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PT7M7812 - uP Supervisor Circuits

Download the PT7M7812 datasheet PDF. This datasheet also covers the PT7M7803 variant, as both devices belong to the same up supervisor circuits family and are provided as variant models within a single manufacturer datasheet.

General Description

The PT7M78xx family microprocessor (P) supervisory circuits are targeted to improve reliability and accuracy of power-supply circuitry in P systems.

These devices reduce the complexity and number of components required to monitor power-supply and battery functions.

1.

Key Features

  •  Precision supply-voltage monitor - 4.63V (PT7M78xxL) - 4.38V (PT7M78xxM) - 3.08V (PT7M78xxT) - 2.93V (PT7M78xxS) - 2.63V (PT7M78xxR) - 2.32V (PT7M78xxZ) - 2.20V (PT7M78xxY) - 4.00V (PT7M78xxJ) - 2.25V (PT7M78xxK) - 2.80V (PT7M78xxG)  200ms reset pulse width  Debounced CMOS-compatible manual-reset input (7811, 7812, 7823, 7825)  Reset Output Signal for Watchdog and Power Abnormal, Manual Reset  Reset Push-Pull output (PT7M7809,7811,7823, 7824,7825)  Reset Open-Drain output (PT7M7803)  Vol.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (PT7M7803-Diodes.pdf) that lists specifications for multiple related part numbers.

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
Features  Precision supply-voltage monitor - 4.63V (PT7M78xxL) - 4.38V (PT7M78xxM) - 3.08V (PT7M78xxT) - 2.93V (PT7M78xxS) - 2.63V (PT7M78xxR) - 2.32V (PT7M78xxZ) - 2.20V (PT7M78xxY) - 4.00V (PT7M78xxJ) - 2.25V (PT7M78xxK) - 2.80V (PT7M78xxG)  200ms reset pulse width  Debounced CMOS-compatible manual-reset input (7811, 7812, 7823, 7825)  Reset Output Signal for Watchdog and Power Abnormal, Manual Reset  Reset Push-Pull output (PT7M7809,7811,7823, 7824,7825)  Reset Open-Drain output (PT7M7803)  Voltage monitor for power-fail or low battery warning  Guaranteed RESET/RESET valid at VCC=1.