Thermistors for Temperature Measurement, Compensation, and Control
Negative Temperature Coefficient NTC Thermistors are semi-conductor non-linear resistors, which alter their resistance characteristics with temperature and the resistance of the NTC thermistor will decrease as the temperature increases.
Ametherm’s NTC thermistors are manufactured from a specially-formulated high quality metal oxide ceramic material which is extremely accurate in sensing temperature used in Temperature Measurement, Compensation, and Control applications.
NTC thermistor probes have long been employed to measure liquid levels and temperature in industries that extend from automotive electronics to medical technology to green energy. Their applications are endless, and their purpose is significant. A thermistor probe is otherwise identified as a bead thermistor manufactured as a bare bead encapsulated with epoxy or glass that is usually potted in a metal or plastic housing with two high temperature insulated … Continue Reading
Interchangeable Device Eliminates Conduction Between Leads for the Highest Temperature Sensing Accuracy Ametherm today (April 9 2018) announced that the company has extended the capabilities of its ACCU-Curve series of interchangeable NTC thermistors with the ACL-011. This new device features insulated tinned-copper leads, ensuring the most accurate temperature sensing with no unintended conduction between leads. Ametherm’s ACL-011 delivers long-term stability and reliability for high-accuracy temperature sensing, control, and compensation in … Continue Reading
From the creation of the first inrush current limiter series, back in 1994, Ametherm knew that having logic behind the series naming convention would be important. Not only for organizational means but also to easily identify the components of the inrush current limiters and NTC thermistor temperature sensors. Both product lines, the inrush current limiters and NTC thermistor temperature sensors, have stringent guidelines created to get the most accurate description … Continue Reading