AZ1117IH-1.2TRG1

PMIC - Voltage Regulators - Linear

The AZ1117IH-1.2TRG1 voltage regulator is a programmable low drop-out linear regulator which has been designed for use in applications requiring low input voltage and a low quiescent current. It works in a variety of configurations and it can be used to power various components. The AZ1117IH-1.2TRG1 is able to regulate input voltage from a variety of sources, including a 2.2V-2.5V batteries and 3.3V or 5V input signals.

The AZ1117IH-1.2TRG1 voltage regulator is a programmable device, and this allows the user to set the output voltage as needed. The output of the regulator is adjustable and it can be set from 0.8V to 1.2V. The device uses a feedback network and a low drop-out (LDO) linear regulator circuit to control the output voltage. These features provide a wide range of operational stability, a fast response time, and a low quiescent current consumption (Iq) for low-power applications.

The AZ1117IH-1.2TRG1 voltage regulator uses a linear regulator circuit, which enables it to maintain a steady output voltage regardless of the input voltage. It also provides a high level of voltage regulation accuracy, which ensures that the output voltage remains stable over a range of input voltages. The device includes several features, including an in-rush current limit, overload protection, and over temperature protection.

The AZ1117IH-1.2TRG1 has a wide range of applications, including in of computer motherboards, digital cameras, tablets, and DC-to-DC converters. It can be used in mobile phone chargers, USB charging devices, LED drivers, and other battery-powered devices. In addition, it is suitable for powering a wide range of low-power applications, including microcontrollers, buses, and data converters.

In conclusion, the AZ1117IH-1.2TRG1 voltage regulator is a highly efficient and programmable linear regulator that is ideal for powering a wide range of low-power applications. It has a wide input voltage range and can be used with a variety of batteries and input signals. Its feedback network allows for accurate and stable output voltage regulation, and its low quiescent current consumption makes it an ideal choice for low-power applications.