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These cookies are necessary for our website to function and cannot be deactivated. As a rule, these cookies enable our website’s proper functioning and support critical features that you have requested such as the maintaining of your shopping cart and maintaining your session when you have logged in as a customer. Your browser can be set to block cookies or inform you of their use. Blocking these technical cookies will result in the website not functioning as intended.

These cookies allow us to understand how the website is being used and how it is performing so that we can make improvements to your experience. By allowing these cookies you help us understand which pages are most important, and which are less so and where work may need to be done to improve the speed or content of our pages. These cookies may be set by us, or they may be set by providers whose tools we use to help in our analysis.

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TDK SIMID SMT Inductors

TDK SIMID Surface Mount (SMD/SMT) Inductors support compact circuit designs with laser-cut and wire-wound options across seven EIA sizes from 0402 to 2220. These inductors provide inductance values from 1nH to 10,000µH and rated currents from 25mA to 3510mA, depending on the model. The SIMID series offers high mechanical stability, tight inductance tolerances, and a maximum rated temperature of +150°C. Applications include automotive electronics, DC/DC converters, and telecommunications.

Features

AEC-Q200 compliant for selected variants
Ceramic core with copper plating in laser-cut models
Durable construction with high mechanical strength
Precise inductance tolerance
Pure tin finish on terminals
Wire-wound construction for larger case sizes

Applications

Antenna systems
Consumer electronics
DC/DC converters
Handheld devices
Industrial electronics
Keyless entry systems
Mobile phones
Resonant circuits
Signal filtering
Telecommunications

Technical Specifications

Parameters	Values
EIA Size Range	0402 to 2220
Minimum Rated Current	25mA
Rated Inductance Range	1nH to 10,000µH
Maximum Rated Temperature	+150°C

Additional Resources