MCP131-475E/TO

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The MCP131-475E/TO is an outstanding component from the PMIC - Supervisors family. It is designed for use in highly power-sensitive applications. Its advanced sensing capabilities and neural networks, combined with its low-power consumption, make it an ideal solution for use in tight space and cost-sensitive applications.

The MCP131-475E/TO is a 4 channel supervisory circuit capable of monitoring four critical voltages in both directions. It can be used in a variety of applications that require precise control of power or to sense failures or power anomalies. Additionally, it can be used to determine the presence of a supply and digitally control the same through its enable pins setup.

The MCP131-475E/TO offers advanced sensing capabilities that make it highly suitable for advanced and precise power-monitoring functions. It uses a three-stage neural network to measure and accurately control voltage levels in two directions, either up or down. The neural network is capable of detecting small changes in input voltage, even down to 0.1V, thereby providing the precise power management necessary for even the most critical applications. The advanced sensing abilities of the MCP131-475E/TO also allow for more efficient power systems by avoiding unnecessarily high power consumption during idle times.

The MCP131-475E/TO has a low-voltage supervisor with a very short error condition threshold. It is designed to monitor the status of multiple on-chip power supplies with a threshold voltage value that is easily adjustable. This allows engineers to ensure that their power systems remain stable and safe while using the least amount of power. Furthermore, the MCP131-475E/TO also provides a wide operating temperature range, which is ideal for use in challenging environments where temperature fluctuates drastically.

The MCP131-475E/TO also has an adjustable supply delay and reset delay, allowing engineers to tune the power-on and power-off delay times according to their specific application requirements. This makes the component suitable for integration in a variety of applications, from automotive and industrial systems, to consumer electronics. It can also be used in complex designs, as it is capable of supporting up to 5 voltage levels.

In addition, the MCP131-475E/TO features advanced features such as internal oscillation monitoring, enabling engineers to detect any oscillation in the power supply by monitoring the period and turn-off times. Additionally, this component is also able to detect a power failure and initiate a power reset sequence in order to restore the power state.

The MCP131-475E/TO is an outstanding component from the PMIC - Supervisors family. It is very reliable and power efficient, making it well suited for use in a wide range of applications. Furthermore, its advanced sensing capabilities, low-power consumption, adjustable reset and supply delay times, and internal oscillation monitoring make it an ideal choice for use in cost- and space-sensitive applications.

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