ZR40402R41

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The ZR40402R41 is an integrated device that combines the functions of a precision voltage reference with oscillator and voltage regulator capabilities. It is one of the most widely used voltage reference devices due to its superior power management, high accuracy, and low power consumption. The ZR40402R41 is part of the PMIC - Voltage Reference family and is typically used in portable electronics and embedded applications where power is critical.

The heart of the ZR40402R41 is its oscillator circuit, which produces a stable, precision voltage reference of 2.5V. This voltage is amplified through the regulator to supply power to the circuit. Additionally, the device’s power management capabilities allow for efficient regulating of the level of power supplied to the components connected to it. The ZR40402R41 is capable of delivering up to 150mA

The device integrates a high-accuracy bandgap reference, a current source and a control logic, providing precision control of output voltage and current. It offers high accuracy with a typical tolerance of ±1mV. The ZR40402R41 helps reduce power consumption by providing an accurate and consistent reference voltage, thus reducing the power required by the system.

It is designed to be connected to a microcontroller, providing precise voltage regulation. In this configuration, the microcontroller can be programmed for precise voltage regulation, thereby reducing power consumption. Additionally, the ZR40402R41 can be used in systems that require precise voltage control, such as telecommunication and medical instrumentation systems.

The ZR40402R41 is a high-performance, precision voltage reference device with excellent power management capabilities. It is ideal for applications that require precision voltage regulation, such as portable electronics and embedded systems. The device’s oscillator circuit allows for stable, accurate reference voltage levels, while its power management capabilities ensure efficient regulation of the energy supplied to the components connected to it. It is a versatile device that can be used in a variety of applications.

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