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Categories | Wireless Charging Coil |
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Brand Name: | ZXY |
Model Number: | G34-12UH |
Certification: | RoHS,ISO9001-2001 |
Place of Origin: | China,shenzhen city. |
MOQ: | Negotiable |
Price: | Negotiable |
Payment Terms: | T/T paypal xtransfer |
Supply Ability: | 2000K-pcs/month |
Delivery Time: | stock Or 3 weeks |
Packaging Details: | 1000pieces /per plate 4 trays in a box/ Carton size:380mm*325mm*345mm |
Name: | G34-12UH Wireless Charging Transmitting Coil |
Inductance: | 12UH |
Coil Material: | Copper wire |
Voltage: | Customized |
Theory: | Law of electromagnetic induction |
Number of Coils: | Customized |
Company Info. |
Shenzhen Zhixiangyuan Electronics Co., Ltd. |
Verified Supplier |
View Contact Details |
Product List |
The G34 - 12UH Wireless Charging Transmitting Coil is a crucial component in wireless charging systems. With a designated inductance of 12 micro - henries, it's optimized to efficiently transfer energy in the wireless charging process. Measuring 34mm in a specific dimension (which could be diameter, length, or another relevant parameter depending on its design), it's engineered to work in harmony with compatible receiving coils. This coil operates based on the principle of electromagnetic induction, converting electrical energy from an AC power source into a varying magnetic field. This magnetic field then interacts with the receiving coil in the device to be charged, inducing an electric current for charging. Its high - quality construction ensures stable performance, minimal energy loss, and reliable operation, making it suitable for a wide range of wireless - charging - enabled devices, from smartphones to small - sized wearable electronics.
1. Electrical performance characteristics
--Specific inductance value: It has an inductance value of 12
microhenries (12UH), which has been carefully designed to achieve
efficient electromagnetic energy conversion during wireless
charging. The appropriate inductance value ensures the best
magnetic field coupling effect between the transmitting coil and
the receiving coil, thereby improving energy transmission
efficiency and ensuring fast and stable charging of the equipment.
--Efficient energy transmission: Based on the principle of
electromagnetic induction, it can efficiently convert the
electrical energy input from AC power into magnetic field energy,
and transmit it to the receiving coil through the magnetic field,
achieving high charging efficiency. This means that in the same
amount of time, the charged device can obtain more electricity and
reduce charging time.
2. Physical structural characteristics
--Size specification: The "34" in "G34" usually represents a
diameter that may be 34mm. This clear size design makes it easy to
integrate into various wireless charging device design schemes,
whether it is a small wearable device or a larger mobile phone
wireless charging base, the appropriate size of the transmitting
coil can be selected according to the spatial layout.
--Compact design: generally has a compact structure that minimizes
space occupation while meeting electrical performance requirements.
This is crucial for today's pursuit of lightweight and compact
electronic devices, as it helps to achieve miniaturization of
wireless charging modules, enhance the overall design aesthetics
and portability of products.
Advantage | One - sentence Explanation |
Precise Inductance | With an inductance of 12UH, it enables highly efficient electromagnetic energy conversion for optimal wireless charging performance. |
Suitable Size | The 34 - sized (specific dimension) coil is easy to integrate into various wireless charging devices, facilitating compact product designs. |
High - efficiency Energy Transfer | It can efficiently convert electrical energy into magnetic energy and transfer it to the receiving coil, reducing charging time. |
Stable Magnetic Field Output | It generates a stable alternating magnetic field, ensuring consistent and reliable charging for the device. |
Good Compatibility | It is designed to be compatible with a wide range of wireless - charging - enabled devices, providing universal charging solutions. |
Compact Structure | Its compact design takes up less space, which is crucial for the miniaturization of wireless charging modules. |
Excellent Anti - interference | It has a certain ability to resist external electromagnetic interference, maintaining normal operation in complex electromagnetic environments. |
High - quality Materials | Made of high - quality magnetic materials and wires, it reduces energy losses and improves overall charging efficiency. |
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