752101470GP

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Resistor Network 752101470GP is an integrated resistor array that provides superior performance and accuracy in various industrial applications. It features a contact-less current sensing capability, excellent temperature stability, wide range of resistance values, low power consumption, and excellent overall reliability. This article will provide an overview of the application fields and working principle of the 752101470GP.

Application Field

Resistor Network 752101470GP is an excellent choice for industrial applications because of its superior performance and accuracy. Its contact-less current sensing capability is useful for sensing currents in electric equipment without physically contacting them. It is also suitable for providing current in applications such as short circuit protection, circuit breaker, contactors, and motor controllers. Additionally, it can be used in relay systems and in applications such as low voltage protection, load balancing, voltage divider, signal conditioning, current monitoring, and voltage stabilization.

The resistor array also provides excellent temperature stability and wide range of resistance values, from 10 ohm to 5M ohm. This makes it suitable for applicationsÊwhich require precise resistor values, such as in analog and digital isolations circuits, power supplies, and power management circuits.

The low power consumption means it can be used in battery-powered devices, and its overall reliability makes it suitable for a variety of industrial applications, from consumer electronics to medical devices.

Working Principle

Resistor Network 752101470GP is a discrete MOSFET and resistor array in which each MOSFET is protected by a stabilizing circuit. The stabilized MOSFET serves as the contact-less measuring element in the device. It uses CMOS circuitry to accurately measure the current passing through the resistor and output it in a voltage. The device also features a unique voltage divider circuit that allows for a greater range of measurement.

The voltage divider circuit is composed of two resistors and two MOSFET transistors. One MOSFET is responsible for measuring the current, while the other is responsible for producing the voltage. When the measured voltage is above the preset threshold, the output voltage is given as a digital signal. This digital signal can then be used as the input for a controller or as the input for a digital signal processor.

The device also features a low-power consumption design, making it suitable for battery-powered applications. It also features excellent temperature stability and wide range of resistance values. This enables the device to provide accurate measurements in even the most demanding industrial applications.

In summary, Resistor Network 752101470GP is an excellent choice for industrial applications because of its superior performance and accuracy. It provides excellent temperature stability, wide range of resistance values, low power consumption, and excellent overall reliability. Its contact-less current sensing capability is useful for accurately measuring currents in various applications, while its voltage divider circuit facilitates a greater range of measurement.

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