ADP1713AUJZ-0.8-R7

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The ADP1713AUJZ-0.8-R7 linear regulator is a three-terminal, low-dropout, positive-voltage regulator. It is specifically designed to provide ultra-low dropout voltage and low power dissipation. It is ideal for applications that require a regulated output voltage from a minimum input voltage of 0.8V with an output voltage range from 0.8V to 5.5V. This device has a 500mA peak load current and 150mA of sustained load current.

The ADP1713AUJZ-0.8-R7 linear regulator is designed to regulate the output voltage of electronic circuits. It is specifically designed to provide a regulated voltage to circuits that require very low input voltage and very low dropout voltage. The output voltage is adjustable and fixed jumper or external resistor divider can be used to set it accurately. This can be especially useful in automotive and telecom designs.

The ADP1713AUJZ-0.8-R7 linear regulator features a fast transient response and very low output noise levels. This device also features a low ripple rejection, allowing it to remain stable over a wide range of output voltages. The device is also thermally compensated to remain stable over a wide range of temperatures. It also includes protection for reverse current, over-voltage and over-temperature.

The working principle of the ADP1713AUJZ-0.8-R7 linear regulator is based on the fact that a differential amplifier will serve as an amplifier if the input voltage is higher than the reference voltage. The differential amplifier is also able to reduce the level of the input voltage relative to the reference voltage, in order to obtain the required output voltage. The differential amplifier is connected between the positive input voltage and the reference voltage, and the output voltage is derived from the output of the differential amplifier.

The differential amplifier contains an internal PNP transistor and an NPN transistor that are connected in an open loop voltage-to-current configuration. The voltage across the base-emitter of the PNP transistor is determined by the input voltage and the reference voltage. The current flowing through the PNP transistor is converted to a voltage, which is the output voltage. As the input voltage varies, the voltage across the base-emitter of the PNP transistor changes, causing the output voltage to adjust accordingly.

The ADP1713AUJZ-0.8-R7 linear regulator is well-suited for many applications, including automotive and telecom. The device can be used to provide a regulated voltage from a minimum input voltage source of 0.8V with an output voltage range from 0.8V to 5.5V. The device can also be used in battery operated applications to provide a regulated voltage from a single cell Lithium-Ion or Nickel-Cadmium battery. The device is also suitable for providing a regulated voltage to electronic devices in harsh operating environments.

The ADP1713AUJZ-0.8-R7 linear regulator is a good choice for applications that require a regulated voltage from a minimum input voltage source of 0.8V with an output voltage range from 0.8V to 5.5V. It features very low dropout voltage and low power dissipation, fast transient response, low noise levels and excellent protection. This makes it an ideal choice for many applications.

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