Riedon Blog

Welcome to the Riedon Blog.  Here you will find articles and resources related to all types of resistors and shunts. 

RIEDON CURRENT SHUNTS FOR SOLAR INDUSTRY

RIEDON CURRENT SHUNTS FOR SOLAR INDUSTRY

Riedon’s selection of Current Shunts for the Solar Industry range from 5A to 1200A with outputs of either 50mV or 100mV. In Solar Panel installations, for the monitoring of DC current flowing out of the battery, it is important to install a measurement device such as...

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Riedon Shunts Helping To Solve A Global Tragedy

Riedon Shunts Helping To Solve A Global Tragedy

Riedon’s busbar shunts play an important role in New Life International’s water purification systems.  New Life International operates as a non-profit organization. The Organization has been operating for over 50 years providing humanitarian relief by delivering food,...

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Smart Shunts in Action

Smart Shunts in Action

A prominent University in the Mid-West recently approached us looking for a current measurement solution. They are in the process of installing a high voltage DC system in one of their campus buildings. This means that everything in the building will be powered by...

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Ultimate Guide to Resistors

Ultimate Guide to Resistors

Introduction Resistors are probably the most common and well-known of all electrical components. This guide to precision and power resistors answers all your questions about the four main resistor technologies and their performance. In these pages, you’ll find a...

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Resister Characteristics And Their Definitions

Here’s a brief glossary of the most important terms used when describing resistors’ characteristics. Tolerance Resistor tolerance is the deviation from the nominal value. It is expressed as a ±%, measured at 25°C with no load applied. Some resistor designs have...

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Wirewound Resistors

Like every component, the fabrication technology used in resistor manufacture has changed over time and resistive films, for example, have made a significant contribution in allowing the cost-effective mass production of devices that are increasingly miniaturized. Yet...

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