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MCP795W10
  • MCP795W10
  • MCP795W10

MCP795W10

In Production

The MCP795W10 SPI RTCC is highly integrated with memory and advanced features normally found in higher priced devices. By starting with a basic real-time clock, digital trimming was added for higher accuracy, a battery switchover for backup power, a timestamp to log power failures and three types of memory, which includes SRAM, EEPROM and a blank unique ID in a locked section of EEPROM that can also be ordered with a 48-bit or 64-bit MAC Address. Then by adding a watchdog timer and two programmable event detect inputs, lower power and more system robustness can be achieved by performing these functions and allowing the MCU to sleep for longer periods of time....

Microchip Technology MCP795W10 Product Info

16 April 2026 1

Parameters

EEPROM Data Memory Bytes

1

Unique ID with MAC Address

Blank

User SRAM (Bytes)

64

Max Interface Speed

10 MHz

Minimum Clock Count

0.01 sec

Pin Count

14

Unique ID (Bits)

128

Temp Range Min (°C (degrees Celsius))

-40

Temp Range Max (°C (degrees Celsius))

85

Features

  • VCC Min = 1.8V
  • Icc < 1 µA Typical Standby Current
  • VBAT Min = 1.3V
  • Ibat < 700nA Typical Timekeeping & SRAM Retention Current
  • VCC to VBAT (VCC Lost)
  • VBAT to VCC (VCC Restored)
  • IRQ (VCC or VBAT)
  • WDO (VCC)
  • Clock Out frequencies: 32.768, 8.192 & 4.096 KHz and 1 Hz
  • Adjustm up to 22 seconds/day
  • SPI Bus or EVHS digital input
  • High speed with programmable pulse count (EVHS)
  • Low speed with programmable debounce delay (EVLS)
  • Protect: None, 1/4, 1/2 or all of array
  • Factory standard programming or custom ID available

Description

The MCP795W10 SPI RTCC is highly integrated with memory and advanced features normally found in higher priced devices. By starting with a basic real-time clock, digital trimming was added for higher accuracy, a battery switchover for backup power, a timestamp to log power failures and three types of memory, which includes SRAM, EEPROM and a blank unique ID in a locked section of EEPROM that can also be ordered with a 48-bit or 64-bit MAC Address. Then by adding a watchdog timer and two programmable event detect inputs, lower power and more system robustness can be achieved by performing these functions and allowing the MCU to sleep for longer periods of time.

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