• Preferred Supplier

Ametherm

Video in evidenza

Follow Ametherm on Social Media!
Follow Ametherm on Social Media!
Designing a Power Factor Correction Circuit
Designing a Power Factor Correction Circuit
How to Use Ametherm's Inrush Current Calculators
How to Use Ametherm's Inrush Current Calculators
Calculating Thermistor Beta
Calculating Thermistor Beta
Visualizza tutto

PTM recenti

Image of Ametherm MM35-DIN
5 minutes
NTC Thermistor Inrush Current Limiter MM35-DIN Series
Overview of the MM35-DIN Series NTC Theristor Inrush Current Limiter, including applications, features, and educational information.
Image of Ametherm's encapsulated DG Series NTC Thermistor
5 minutes
Glass Encapsulated DG Series NTC Thermistors
Educational information about glass encapsulated thermistors as well as a customer's guide for choosing the appropriate device for their application.
Inrush-SM
5 minutes
DC Inrush Current Limiter
This tutorial will help customers learn more about Inrush Current Limiters and which ones they will need for different applications.
NTC-SM
10 minutes
NTC Thermistor Sensors
The presentation will provide an overview of NTC Thermistor Sensors and their applications.
NTC Thermistor
5 minutes
Choosing NTC Thermistor for Inrush Current Limiting: Capacitive Applications
The selection of NTC thermistors for inrush current limiting on capacitive applications.
Battery Precharge schematic
5 minutes
Battery Precharge Overview
Inrush current problems in battery circuits explained and a precharge circuit to limit inrush current with Ametherm Thermistor.
Visualizza tutto

Ametherm

Ametherm è un produttore leader di termistori di potenza. Ametherm offre la massima portata di corrente di stato stazionario così come la massima capacità di gestione dell'energia nominale disponibili sul mercato. L'eccellente stabilità a lungo termine e struttura robusta li rendono ideali per la limitazione della corrente di inserzione nei motori (da 1/3 a 3,0 HP), apparecchiature medicali (alimentatori, RMI), sistemi di sicurezza (macchine a raggi x), trasformatori (fino a 8,0 kVA), telco (alimentatori fino a 4000 W di potenza in uscita) e comandi motore, come il metodo più economico.

Il nostro sito Web

Contenuto aggiuntivo