ADP1707ACPZ-0.85R7

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ADP1707ACPZ-0.85R7 linear voltage regulator, also known as LDO (low dropout regulators), is a type of voltage regulator that functions by accepting a DC input voltage, and then outputting a regulated voltage across its load. It is a type of power management integrated circuit (PMIC) that regulates the voltage in a battery-powered system.

ADP1707ACPZ-0.85R7 linear voltage regulators are widely used in numerous applications that require a stable and regulated power source, such as in consumer electronics, automotive, telecom, and industrial electronics. Specifically, the ADP1707ACPZ-0.85R7 is an ultra-low quiescent current (SQ) LDO regulator that is ideal for powering microprocessors, mobile phones, digital audio applications, and battery operated devices.

The ADP1707ACPZ-0.85R7 is an ultra-low dropout regulator with an input-output voltage differential of 0.3V. It boasts an adjustable output voltage range of 0.8V to 5V and a maximum output current of 50mA. The ADP1707ACPZ-0.85R7 features an excellent line/load regulation of 0.1% (with load current up to 10mA), low quiescent current of 10A, fast transient response (5V step to 10mA load within 200µs), low output noise (<50μVRMS) , and excellent output accuracy (+/-1%).

The working principle of the ADP1707ACPZ-0.85R7 linear voltage regulator is relatively straightforward. It works by comparing the input voltage with a set reference voltage. When the input voltage exceeds the set reference voltage, the excess voltage is dissipated as heat. The output voltage of the regulator remains constant until the input voltage changes, at which point the regulator adjusts the output voltage accordingly.

The ADP1707ACPZ-0.85R7 linear voltage regulator is one of the most popular and reliable voltage regulators on the market, and it is well suited for applications that require a clean, stable, and accurate power supply. In addition, this device is extremely cost-effective, making it an attractive solution for low-cost and high-efficiency power management solutions.

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