MAX71313LECB+

MAX71313LECB+ Datasheet

MAX71313L

Part	Datasheet
MAX71313LECB+	MAX71313LECB+ (pdf)

Related Parts	Information
MAX71313LECB+T	MAX71313LECB+T

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MAX71313L ZON M1L/M1 Single-Phase Electricity Meter SoC Best-in-Class Metrology with Ultra-low Power Metering Mode NDA Required. Request Full Data Sheet Active In Production. Subscribe OVERVIEW The ZON M1L MAX71313L and M1 MAX71314L electricity meter systems-onchip SoC integrate dual 32-bit processors for demanding single-phase metering applications with 128KB or 64KB flash, 8KB RAM, and a single-cycle 32 x 32 + 64 multiplier. A low-power metering mode allows metering in the presence of neutral disconnect tampering. The low-power, dedicated compute engine CE handles high-rate metrology processing and a 32-bit MAXQ30 MPU core handles other application functions including communications and display control. Key Features • Single ADC Offers High-Accuracy Performance and Cost-Effective Solution Supports Up to 5 Multiplexed Inputs MAX71313L, MAX71314L Diagram Enlarge+ typ Wh Accuracy over 2000:1 Current Range • Dual-Core Architecture Improves System Performance Dedicated 32-bit DSP Core for High-Rate Metrology Processing MAXQ30 32-Bit RISC MPU, 10 MIPS at 10MHz • Highly Integrated Product Features and Flexible Peripherals Support Broad Application Needs 128KB M1 or 64KB M1L Flash, 8KB SRAM Supports Current Transformers or Shunts for Current Measurement RTC with Hardware Temperature Compensation Digital Temperature Compensation for Metrology 45Hz to 65Hz Line Frequency Range Phase Compensation 10 Four Pulse Outputs LCD Controller Supports Up to 39 Segment Drivers and Up to Six Common Planes Two PWM Channels with Programmable Frequency, Duty Cycle, Ramp Time Five General-Purpose Timers Touch Switch Input SPI Master and Slave I2C Master and Slave 3x UARTs One with Optical Encoder • Small 64-Pin LQFP Package Saves Board Space • Low-Power Operation Extends Battery Life Enables Metering Mode Operation During Neutral Disconnect Tampering 5.6mA Consumption at 3.3V in Typical Metering Mode 1.6mA Typical Current Consumption at 3.3V in LowPower Metering Mode 1.75µA Typical Sleep Mode Current 1/12/2015

PDF Datasheet Preview

MAX71313L

ZON M1L/M1 Single-Phase Electricity Meter SoC

Best-in-Class Metrology with Ultra-low Power Metering Mode

NDA Required. Request Full Data Sheet Active In Production.

Subscribe

OVERVIEW

The ZON M1L MAX71313L and M1 MAX71314L electricity meter systems-onchip SoC integrate dual 32-bit processors for demanding single-phase metering applications with 128KB or 64KB flash, 8KB RAM, and a single-cycle 32 x 32 + 64 multiplier. A low-power metering mode allows metering in the presence of neutral disconnect tampering. The low-power, dedicated compute engine CE handles high-rate metrology processing and a 32-bit MAXQ30 MPU core handles other application functions including communications and display control.

Key Features
• Single ADC Offers High-Accuracy Performance and Cost-Effective Solution Supports Up to 5 Multiplexed Inputs

MAX71313L, MAX71314L Diagram

Enlarge+
typ Wh Accuracy over 2000:1 Current Range
• Dual-Core Architecture Improves System Performance Dedicated 32-bit DSP Core for High-Rate Metrology Processing MAXQ30 32-Bit RISC MPU, 10 MIPS at 10MHz
• Highly Integrated Product Features and Flexible Peripherals Support Broad Application Needs 128KB M1 or 64KB M1L Flash, 8KB SRAM Supports Current Transformers or Shunts for Current Measurement RTC with Hardware Temperature Compensation Digital Temperature Compensation for Metrology 45Hz to 65Hz Line Frequency Range Phase Compensation 10 Four Pulse Outputs LCD Controller Supports Up to 39 Segment Drivers and Up to Six Common Planes Two PWM Channels with Programmable Frequency, Duty Cycle, Ramp Time Five General-Purpose Timers Touch Switch Input SPI Master and Slave I2C Master and Slave 3x UARTs One with Optical Encoder
• Small 64-Pin LQFP Package Saves Board Space
• Low-Power Operation Extends Battery Life Enables Metering Mode Operation During Neutral Disconnect Tampering 5.6mA Consumption at 3.3V in Typical Metering Mode 1.6mA Typical Current Consumption at 3.3V in LowPower Metering Mode 1.75µA Typical Sleep Mode Current
1/12/2015

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Datasheet ID: MAX71313LECB+ 647389