ADE9153ASHIELDZ Arduino Energy Meter Shield | Analog Devices
Артикул: ADE9153ASHIELDZ ✓ Активен| Кол-во | Цена за ед. | Итого |
|---|---|---|
| 1 | $135.99 | $135,99 |
| 10 | $0 | $0,00 |
| 100 | $0 | $0,00 |
| 500 | $0 | $0,00 |
| 1.000 | $0 | $0,00 |
ADE9153ASHIELDZ Обзор
An energy-metering evaluation board is a test platform rather than a finished finished-product controller. It provides the analog front end, shunt current-sense element, ADE9153A processing IC, and an Arduino-compatible interface in one assembled assembly. This places it in the hierarchy of energy-measurement ICs, power-management semiconductors, and embedded metering development systems. Because the board supports common Arduino Uno form factors, it can serve as a bridge between a microcontroller software stack and the analog measurement problem presented by a mains-connected single-phase line.
The verified manufacturer page states that the board uses an on-board shunt resistor for line-current measurement and provides an Arduino library and application examples through the ADE9153A product page. Those resources can shorten firmware bring-up by showing how the host controller communicates with the metering device and processes measurements. The evaluation format also allows firmware teams to compare calculated energy data before committing to a custom PCB, enclosure, isolated interface, safety layout, or production test fixture.
Typical uses include single-phase energy-meter prototypes, smart-plug and energy-monitoring demonstrations, load-analysis experiments, industrial equipment monitoring, and educational energy-measurement projects. For a production design, engineers must still define the voltage and current ranges, isolation strategy, shunt power rating, calibration procedure, regulatory target, environmental requirements, and safety barriers. Evaluation-board results should not be treated as a qualification of the final product.
The principal design consideration is mains safety. The board is intended for evaluation and prototyping, so the input wiring, enclosure, insulation, fusing, protective earth, creepage, clearance, and test procedures must be reviewed against the applicable product safety requirements. Do not connect the shield to an unprotected mains circuit without a suitable enclosure and qualified safety engineering.
This page combines the verified Analog Devices product description, distributor identification, Arduino compatibility, evaluation-board purpose, and verified commercial reference to support engineering selection and purchasing. Numeric electrical limits, dimensions, connector pinout, operating temperature, and complete performance curves were not present in the supplied source data and are therefore identified separately rather than inferred.
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Для этого товара нет аналогов без доработки.
Запросить аналогиADE9153ASHIELDZ Характеристики (опубликованы производителем)
| Product Type | ADE9153A energy and power-meter evaluation board |
| Evaluation Platform | Arduino shield |
| Metering IC | ADE9153A |
| Arduino Compatibility | Arduino Uno, Arduino Zero, and ESP8266 |
| Measurement Phase | Single-phase |
| Current-Sense Method | On-board shunt resistor |
| Voltage Measurement | Supported by ADE9153A evaluation platform |
| Power Measurement | Power-meter evaluation supported |
| Energy Measurement | Energy-meter evaluation supported |
| Autocalibration | ADE9153A mSure feature referenced in verified search data |
| Software Support | Arduino library and application examples provided through the ADE9153A product page |
| Board Form | Arduino Platform Evaluation Expansion Board |
| Mounting Interface | Arduino shield |
| Manufacturer | Analog Devices |
| Datasheet Availability | Manufacturer product and evaluation-board pages available |
| Корпус | PCB evaluation board; package dimensions not provided in verified data |
| Статус RoHS | Compliant |
Интерфейсы и разъемы ADE9153ASHIELDZ
Для ADE9153ASHIELDZ отсутствует опубликованный производителем список интерфейсов. Обратитесь к документации производителя для получения сведений о разъемах и разъемных колодках.
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Типичное применение
ADE9153ASHIELDZ подходит для 6 применениеs: Single-Phase Energy-Meter Prototype, Smart-Plug Energy Monitoring, Industrial Load Analysis, Connected Energy-Meter Demonstration, Energy-Measurement Education and Training, Energy-Metering Firmware Bring-Up.
Single-Phase Energy-Meter Prototype
The ADE9153ASHIELDZ is a practical starting point for demonstrating single-phase energy measurement with the ADE9153A. Its on-board shunt provides the current-sensing path, while the Arduino shield format lets a host quickly exchange readings and control the evaluation setup. This makes it useful for validating measurement architecture and firmware before a production meter board is designed. The verified manufacturer information confirms Arduino compatibility and shunt-based line-current measurement, but does not provide the complete accuracy, range, or safety specifications required for final production certification.
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Smart-Plug Energy Monitoring
For a smart-plug concept, the ADE9153ASHIELDZ can serve as an evaluation platform for collecting voltage, current, power, and energy information from a load. Its ADE9153A-based measurement architecture and on-board shunt help engineers investigate metering behavior before committing to a compact custom design. A production smart plug would additionally require reinforced isolation, touch-safe enclosure design, surge protection, and a defined product safety architecture. Those requirements are not quantified in the supplied evaluation-board data.
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Industrial Load Analysis
The board can support experiments that compare load energy consumption over operating intervals, helping an engineering team evaluate the usefulness of ADE9153A measurements in an industrial monitoring concept. The Arduino interface simplifies connection to a controller that can log data or implement experiments. The evaluation platform is useful for workload characterization, but it should not be assumed to satisfy industrial safety, calibration, or EMC requirements without a separate qualification plan. Use the board for evidence gathering, then translate the validated requirements into a protected production design.
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Connected Energy-Meter Demonstration
When paired with a connected development platform such as ESP8266, the ADE9153ASHIELDZ can form the measurement front end for an energy-monitoring demonstration. The ADE9153A handles the metering function while the host can display, log, or transmit results. This is especially helpful for testing whether real-time energy data improves a user interface or control strategy. The verified sources confirm ESP8266 compatibility and the ADE9153A evaluation context; wireless security, regulatory compliance, and production isolation remain separate design requirements.
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Energy-Measurement Education and Training
The shield format gives students and engineers a ready-made platform for exploring the relationship between line voltage, shunt current, calculated power, and accumulated energy. Because the manufacturer provides an Arduino library and application examples through the ADE9153A product page, learners can begin with a documented ecosystem rather than assembling a bare measurement circuit. The platform should be operated under appropriate laboratory supervision and protection. It is a teaching and evaluation board, not a substitute for a certified utility meter.
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Energy-Metering Firmware Bring-Up
Firmware engineers can use the ADE9153ASHIELDZ to validate communication and measurement workflows before integrating the ADE9153A into a custom board. The shield arrangement reduces initial hardware assembly and lets the team focus on data acquisition, scaling, calibration, and application behavior. The supplied sources identify application examples and library support, but do not provide the complete register map or timing characteristics. Confirm those details in the current ADE9153A documentation and reproduce calibration results on the final target hardware.
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Сводка рекомендуемых товаров
Справочные инженерные данные для ADE9153ASHIELDZ — сравнение, рекомендации по проектированию и информация о соответствии.
Руководство по выбору
Сравнение с аналогами
| Параметр | Этот товар |
|---|---|
| Product Type | ADE9153A energy and power-meter evaluation board |
| Brand | Analog Devices |
| Package | Arduino shield evaluation board |
| Metering IC | ADE9153A |
| Phase | Single-phase |
| Current Sensing | On-board shunt resistor |
| Arduino Compatibility | Arduino Uno, Arduino Zero, and ESP8266 |
| Software Resources | Arduino library and application examples |
| Verified One-Piece Price | $135.99 as of 2026-10-21 |
Ключевые отличия
- Evaluation-board integration (против Bare ADE9153A IC)
- Current-sensing implementation (против Unspecified generic Arduino energy-meter board)
- Supported prototyping hosts (против Host-specific proprietary evaluation platform)
Заметки по проектированию
Treat every mains-connected prototype as a safety-critical experiment. The verified sources describe a shunt-based line-current measurement board, but they do not provide the input voltage range, isolation architecture, fuse rating, or creepage/clearance dimensions. Before applying power, verify those details in the current manufacturer documentation, use an appropriate protected enclosure, and connect only through a qualified laboratory supply or protected setup. Do not infer safe clearance from the Arduino shield outline.
Do not confuse EV-ADE9153ASHIELDZ with the bare ADE9153A integrated circuit. The evaluation board is an assembled Arduino shield that includes the ADE9153A platform and an on-board shunt resistor; the bare IC requires a separate application circuit. When planning a replacement, compare the board interface, shunt configuration, supported hosts, software resources, and safety architecture—not only the metering-IC function.
Keep the evaluation board's high-current path, shunt connections, analog measurement area, and host-interface wiring separated during prototyping. Route measurement returns away from switching-node and digital-clock paths, use short and controlled interconnects, and avoid adding long jumper leads that change the measurement environment. Because the supplied data does not identify connector pin mappings or trace geometry, obtain the current manufacturer schematic and board documentation before making layout-dependent measurements.
Информация о соответствии
The verified Verified Electronics product result identifies the board as RoHS compliant. REACH, lead-free status, halogen-free status, conflict-minerals status, and automotive qualification are not provided in the supplied data.
