ORNTV10021002T5

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Resistor networks, arrays, and other such components have taken vastly different forms and continue to do so as new technologies and developments become available. The ORNTV10021002T5 is one such component and is designed with current sensing and overcurrent protection capabilities. Specifically, it is a NTC thermistor array of two elements connected in series and two elements connected in parallel for a total of four resistors in the network. Despite its simple structure, the ORNTV10021002T5 offers a variety of safety and current sensing features.

At its core, the ORNTV10021002T5 is a high-precision resistor network. It is designed with an operating temperature range of -40℃ to +125℃ with high stability over its lifetime and considerable reliability, which is due to its special structure. It is configured with two inner resistors connected in series and two outer resistors connected in parallel for a total of four resistors in the entire thermistor array. The four resistors of the thermistor array are stress-matched and have a temperature coefficient of resistance that can be adjusted in the range of 0.48%/K to 1.62%/K.

This thermistor network is ideal for power applications such as motor control, power inverter circuits, overcurrent protection, current sensing, and electronic ballast. The main application of the ORNTV10021002T5 is to provide a reliable current sensor for motor control. Its stable and accurate performance offers superior current sensing capabilities with overcurrent protection in applications such as motor control, power inverters, and electronic ballasts. Its precise measurements of current are essential for providing precise motor control and efficient power inverters.

The ORNTV10021002T5 thermistor array is composed of two elements connected in series and two elements connected in parallel. Its working principle is based on the resistive heating effect. Specifically, when current travels through the element, the temperature of the element increases, thus generating a decrease in the resistance of the element. This decrease in resistance is then converted into a proportional change in voltage and this voltage is used to sense the current. This working principle combined with its precise temperature coefficient of resistance provide it with outstanding accuracy in current sensing and overcurrent protection.

The ORNTV10021002T5 is a highly precise and reliable thermistor network. Its design, featuring four resistors in a specially configured thermistor array, enables it to provide maximum accuracy in current sensing and overcurrent protection in applications such as motor control, power inverters, and electronic ballasts. Its operating temperature range and temperature coefficient of resistance can be adjusted to provide the optimal performance. As a result, the ORNTV10021002T5 thermistor array can be relied upon to provide superior current sensing and overcurrent protection with reliable performance over its lifetime.

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