The ZON™ M1L (MAX71313L) and M1 (MAX71314L) electricity meter systems-on-chip (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.
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● Single ADC Offers High-Accuracy Performance and Cost-Effective Solution
• Supports Up to 5 Multiplexed Inputs
• 0.1% (typ) Wh Accuracy over 2000:1 Current Range
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● 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)
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● 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 Temper.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | MAX71314 |
Maxim Integrated |
Single-Phase Electricity Meter SOC | |
2 | MAX71314C |
Silergy |
SinglePhase/Polyphase Electricity Meter SoC | |
3 | MAX71314L |
Silergy |
Single-Phase Electricity Meter SoC | |
4 | MAX71315 |
Maxim Integrated |
Single-Phase Electricity Meter SOC | |
5 | MAX71315C |
Silergy |
SinglePhase/Polyphase Electricity Meter SoC | |
6 | MAX71315S |
Silergy |
Poly- and Single-Phase Energy Meter SoCs | |
7 | MAX71316S |
Silergy |
Poly- and Single-Phase Energy Meter SoCs | |
8 | MAX713 |
Maxim Integrated |
NiCd/NiMH Battery Fast-Charge Controllers | |
9 | MAX71334C |
Silergy |
SinglePhase/Polyphase Electricity Meter SoC | |
10 | MAX71335C |
Silergy |
SinglePhase/Polyphase Electricity Meter SoC | |
11 | MAX71335S |
Silergy |
Poly- and Single-Phase Energy Meter SoCs | |
12 | MAX71336S |
Silergy |
Poly- and Single-Phase Energy Meter SoCs |