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Your cart is empty.4.1 out of 5 stars
- #70,760 in Musical Instruments (See Top 100 in Musical Instruments)
- #439 in Wireless Microphone Transmitters & Receivers
- #6,207 in Microphone Accessories
The main technical parameters:
Transmitting voltage: 24V
Transmitter module size: 17*28mm
Transmitting coil: inner diameter 70mm outer diameter 88mm thickness 1.3mm
Receiver module size: 25mm*64mm*16mm
Receiver coil size: inner diameter 70mm outer diameter 83mm thickness 1.3mm
Sensing distance:
Output of Receiver: 12V2A at 8mm
Output of Receiver: 12V2A at 9mm
Output of Receiver: 12V1.9A at 10mm
Output of Receiver: 12V1.7A at 11mm
Output of Receiver: 12V1.5A at 12mm
Output of Receiver: 12V1A at 15mm
Output of Receiver: 12V800mA at 18mm
John Henry
Reviewed in the United States on September 8, 2024
Great for DIY!
Peter Neorr
Reviewed in the United States on June 28, 2021
Works like magic. I used this to provide DC power to an Arduino mounted on a spinning turn table. Very happy with the product!
GL
Reviewed in the United States on January 25, 2021
Works really well, but know that the heat sink on the transmitter side gets VERY hot. I mounted it in a plastic project box with large holes for ventilation but it still got hot enough to warp the box. If you want to use an enclosure, you will need to add a cooling fan.
Sophist
Reviewed in the United States on April 30, 2021
I get 12.8 volts out but only getting .08 amps no matter how close or far the amps wont go any higher than .08 bought it because its supposed to put out 2 amps
Carl
Reviewed in the United States on September 18, 2019
Was very pleased with the product and the performance of the inductive modules. The company provided excellent and timely customer service for the product.
Poobear
Reviewed in the United States on July 10, 2019
Basic first tests indicate it works, at least. 24v in gives around 12v out. The voltage drops some as a function of distance (too close or too far, or with coils offset more than ~25%). I tested it briefly with a 0.4A load at 12v and 8mm spacing, and the transmitter coil pulled 0.3A at 24V (65% efficiency) without any components becoming noticeably hot. Without the receiver coil in place, it pulled 0.07A (24V). There is a potentiometer that allows some finer-scale adjustment of the output current, but if the coils are offset or at suboptimal distance, it doesn't let you pull the voltage back up to 12v. There was a note included in the package that said if you place the coils 8mm or closer it will cause damage to the components. Lost one star b/c of the design of the boards, it would be cumbersome to mount the boards onto or into any sort of enclosure.
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