MAX16133LFM/V+T

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The MAX16133LFM/V+T is part of the PMIC - Supervisors group of integrated circuits from Maxim Integrated. It is designed to enable safe and reliable system power-on and enable/disable control of a single output, as well as create a latching enable/disable power control for a system in which multiple power supplies are sequenced.

The MAX16133LFM/V+T offers protection from overvoltages, undershoots, and overshoots. It also offers protection from input glitches by clamping the input voltage with a fast response time. It operates at input voltages of 3.3V and 5.5V, and is active-low logic-controlled. The output of the device is engaged when the Enable goes low.

The MAX16133LFM/V+T is suitable for applications such as power-on sequencers in high-reliability system environments where high accuracy and fast response times are necessary. These applications include Industrial Automation/Motor Drives, Medical, Aerospace, Defense and Automotive markets. Additionally, this device is also suitable for applications where precision timing is required.

At the heart of the MAX16133LFM/V+T is a high accuracy comparator which acts as a voltage translator. It compares the voltage at the Enable pin (V_EN) to the Reference Voltage (VREF) and generates a logic compatible signal at the output. When V_EN is below VREF, the output of the device is active (low), and when V_EN is above VREF, the output is inactive (high). This provides an active-low logic control of the output.

The MAX16133LFM/V+T is further enhanced by an integrated Glitch Reducer circuit which reduces input glitches to the comparator. This ensures that the voltage at the Enable pin (V_EN) does not go above VREF for more than a certain amount of time. This prevents the output of the device from engaging when signals with noise levels above VREF are applied to the Enable pin.

The MAX16133LFM/V+T offers a wide range of options to power up the device. It is available with output driving up to 30mA and three built-in level shifters which allow for input voltage levels from 3.3V to 5.5V. It is also available in a variety of packages such as leaded, leadless, DIP, and SOT223.

In addition, the MAX16133LFM/V+T also offers a latching enable/disable option. This feature allows a user to create a reliable system power-on and enable/disable control that can be used in systems with multiple power supplies. The output of the device is engaged when the Enable pin is pulled low and remains engaged until the Enable pin is pulled high. When the Enable pin is pulled high, the output will remain disengaged until the Enable pin is again pulled low.

The MAX16133LFM/V+T is an ideal device for applications requiring a reliable system power-on and enable/disable control with a wide range of input voltages, output current levels, and package options. It offers an effective way to prevent spurious activations, as well as ensure precision timing and accuracy for a wide variety of applications.

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