Key facts
- Brand
- Analog Devices
- Model
- ADE7755
- Industry
- Industrial
- Documents
- 5
- Languages
- EN
- Last added
- 2012-08-02
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ANALOG DEVICES ADE7755: Energy Metering IC with Pulse Output Data Sheet (Rev A 2009-08-07-)
ADE7755 is a power metering IC produced by Analog Devices. It has high accuracy, high dynamic range and multiple output functions. It is widely used in power metering, electric vehicle charging and other fields.
Read onlineAnalog Devices ADE7755 specifications
| Measurement Error (Gain=1) | 0.1% Reading typ |
|---|---|
| Phase Error (PF=0.8 Capacitive) | +/-0.1 Degrees max |
| Reference Temperature Coefficient | 30 ppm/°C typ |
| Supply Voltage Range | 4.75 V min to 5.25 V max |
| Package Type | 24-Lead SSOP |
All Analog Devices ADE7755 documents by type
Ratings, dimensions and ordering codes, for selection and design work.
- ANALOG DEVICES ADE7755: Energy Metering IC with Pulse Output Data Sheet (Rev A 2009-08-07-)
- Analog Devices ADE7755 Energy Metering IC Datasheet 16 p
- Analog Devices ADE7755 Energy Metering IC Datasheet 16 p
- Analog Devices ADE7755 Energy Metering IC Datasheet 16 p
- Analog Devices ADE7755 Energy Metering IC Datasheet 16 p
Questions answered in these manuals
What is the accuracy of the ADE7755?
The measurement error is less than 0.1% reading typical over a dynamic range of 500 to 1.
What are the frequency outputs used for?
Outputs F1 and F2 supply average real power, while output CF supplies instantaneous real power intended for calibration.
What supply voltage range is required for the ADE7755?
The device operates from 4.75 V min to 5.25 V max, which is 5 V ± 5 %.
How many pins does the ADE7755 have and what package is it offered in?
It is offered in a 24‑lead SSOP package with pins numbered 1‑24 as shown in the pin configuration table.
What is the allowed supply voltage range for AVpp?
AVpp must be between 4.75 V minimum and 5.25 V maximum, which corresponds to 5 V ± 5 %.
What is the nominal on‑chip reference voltage?
The on‑chip reference is nominally 2.5 V with a tolerance of ±8 %.