Wurth Elektronik WE-WPCC Wireless Charging Coil Transmitter 9A, 6.4 (L2) μH, 6.9 (L1) μH

RS Stock No.: 163-8302Brand: Wurth ElektronikManufacturers Part No.: 760308104120
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Technical Document

Specifications

Inductance

6.4 (L2) μH, 6.9 (L1) μH

Function

Transmitter

Maximum dc Current

9A

Maximum DC Resistance

45mΩ

Self Resonant Frequency

15MHz

Q Factor

100

Series

WE-WPCC

Core Material

Ferrite Core

Maximum Operating Temperature

+105°C

Minimum Operating Temperature

-20°C

Mounting Type

Radial

Inductance Tolerance

±10 %

Dimensions

91.7 x 5.5 x 50mm

Width_SC_PC

5.5mm

Length

91.7mm

Height

50mm

Country of Origin

China

Product details

Wurth WE-WPCC Series Wireless Power Arrays

WE-WPCC wireless power charging coil arrays feature high permeability shielding and have a robust, reliable construction. These wireless charging arrays are Qi standard compliant and utilise Litz wire which has the highest Q-value available. WE-WPCC wireless power charging coil arrays are suitable for applications up to 20 W (up to 200 W outside the standard). The stray field is limited by the pot core construction.

Product Application Information

There are many potential applications for these wireless power charging coil arrays. However, the WE-WPCC series is recommended for use in sensitive environments where connectors can cause a risk of pollution. For example in clean rooms, the mining industry or medical facilities. These power arrays are suited to environments where the physical connection of a connector to a device can be hazardous, such as explosion sensitive areas. WE-WPCC wireless power charging coil arrays are also ideal for devices such as fitness trackers and smartwatches that require many mating cycles. Wireless charging avoids connector damage from repeated use. Other key applications for these power arrays include watertight products, smart sensors, digital cameras, remote controls and smartphones.

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P.O.A.

Wurth Elektronik WE-WPCC Wireless Charging Coil Transmitter 9A, 6.4 (L2) μH, 6.9 (L1) μH

P.O.A.

Wurth Elektronik WE-WPCC Wireless Charging Coil Transmitter 9A, 6.4 (L2) μH, 6.9 (L1) μH
Stock information temporarily unavailable.

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Technical Document

Specifications

Inductance

6.4 (L2) μH, 6.9 (L1) μH

Function

Transmitter

Maximum dc Current

9A

Maximum DC Resistance

45mΩ

Self Resonant Frequency

15MHz

Q Factor

100

Series

WE-WPCC

Core Material

Ferrite Core

Maximum Operating Temperature

+105°C

Minimum Operating Temperature

-20°C

Mounting Type

Radial

Inductance Tolerance

±10 %

Dimensions

91.7 x 5.5 x 50mm

Width_SC_PC

5.5mm

Length

91.7mm

Height

50mm

Country of Origin

China

Product details

Wurth WE-WPCC Series Wireless Power Arrays

WE-WPCC wireless power charging coil arrays feature high permeability shielding and have a robust, reliable construction. These wireless charging arrays are Qi standard compliant and utilise Litz wire which has the highest Q-value available. WE-WPCC wireless power charging coil arrays are suitable for applications up to 20 W (up to 200 W outside the standard). The stray field is limited by the pot core construction.

Product Application Information

There are many potential applications for these wireless power charging coil arrays. However, the WE-WPCC series is recommended for use in sensitive environments where connectors can cause a risk of pollution. For example in clean rooms, the mining industry or medical facilities. These power arrays are suited to environments where the physical connection of a connector to a device can be hazardous, such as explosion sensitive areas. WE-WPCC wireless power charging coil arrays are also ideal for devices such as fitness trackers and smartwatches that require many mating cycles. Wireless charging avoids connector damage from repeated use. Other key applications for these power arrays include watertight products, smart sensors, digital cameras, remote controls and smartphones.

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more