Taidacent 5V Receiving Wireless Inductive Coil Wireless Charging Transmitter and Receiver Modules Wireless Charging Power Supply Module Induction Charging Module(5V1A)
Taidacent 5V Receiving Wireless Inductive Coil Wireless Charging Transmitter and Receiver Modules Wireless Charging Power Supply Module Induction Charging Module(5V1A)
List Price: $30.61$27.55DEALYou Save: $3.06 (10%)
Free shippingFree Returns – 30 daysFree Order CancellationSecure Payment2–3 Days DeliveryGet It June 22, 2026In Stock (30)No marketing spamNo account requiredFulfilment by FedEx / Amazon / UPS / ShipwirePayPal / Card Buyer Protection
Customer Reviews
Reviews sourced from verified Amazon purchasers3.8
out of 5
Based on 3 reviews
5★
67%
4★
33%
3★
0%
2★
0%
1★
0%
These work ok
Richard Quaif✓ Verified Purchase•December 15, 2023
I got these to power a small portable device. They work ok but you need to get the loops very close and then the power transfer is minimal. I needed to charge the battery much quicker than these were able to so I switched to a USB connection.
Needed one that could stand a gap of >10mm, and this does it
Jim H.✓ Verified Purchase•December 2, 2023
This has worked as I'd like, but of course with distance, you lose receiving power/amperage. Without going with bigger coils, this is doing the job.
Works great in my hobby project
P. Csaszar✓ Verified Purchase•October 7, 2023
This wireless power transfer kit turned out to be the perfect, contact-free solution for my hobby project, the world's first Nixie tube propeller clock. The coils are mounted on the component side of prototyping boards (with parallel traces on the other side, which cause no issues with the power transfer). The coils are approximately 8 mm from each other, which is the recommended distance. I ran some additional measurements, and found that in this configuration, the voltage begins to break down at around 400 mA of load current (my circuit only needs 140 mA, so I have more than enough margin), and the short current is 800 mA (but that is through the ammeter, which itself drops about 0.5 V). I also found that the coils allow an axis misalignment of up to 10 mm before the voltage starts breaking down at the 140 mA load.
