. This heat is then dissipated and the temperature of the resistor is kept constant. The resistor also has a self-regulating feature that allows it to adjust its resistance automatically in order to keep the temperature at a stable level.

To sum up, the BR3JB50L0 is a high-precision through-hole resistor designed for reliable temperature compensation and temperature stability. Its application field is mainly found in analog and digital sensors, industrial and automotive applications, as well as in circuits that require precision current and voltage sensitivity. Its design is optimized for low-noise performance, as it consists of two thin-film resistive layers arranged in parallel, a metal film oxidation coating to increase the temperature coefficient, and a resistive matrix that compensates for temperature changes. The way it works is by limiting the current that is allowed to pass through it, while also self-regulating to maintain a desirable temperature level.

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