BAB32666R00KE

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Chassis mount resistors refer to the type of resistors that are physically mounted on the outside of an electronic chassis. These resistors tend to be used in applications where extreme environmental conditions are present, such as extreme levels of moisture, dust or vibration. As such, these types of resistors need to be specifically designed to withstand these conditions. The BAB32666R00KE is one such type of chassis mount resistor.

The BAB32666R00KE is a high-temperature, pressure-resistant type of resistor that can withstand temperatures up to 220°C (428°F) and pressures up to 15 bars. The resistor features an extended thermal cycling capability (from -45°C to 120°C), making it suitable for hostile environments. The BAB32666R00KE also has a broad temperature coefficient range and high power dissipation, making it suitable for various applications.

The BAB32666R00KE is typically used in applications demanding high-pressure resistance, long life-expectancy, and high temperature stability. Common application fields include automotive and military products, aerospace, power electronics, sensor and communication systems, power systems, and medical applications. Its flexible temperature coefficient range and high power capability make it suitable for a variety of applications, such as current sensing, transistors, op-amps, and oscillators.

The BAB32666R00KE works by limiting the flow of electrons, thus controlling the voltage. The resistor is made up of an arrangement of two currents, which work together to form a resistance. The currents flow in opposite directions, and when a voltage is applied, the electrons are split and move towards a resistor and the voltage is lowered as a result. The amount of resistance is dependent on the number of resistors in the circuit and the overall voltage applied.

The BAB32666R00KE is a reliable and robust resistive component which is suitable for a variety of applications. Its high-pressure resistance and extended cycling capability make it suitable for applications where extreme environmental conditions are present. Its flexible temperature coefficient range and high power capability make it suitable for various applications, such as power electronics, sensor and communication systems, and power systems.

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