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S93VP462 - (S93VP462 / S93VP463) Voltage Sense Write Protected Memory

Download the S93VP462 datasheet PDF. This datasheet also covers the S93VP463 variant, as both devices belong to the same (s93vp462 / s93vp463) voltage sense write protected memory family and are provided as variant models within a single manufacturer datasheet.

Description

The S93VP462/VP463 provides a precision internal reset controller that ensures correct system operation during brown-out and power-up/-down conditions.

During power-up, the write lockout remains active until VCC reaches the VTRIP threshold.

Features

  • Voltage-Sense Write Protection.
  • Low VCC Write Lockout.
  • All Writes Inhibited when VCC < VTRIP.
  • Protects Against Inadvertent Writes During - Power-up - Power-down - Brown-out Conditions.
  • All Devices ‘Readable’ from 1.8V to 5.5V - User Selectable VTRIP Levels.
  • Memory.
  • 1K-bit Microwire Memory.
  • S93VP462.
  • Internally Ties ORG Low.
  • 100% Compatible with All 8-bit Implementations.
  • Sixteen Byte Page Write Ca.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (S93VP463_Summit.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number S93VP462
Manufacturer Summit
File Size 108.93 KB
Description (S93VP462 / S93VP463) Voltage Sense Write Protected Memory
Datasheet download datasheet S93VP462 Datasheet

Full PDF Text Transcription

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S93VP462/S93VP463 VOLTAGE-SENSE™ Write Protected Memory www.datasheet4u.com FEATURES • Voltage-Sense Write Protection — Low VCC Write Lockout — All Writes Inhibited when VCC < VTRIP — Protects Against Inadvertent Writes During - Power-up - Power-down - Brown-out Conditions — All Devices ‘Readable’ from 1.8V to 5.5V - User Selectable VTRIP Levels • Memory — 1K-bit Microwire Memory — S93VP462 – Internally Ties ORG Low – 100% Compatible with All 8-bit Implementations – Sixteen Byte Page Write Capability — S93VP463 – Internally Ties ORG High – 100% Compatible With all 16-bit Implementations – Eight Word Page Write Capability APPLICATIONS New designs for applications where data corruption cannot be permitted. Replacement of existing industry standard 1K memories.
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