Energy Measurement

Analog Devices’ ADE energy measurement ICs address the challenges of next-generation smart meter architectures and are ideal for measuring active energy (kWh), apparent energy (kVA), reactive energy (kVAR), RMS and power quality with the highest accuracy in single-phase and polyphase revenue meters, industrial instruments and energy monitoring applications. Superior in quality, reliability, and performance, Analog Devices’ ADE energy measurement ICs combine analog-to-digital converters (ADCs) with fixed-function digital signal processors (DSPs) to perform critical measurements, while providing unparalleled functionality and ease-of-use.

With more than 250 million energy meters using ADI's technology deployed worldwide, Analog Devices has delivered more energy measurement solutions than any other semiconductor company.

NEWS

NEW PRODUCTS

  • ADE7880- Polyphase Multifunction Energy Metering IC with Harmonic Monitoring

    The ADE7880 is high accuracy, 3-phase electrical energy measurement IC with serial interfaces and three flexible pulse outputs. The ADE7880 device incorporates second-order sigma-delta (Σ-Δ) analog-to-digital converters (ADCs), a digital integrator, reference circuitry, and all of the signal processing required to perform the total (fundamental and harmonic) active, and apparent energy MoreRead more

    ADE7880 Diagram
  • ADE8167- Power-Line Communications Master Modem IC

    In an advanced metering infrastructure (AMI) scenario, the ADE8167 IC provides the essential functions for a master modem; maintaining the network configuration and relaying messages between the utility back office and the slave modems associated with the energy meters.

    The ADE8167 is a complete digital baseband processor IC which includes physical layer, data link layer and networking MoreRead more

  • ADE8157- Narrow-Band Power Line Communications Slave Modem IC

    The ADE8157 is a complete digital baseband processor IC that includes a physical layer (PHY), data link layer (DLL), and networking layer (NL). The ADE8157 includes a high performance receive path analog-to-digital converter (ADC) to reduce the external component count. An on-chip digital modulator creates the transmit signal for an external field effect transistor (FET) driver. The ADE8157 can MoreRead more

  • System Block Diagram of a Meter
  • System Block Diagram of a Meter

    Click to enlarge.

Single Phase Metering

Part#
Results: 21
Measurement ParametersCurrent Sensor InterfaceOn-Chip MCUAnti-Tamper SupportOutput InterfacePackage
ADE7953Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil-Missing NeutralI2C, Pulsed, SPI, UART28-Lead LFCSP
ADE5566Irms, VA, Vrms, WattCurrent Transformer, Shunt8052Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE5569Irms, VA, Vrms, WattCurrent Transformer, Rogowski Coil, Shunt8052Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE7518Irms, VA, VAR, Vrms, WattCurrent Transformer, Shunt8052-I2C, Pulsed, SPI, UART64-Lead LQFP
ADE5166Irms, VA, Vrms, WattCurrent Transformer, Shunt8052Current Fault, Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE5169Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil, Shunt8052Current Fault, Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE7116Irms, VA, Vrms, WattCurrent Transformer, Shunt8052Current Fault, Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE7156Irms, VA, Vrms, WattCurrent Transformer, Shunt8052Current Fault, Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE7166Irms, VA, Vrms, WattCurrent Transformer, Shunt8052Current Fault, Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE7169Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil, Shunt8052Current Fault, Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE7569Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil, Shunt8052Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE7566Irms, VA, Vrms, WattCurrent Transformer, Shunt8052Missing NeutralI2C, Pulsed, SPI, UART64-Lead LQFP
ADE7761BWattCurrent Transformer, Shunt-Current Fault, Missing NeutralPulsed20-Lead SSOP
ADE7757AWattCurrent Transformer, Shunt--Pulsed16-Lead SOIC
ADE7768WattCurrent Transformer, Shunt--Pulsed16-Lead SOIC
ADE7769WattCurrent Transformer, Shunt--Pulsed16-Lead SOIC
ADE7763Irms, VA, Vrms, WattCurrent Transformer, Rogowski Coil, Shunt--Pulsed, SPI20-Lead SSOP
ADE7753Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil, Shunt--Pulsed, SPI20-Lead SSOP
ADE7751WattCurrent Transformer, Shunt-Current FaultPulsed24-Lead SSOP
ADE7759WattCurrent Transformer, Rogowski Coil, Shunt--Pulsed, SPI20-Lead SSOP
ADE7755WattCurrent Transformer--Pulsed24-Lead SSOP
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Poly Phase Measurement

Part#
Results: 10
Measurement ParametersCurrent Sensor InterfaceOn-Chip MCUAnti-Tamper SupportOutput InterfacePackage
ADE7880VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil-Current FaultHSDC, I2C, Pulsed, SPI40-Lead LFCSP
ADE7854Irms, VA, Vrms, WattCurrent Transformer, Rogowski Coil--HSDC, I2C, Pulsed, SPI40-Lead LFCSP
ADE7858Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil--HSDC, I2C, Pulsed, SPI40-Lead LFCSP
ADE7868Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil-Current FaultHSDC, I2C, Pulsed, SPI40-Lead LFCSP
ADE7878Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil-Current FaultHSDC, I2C, Pulsed, SPI40-Lead LFCSP
ADE7752BWattCurrent Transformer--Pulsed24-Lead SOIC
ADE7762WattCurrent Transformer--Pulsed24-Lead SOIC
ADE7752AWattCurrent Transformer--Pulsed24-Lead SOIC
ADE7758Irms, VA, VAR, Vrms, WattCurrent Transformer, Rogowski Coil--Pulsed, SPI24-Lead SOIC
ADE7754Irms, VA, Vrms, WattCurrent Transformer, Shunt--Pulsed, SPI24-Lead SOIC
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