FEATURES

? Well-defined protection temperature levels

? Fast reaction time (< 15 s in still air)

? Accurate resistance for ease of circuit design

? Excellent long term behavior (< 1 °C or 5 after

1000 h at Tn + 15 °C)

? Wide range of protection temperatures (70 °C to

150 °C)

? No need to reset supply after overtemperature switch

? Small size and rugged

? Coated leaded and naked devices available

? Compliant to RoHS directive 2002/95/EC and in

accordance to WEEE 2002/96/EC

APPLICATIONS

Over-temperature protection and control in:

? Industrial electronics

? Power supplies

? Electronic data processing

? Motor protection

DESCRIPTION

These directly heated thermistors have a positive

temperature coefficient and are primarily intended for

sensing.