Silergy 71M Hoja de datos

No.	parte #	Fabricante	Descripción
1	71M6513	Silergy	3-Phase Energy Meter  Wh Accuracy < 0.1% Over 2,000:1 Current Range  Exceeds IEC 62053/ANSIC 12.20  Voltage Reference < 10ppm/C (71M6513H) < 40ppm/°C (71M6513)  Six Sensor Inputs—VDD Referenced  Auxiliary Analog Input for Neutral Current  Low Jitter Wh/VARh Pulse
2	71M6542GT	Silergy	Energy Meter include an SPI interface, advanced power management, ultra-low-power operation in active and battery modes, 3KB/5KB shared RAM, and 32KB/64KB/128KB flash memory that can be programmed in the field with code and/or data during meter operation and the
3	71M6513H	Silergy	3-Phase Energy Meter  Wh Accuracy < 0.1% Over 2,000:1 Current Range  Exceeds IEC 62053/ANSIC 12.20  Voltage Reference < 10ppm/C (71M6513H) < 40ppm/°C (71M6513)  Six Sensor Inputs—VDD Referenced  Auxiliary Analog Input for Neutral Current  Low Jitter Wh/VARh Pulse
4	71M6542G	Silergy	Energy Meter The 71M6541D/71M6541F/71M6541G/71M6542F/71M6542G (71M654x) are 4th-generation single-phase metering SoCs with a 5MHz 8051compatible MPU core, low-power RTC with digital temperature compensation, flash memory, and LCD driver. Our Single Converter Tec
5	71M6533G	Silergy	Energy Meter to the Teridian flagship 71M6513 polyphase meters, including an SPI interface, advanced power management with < 1µA sleep current, 4KB shared RAM, and 128KB (71M6533/H, 71M6534), or 256KB (71M6533G, 71M6534H) flash, which can be programmed in the fie
6	71M6203	Silergy	Isolated Sensor • Reduce BOM by Replacing Expensive Current Transformers with Current Shunts • Compatible with Shunt Resistors as low as 50 • Accurate Measurement • 22-Bit ADC • On-Chip Power Monitoring • Exceeds IEC 62053/ANSI C12.20 Standards • Galvanic Isolatio
7	71M6201	Silergy	Isolated Sensor • Reduce BOM by Replacing Expensive Current Transformers with Current Shunts • Compatible with Shunt Resistors as low as 50 • Accurate Measurement • 22-Bit ADC • On-Chip Power Monitoring • Exceeds IEC 62053/ANSI C12.20 Standards • Galvanic Isolatio
8	71M6545HT	Silergy	Energy Meter ● SoC Integration and Unique Isolation Technique Reduces BOM Cost Without Sacrificing Performance • 0.1% Typical Accuracy Over 2000:1 Current Range • Exceeds IEC 62053/ANSI C12.20 Standards • Four-Quadrant Metering • 46-64Hz Line Frequency Rang
9	71M6533	Silergy	Energy Meter to the Teridian flagship 71M6513 polyphase meters, including an SPI interface, advanced power management with < 1µA sleep current, 4KB shared RAM, and 128KB (71M6533/H, 71M6534), or 256KB (71M6533G, 71M6534H) flash, which can be programmed in the fie
10	71M6533H	Silergy	Energy Meter to the Teridian flagship 71M6513 polyphase meters, including an SPI interface, advanced power management with < 1µA sleep current, 4KB shared RAM, and 128KB (71M6533/H, 71M6534), or 256KB (71M6533G, 71M6534H) flash, which can be programmed in the fie
11	71M6541FT	Silergy	Energy Meter include an SPI interface, advanced power management, ultra-low-power operation in active and battery modes, 3KB/5KB shared RAM, and 32KB/64KB/128KB flash memory that can be programmed in the field with code and/or data during meter operation and the
12	71M6511H	Silergy	Single-Phase Energy Meter APRIL 2016  Wh accuracy < 0.1% over 2000:1 range  Exceeds IEC 62053/ANSIC 12.20  Voltage reference < 10ppm/C -- 71M6511H, < 50ppm/°C -- 71M6511  Three sensor inputs - VDD referenced  Low jitter Wh/VARh pulse outputs  Pulse count for pulse ou
13	71M6511	Silergy	Single-Phase Energy Meter APRIL 2016  Wh accuracy < 0.1% over 2000:1 range  Exceeds IEC 62053/ANSIC 12.20  Voltage reference < 10ppm/C -- 71M6511H, < 50ppm/°C -- 71M6511  Three sensor inputs - VDD referenced  Low jitter Wh/VARh pulse outputs  Pulse count for pulse ou
14	71M6543G	Silergy	Energy Meter  0.1% Typical Accuracy Over 2000:1 Current Range  Exceeds IEC 62053/ANSI C12.20 Standards  Seven Sensor Inputs with Neutral Current Measurement, Differential Mode Selectable for Current Inputs  Selectable Gain of 1 or 8 for One Current Input to S
15	71M6531D	Silergy	Energy Meter  Wh accuracy < 0.1% over 2000:1 current range  Exceeds IEC62053/ANSI C12.20 standards  Four sensor inputs  Low-jitter Wh and VARh plus two additional pulse test outputs (4 total, 10 kHz maximum) with pulse count  Four-quadrant metering  Tamper
16	71M6531F	Silergy	Energy Meter  Wh accuracy < 0.1% over 2000:1 current range  Exceeds IEC62053/ANSI C12.20 standards  Four sensor inputs  Low-jitter Wh and VARh plus two additional pulse test outputs (4 total, 10 kHz maximum) with pulse count  Four-quadrant metering  Tamper
17	71M6532D	Silergy	Energy Meter  Wh accuracy < 0.1% over 2000:1 current range  Exceeds IEC62053/ANSI C12.20 standards  Four sensor inputs  Low-jitter Wh and VARh plus two additional pulse test outputs (4 total, 10 kHz maximum) with pulse count  Four-quadrant metering  Tamper
18	71M6545	Silergy	Metrology Processors  0.1% Typical Accuracy Over 2000:1 Current Range  Exceeds IEC 62053/ANSI C12.20 Standards  Seven Sensor Inputs with Neutral Current Measurement, Differential Mode Selectable for Current Inputs  Selectable Gain of 1 or 8 for One Current Input to S
19	71M6603	Silergy	Isolated Sensor • Reduce BOM by Replacing Expensive Current Transformers with Current Shunts • Compatible with Shunt Resistors as low as 50 • Accurate Measurement • 22-Bit ADC • On-Chip Power Monitoring • Exceeds IEC 62053/ANSI C12.20 Standards • Galvanic Isolatio
20	71M6601	Silergy	Isolated Sensor • Reduce BOM by Replacing Expensive Current Transformers with Current Shunts • Compatible with Shunt Resistors as low as 50 • Accurate Measurement • 22-Bit ADC • On-Chip Power Monitoring • Exceeds IEC 62053/ANSI C12.20 Standards • Galvanic Isolatio