Promotional Code

Use promotional code RSBAHEXTRA5 and get extra 5% off on the price of all products | Payment Options: Debit or Credit Card, Wire Transfer, Cash or Cheque

Wurth, WE-KI, 0603 (1608M) Unshielded Wire-wound SMD Inductor with a Ceramic Core, 100 nH ±5% Wire-Wound 400mA Idc Q:35

RS Stock No.: 737-3431Brand: Wurth ElektronikManufacturers Part No.: 744761210A
brand-logo
View all in Surface Mount Inductors

Technical Document

Specifications

Inductance

100 nH

Maximum dc Current

400mA

Package/Case

0603 (1608M)

Length

1.6mm

Depth

1.05mm

Height

1.05mm

Dimensions

1.6 x 1.05 x 1.05mm

Shielded

No

Tolerance

±5%

Maximum DC Resistance

630mΩ

Series

WE-KI

Core Material

Ceramic

Maximum Self Resonant Frequency

1.4GHz

Minimum Quality Factor

35

Inductor Construction

Wire-Wound

Maximum Operating Temperature

+125°C

Minimum Operating Temperature

-40°C

Product details

Wurth 0603 WE-KI Series Wirewound Ceramic Inductors

Wurth WE-KI Series 0603 SMD wire-wound ceramic inductors have been designed for high frequency applications. They offer the highest possible self resonant frequencies up to 12.5 GHz alongside an excellent Q factor and high thermal stability. Other applications for these ceramic inductors include wireless LAN, Bluetooth and RF transceiver/communications. Reflow soldering is recommended for these ceramic inductors.

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
Stock information temporarily unavailable.

BD 1.732

BD 0.173 Each (In a Bag of 10) (Exc. Vat)

BD 1.905

BD 0.190 Each (In a Bag of 10) (inc. VAT)

Wurth, WE-KI, 0603 (1608M) Unshielded Wire-wound SMD Inductor with a Ceramic Core, 100 nH ±5% Wire-Wound 400mA Idc Q:35
Select packaging type

BD 1.732

BD 0.173 Each (In a Bag of 10) (Exc. Vat)

BD 1.905

BD 0.190 Each (In a Bag of 10) (inc. VAT)

Wurth, WE-KI, 0603 (1608M) Unshielded Wire-wound SMD Inductor with a Ceramic Core, 100 nH ±5% Wire-Wound 400mA Idc Q:35
Stock information temporarily unavailable.
Select packaging type

Stock information temporarily unavailable.

Please check again later.

quantityUnit pricePer Bag
10 - 90BD 0.173BD 1.732
100 - 190BD 0.147BD 1.470
200 - 490BD 0.131BD 1.312
500+BD 0.116BD 1.155

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

Technical Document

Specifications

Inductance

100 nH

Maximum dc Current

400mA

Package/Case

0603 (1608M)

Length

1.6mm

Depth

1.05mm

Height

1.05mm

Dimensions

1.6 x 1.05 x 1.05mm

Shielded

No

Tolerance

±5%

Maximum DC Resistance

630mΩ

Series

WE-KI

Core Material

Ceramic

Maximum Self Resonant Frequency

1.4GHz

Minimum Quality Factor

35

Inductor Construction

Wire-Wound

Maximum Operating Temperature

+125°C

Minimum Operating Temperature

-40°C

Product details

Wurth 0603 WE-KI Series Wirewound Ceramic Inductors

Wurth WE-KI Series 0603 SMD wire-wound ceramic inductors have been designed for high frequency applications. They offer the highest possible self resonant frequencies up to 12.5 GHz alongside an excellent Q factor and high thermal stability. Other applications for these ceramic inductors include wireless LAN, Bluetooth and RF transceiver/communications. Reflow soldering is recommended for these ceramic inductors.

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