by admin | Mar 16, 2021 | Low TCR, power resistors, Precision Resistors, Resistors, Shunts, Uncategorized, Wirewound resistors
What is TCR? The resistance value of a resistor changes with temperature and TCR stands for Temperature Coefficient of Resistance, which indicates that when the temperature changes by 1℃, there will be a relative change of resistance value in ppm/℃. The resistance...
by Frida Hovsepian | Sep 2, 2020 | Current Sensors, Custom Resistors, Low TCR, Ohmite, Precision Resistors, Uncategorized, Wirewound resistors
Riedon acquired KRL Bantry Components in April of 2019. These are just two new product lines that are now available from Riedon. HR Series Hermetically Sealed Ideal for: High Stability Instruments Resistance Standards Metallurgical Equipment What makes the HR...
by admin | Jan 21, 2020 | power resistors, pulse resistors, Pulse Withstanding Resistors, Wirewound resistors
How do Riedon resistors handle an extreme pulse? Riedon was recently contacted by an industrial controls company seeking a solution for a pulse requirement in one of their new products. During normal operation the resistors need to absorb around 100 joules of...
by Frida Hovsepian | Nov 8, 2019 | Low TCR, power resistors, pulse resistors, Pulse Withstanding Resistors, Uncategorized, Wirewound resistors
HPP series High Pulse Power resistors – up to 54 joules Riedon developed the HPP series resistors to offer higher pulse performance when compared to generic off-the-shelf versions. The joule ratings listed for this series are not the highest energy rating...
by Frida Hovsepian | May 23, 2019 | power resistors, Resistors, Wirewound resistors
Riedon is proud to announce our new line of metal-clad braking resistors, the BR series. These rugged braking resistors are less reliant on heatsink configuration than resistors using other technologies like thick film or foil. Utilizing aluminium housings, high...
by admin | Dec 8, 2017 | power resistors, Resistors, Wirewound resistors
Choosing a resistor for pulse applications can be tricky business. What is the magnitude of the pulse? How long does it last? How often does it repeat? What is an acceptable resistance range? And then there are the multiple resistor technologies to consider. A typical...
