Ametherm Introduces New Surface-Mount Thermistors for High-Accuracy Temperature Compensation and Measurement
Devices Offer Power Ratings of 125 mW, 200 mW, and 250 mW for LCD Controls, Relay Coils, Oscillators, and Hybrid Circuits
Ametherm Honors Power Component Sales With Award in Recognition of Success in the New England Market
CARSON CITY, NV — (Marketwired) — 09/26/13 — Ametherm today announced that it has recognized Power Component Sales, Inc. (PowerComp) with an award acknowledging the rep-s significant contributions to the company-s success in the New England market. Since 1995, PowerComp has been the exclusive manufacturer-s representative for Ametherm-s full line of inrush current limiting power thermistors in the region.PowerComp was formed in 1990 by Alan and Kathy Armstrong with the goal of servicing the
Ametherm Receives UL Recognition for MegaSurge Series Inrush Current Limiting NTC Thermistors
Devices Are Industry-s First Certified to UL 1434 for Single- and Three-Phase Input Voltages to 480 VAC
Ametherm Announces Global Distribution Partnership With Mouser Electronics, Inc.
CARSON CITY, NV — (Marketwired) — 07/31/13 — Ametherm today announced a global distribution partnership with Mouser Electronics, Inc., a leading catalog and online semiconductor and electronic component distributor. Under the terms of the agreement, Mouser will carry and provide technical support for Ametherm-s complete line-up of reliable inrush current limiting solutions.Made in the USA, Ametherm-s RoHS-compliant current limiting power thermistors are recognized by Underwriters Laboratorie
Ametherm Introduces New Inrush Current Limiting NTC Thermistors Designed to Withstand High Currents From 6 A to 50 A and 250 J to 800 J of Input Energy
CARSON CITY, NV — (Marketwired) — 07/24/13 — Ametherm today introduced a new series of inrush current limiting NTC thermistors designed to withstand high steady-state currents from 6 A to 50 A and 250 J to 800 J of input energy in a wide range of applications. Recognized by Underwriters Laboratories (UL) for ensured safety, devices provide lower current density, faster reset times, and a wider temperature range without derating compared with traditional inrush current limiters.The thermisto