Gowanda Electronics introduces SMP0603 robust ceramic core chip inductors for power & RF applications ideal for Test & Measurement, Industrial, Medical, Control & Automotive Sectors.
Gowanda Electronics, a designer and manufacturer of high-performance inductors and magnetic components for demanding RF and power applications, and a member of the iNRCORE family of brands, announces the introduction of its first ceramic core chip inductor series for power applications – SMP0603. This new power series is ideal for use in test & measurement, industrial control and automotive sectors. These high performance chip inductors can also be utilized in RF applications in commercial, medical and military markets.
The SMP0603 series was designed to address the power electronics market need for ceramic chip inductors with high current handling. An inductor with a high current rating is essential for DC/DC converters and switching power supplies utilized in test & measurement equipment, industrial control equipment and in automotive applications such as electric vehicles and charging stations. This high performance series is also well-suited for RF environments including communication, guidance, security, radar and test & measurement applications.
The performance range provided by the 37 discrete parts within the SMP0603 series includes Inductance from 1.8 nH to 27 nH, DCR Ohms from 0.010 to 0.040 and Current Rating mA DC from 1750 to 3400. All of Gowanda’s chip inductors, including this new series, meet a TML (Total Mass Loss) outgassing requirement of 1.0% maximum when tested in accordance with ASTM E595. Standard terminations are gold-plated nickel and RoHS-compliant.
The SMP0603 inductors are designed with a flat top cover for pick and place assembly and they are suitable for reflow soldering. Operating temperature range for this power series is -40°C to +125°C.
Unlike other chip manufacturers, Gowanda’s chip inductors utilize co-fired terminations and fully encapsulated designs to address the market need for chemical resistance, vibration/shear resistance, electrical and mechanical integrity, durability during handling/processing and implantable device components (human body).
This product line expansion leverages the company’s similarly-sized ceramic chip RF inductor series (CC0603) which has been optimized for higher current handling in order to make the new SMP0603 series suitable for power applications.
