KIT912J637EVME: Evaluation Kit - MM912J637,12V Lead-acid Battery Sensor ARCHIVED

Overview

NXP<sup>&#174;</sup> KIT912J637EVME Evaluation Kit Product Image

Specifications

Technical and Functional Specifications

  • Battery Voltage Measurement
  • Battery Current Measurement in up to 8 ranges
  • On-chip temperature measurement
  • Normal and 2 low-power modes
  • Current threshold detection and current averaging in standby => wake-up from low-power mode
  • Triggered wake-up from LIN and periodic wake-up
  • Signal Low Pass Filtering (Current, Voltage)
  • PGA (programmable low-noise gain amplifier) with automatic gain control feature
  • Accurate internal oscillator (for extended accuracy an external quartz oscillator may be used)
  • Communication via LIN 2.1, LIN2.0 bus interface
  • S12 microcontroller with 128kByte Flash, 6kByte RAM, 4kByte Data FLASH
  • Background Debug Module
  • External Temperature Sensor Option (TSUP, VTEMP)
  • Optional 2nd external voltage sense input (VOPT)
  • 4 x 5V GPIO including one Wake Up capable High Voltage Input (PTB3/L0)
  • 8 x MCU General Purpose I/O including SPI functionality
  • Industry standard EMC compliance

Buy

  • KIT912J637EVME   Active

  • Evaluation Kit - Xtrinsic MM912J637, Battery Sensor with LIN for 12V Lead-acid Batteries
    • KIT912J637EVME
    • 1 @ US
    • $135.00
    • Buy Direct
    • Distributor

Documents and Software

Documents (3)

Design Resources (1)

Documents

Data Sheet (1)

Errata (1)

  • MM912_637, Silicon Mask - Errata (REV 3.0 )

    This document specifies the known issues of the MM912_637 device. The changes documented are exclusively related to the analog die within the dual die device.

    • 26 Mar 2014
    • pdf
    • 294.6 kB
    • MM912_637ER
    • [ English ]

Users Guide (1)

  • KIT912J637EVME Evaluation Board - User Guide (REV 1.0 )

    Our Xtrinsic MM912_637 battery sensors are fully integrated battery monitoring devices. The devices allow simultaneous measurement of battery current and voltage for precise determination of SOC (State of Charge), SOH (State of Health), and other parameters.

    • 09 Feb 2012
    • pdf
    • 1.1 MB
    • KT912J637UG
    • [ English ]

Design Resources

Design Tools & Files  ( 1 )

Printed Circuit Boards and Schematics  ( 1 )