For power supply, industrial control, appliance, and EV engineers, NTC thermistors may be a low-cost component, but removing them to reduce BOM cost can create much higher failure risks.
Why Power Supply Design Requires NTC Thermistors?
Without proper NTC thermistor protection, inrush current at startup can damage rectifiers, power ICs, relays, and other sensitive components. In temperature-sensing applications, an unreliable NTC thermistor can also lead to inaccurate thermal monitoring and control.
A properly selected NTC thermistor provides:
Inrush current limiting: High resistance when cold, suppressing startup current.
Low power loss: Resistance drops as temperature rises during normal operation.
Accurate temperature sensing: Supports thermal monitoring and control in EV, industrial, and appliance applications.
Why JEC?
JYH HSU (JEC) has 23 years of experience in passive component manufacturing, providing NTC thermistor solutions for different applications:
MF72 – Inrush current limiting for power supplies and industrial equipment
MF52 – Temperature sensing for BMS, appliances, and other applications
MF58 – Fast-response, high-precision temperature sensing for automotive and industrial applications
With ISO 9001 and 14001 certification and RoHS/REACH-compliant products, JEC provides support from component selection and sample testing to mass production.
Looking for the right NTC thermistor for your application? Contact JEC for free samples and professional selection support.
Post time: Aug-24-2026