ADE9430ACPZ
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ADE9430ACPZ is sourceable through our global supplier network. Submit an RFQ for price and lead time.
Previously available
| Manufacturer | Qty | Price / pcs | Lead time | Date code | |
|---|---|---|---|---|---|
| Analog Devices Inc. | 100 | Clients only | 2w | 25+ | |
| Analog Devices Inc. | 140 | Clients only | 3w | 25+ | |
| Analog Devices Inc. | 50 | Clients only | 3w | 25+ | |
| Analog Devices Inc. | 140 | Clients only | 2w | 23+ | |
| Analog Devices Inc. | 140 | Clients only | 2w | 25+ | |
| Analog Devices Inc. | 600 | Clients only | 5w | 23+ | |
| Analog Devices Inc. | 50 | Clients only | 7d | 25+ |
The ADE9430ACPZ is an integrated circuit from Analog Devices' ADE series, designed for precision energy measurement and monitoring applications. This component functions as a polyphase energy metering IC, enabling accurate monitoring of electrical power consumption across multiple phases in industrial and commercial power systems.
This device is primarily engineered for three-phase power measurement scenarios, making it particularly valuable in utility metering, building energy management systems, industrial process monitoring, and power distribution equipment. The IC integrates the signal processing necessary to measure voltage and current across multiple channels simultaneously, calculating real and reactive power, energy accumulation, and power factor with high precision.
The ADE9430ACPZ is housed in a compact package suitable for integration into metering equipment and control systems where space efficiency matters. The component operates with typical industrial supply voltages and includes integrated analog-to-digital conversion, allowing direct interfacing with microcontrollers and data acquisition systems common in industrial control applications.
Engineers typically specify components from the ADE9430 family when they require high-accuracy polyphase energy measurement with integrated signal processing, reducing the need for external analog front-end design. This IC handles the complex calculations involved in three-phase power analysis—including phase angle detection, harmonic content handling, and multi-channel simultaneous sampling—internally, significantly simplifying circuit board design compared to discrete component approaches.
The device includes communication interfaces suitable for integration into larger monitoring and control networks, allowing real-time energy data transmission to central management systems. This makes it particularly attractive for applications requiring remote monitoring, data logging, or integration with building management systems and industrial IoT platforms.
Key reasons engineers select this specific part include its integration of multiple measurement channels in a single device, reducing overall component count and board space requirements; its established performance history in industrial metering applications; and its compatibility with standard industrial microcontroller interfaces. The ADE9430ACPZ represents a mature solution for applications where proven, reliable polyphase energy measurement is required.
This component serves as a core building block in power monitoring products ranging from simple utility revenue meters to sophisticated energy management systems used in industrial facilities, data centers, and commercial buildings where detailed power analysis and consumption tracking provide both operational insights and regulatory compliance documentation.
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