MIC5265-1.8YD5-TR

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The MIC5265-1.8YD5-TR is a linear voltage regulator designed for a wide range of power management applications. It provides output voltage regulation and current regulation in a single device and supports a wide range of input voltages. The device has superior speed characteristics, while simultaneously delivering very high static and dynamic accuracy.

The MIC5265-1.8YD5-TR is designed to provide adjustable output voltage from 0.8V to 5.0V, and offers excellent load and line regulation. Its high speed enables fast response to load transients and quick loop settling. The output voltage is selectable by means of two external resistors.

In addition, the MIC5265-1.8YD5-TR includes a set of features that enable it to address a wide range of single-supply and dual-supply applications. These features include an internal post regulator to regulate the voltage drop at the output, a current regulator to prevent excessive heat dissipation into the external impedance, an active clamp system to allow fast rise times, and a voltage-controlled shutdown. All these features are programmable through the use of external digital logic levels.

The MIC5265-1.8YD5-TR tracks the input voltage and adjusts its output voltage accordingly to maintain precise regulation. It also includes an adjustable current limit feature that prevents excessive current from flowing through the output circuit. This prevents the output voltage from exceeding its maximum rated current.

In terms of safety, the MIC5265-1.8YD5-TR features a thermal shutdown system that prevents the device from overheating. This feature ensures that the device will not remain in a thermal runaway condition. The device also features an overvoltage lockout protection circuit that prevents damage to the device due to excessive output voltage.

The MIC5265-1.8YD5-TR is easy to use and can be employed in a wide range of voltage regulation applications due to its adjustable output voltage, wide input voltage range, low external parts count, low noise operation, and high switching speed. The device is also ideal for use in applications such as single-supply and dual-supply voltage regulators, power supplies, and dc-to-dc converters.

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