Coilcraft CPS Chip Inductor for Critical Applications ST336RAD5N6JLZ

Description
These inductors provide exceptional Q values, even at high frequencies. They have a ceramic body and wire wound construction to provide the highest SRFs, tight inductance tolerance and batch consistency. This robust version of Coilcraft’s standard 0805HQ series features high temperature materials that allow operation in ambient temperatures up to 155°C.
Datasheet
Description
These inductors provide exceptional Q values, even at high frequencies. They have a ceramic body and wire wound construction to provide the highest SRFs, tight inductance tolerance and batch consistency. This robust version of Coilcraft’s standard 0805HQ series features high temperature materials that allow operation in ambient temperatures up to 155°C.
Datasheet

Suppliers

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Chip Inductor for Critical Applications - ST336RAD5N6JLZ - Coilcraft CPS
Cary, IL, USA
Chip Inductor for Critical Applications
ST336RAD5N6JLZ
Chip Inductor for Critical Applications ST336RAD5N6JLZ
These inductors provide exceptional Q values, even at high frequencies. They have a ceramic body and wire wound construction to provide the highest SRFs, tight inductance tolerance and batch consistency. This robust version of Coilcraft’s standard 0805HQ series features high temperature materials that allow operation in ambient temperatures up to 155°C.

These inductors provide exceptional Q values, even at high frequencies. They have a ceramic body and wire wound construction to provide the highest SRFs, tight inductance tolerance and batch consistency.

This robust version of Coilcraft’s standard 0805HQ series features high temperature materials that allow operation in ambient temperatures up to 155°C.

Supplier's Site Datasheet

Technical Specifications

  Coilcraft CPS
Product Category Chip Inductors
Product Number ST336RAD5N6JLZ
Product Name Chip Inductor for Critical Applications
Core Material Ceramic
Application RF Choke
Inductance Range 0.0056 microH
Inductance Tolerance 5 (+/- %)
DCR 0.0350 ohms
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