Robocraze Voltage Transformer Module Active Single Phase Voltage AC output Sensor Module for boards compatible with Arduino (Pack of 1)
Detalles
- BrandRobocraze
- Power SourceAC mains
- Mounting TypePCB Mount
- Minimum Frequency50 Hz
- Item Weight50 Grams
Descripción
⚡ Power Your Projects with Precision and Style!
- PLUG PLAY ARDUINO READY - Designed for effortless integration with Arduino boards, making your prototyping faster and smarter.
- TRUSTED ROBOCRAZE QUALITY - Manufactured with precision in China, this module guarantees consistent performance for your professional projects.
- COMPACT LIGHTWEIGHT DESIGN - At just 50g and slim dimensions, it fits perfectly into any setup without bulk or clutter.
- MICRO PRECISION VOLTAGE SENSING - Experience ultra-accurate AC voltage detection with a 1000:1000 transformer ratio, ensuring your projects never miss a beat.
- ELECTRIC FIELD DETECTION SIMPLIFIED - Detect AC voltage through a simple capacitor setup, reducing complexity and boosting reliability.
The Robocraze Voltage Transformer Module is a compact, lightweight AC voltage sensor with a precise 1000:1000 transformer ratio. Designed for seamless Arduino compatibility, it simplifies electric field detection using a capacitor, making it an essential tool for accurate voltage measurement in professional and hobbyist electronics.
Presupuesto
| Manufacturer | Robocraze |
| Country of Origin | China |
| Model number | RC-A-41404 |
| Colour | Multi-Color |
| Number of Memory Sticks | 1 |
| Item Weight | 50 g |
| Product Dimensions | 4.8 x 9.9 x 13.2 cm; 50 g |
| Item model number | RC-A-41404 |
| Item Height | 13.2 Centimeters |
| Item Width | 9.9 Centimeters |
Reseñas
M**.
Its not easy to implement.
Although there are lots of writeups and videos in how to implement this module, I couldn't get it working. If you are looking for ac volt sensor which can be implement easier, I recommend pzem 004t instead even if it's costlier.
S**M
Not reliable
The voltage readings are usually not reliable.No matter what trim or settings you use !I tried matching the trim value to the actual voltage reading(using voltmeter): then it gave correct readings only for a while- after which 220 V suddenly became 150 volts
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