Riedon Resistors

04/19/2023

Exciting news! 🎉 I'm thrilled to share that our company, [Your Company Name], has been acquired by [Acquirer Company Name]. This incredible opportunity will enable us to leverage their resources, expertise, and network to further enhance our products/services and provide even greater value to our customers. I'm looking forward to the growth and innovation that lies ahead. A big thank you to everyone who has supported us along the way!

Here's the official press release:

プレスリリース

04/11/2023

Most uniquely designed shunts. Click here to learn more https://shunts.com/pages/next-generation-current-sensor

03/24/2023

Coming Soon - Next Generation Current Sensor

Riedon extends its smart shunt current sensor range via the new SSD series. As well as combining the stability, accuracy, and cost-effectiveness of passive s...

03/09/2023

Countdown to new product release! Stay tuned!

06/07/2022

Our new SSA smart shunts are a new way of maximizing current sensing accuracy while simplifying implementation. This is the industry's first reinforced isolation high power shunt module with analog output to take on hall sensing.

Click Here for the full data sheet -https://riedon.com/media/pdf/SSA.pdf

06/06/2022

Our new SSA smart shunts are a new way of maximizing current sensing accuracy while simplifying implementation. This is the industry's first reinforced isolation high power shunt module with analog output to take on hall sensing.

Click Here for the full data sheet -https://riedon.com/media/pdf/SSA.pdf

01/11/2022

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 a current shunt. The shunt mea...

08/24/2021

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 direct current including LED lighti...

06/07/2021

To control energy flow and optimize efficiency in high-power industrial systems such as motor drives, uninterruptible power-supplies (UPS), solar inverters, battery systems, etc and automotive systems such as traction inverters in electric vehicles, accurate current measurements at high common-mode voltages are essential.

These high-power systems are subjected to hostile environments such as electrical noise, vibration, mechanical shock, temperature variations, ingress of contaminants. Since these current measurements are measured on the power drive side or called the “hot-side”, the measurements are galvanically isolated and sent across to the micro-controller side or the “cold-side”.

However, new active shunt technology now offers an all-in-one solution that combines highly accurate measurement and isolation in a single package.

Active shunts: The smart way to measure high currents in industrial and automotive applications by admin | May 5, 2021 | Shunts | 0 comments Authors: Phil Ebbert – VP Engineering at Riedon, Inc. Krunal Maniar – Business Development Manager at Texas Instruments To control energy flow and optimize...

10/23/2020

The LEAP (Leadership in Engineering Achievement Program) awards are held yearly recognizing significant engineering achievements.

Riedon received the for smart shunt design.

06/29/2020

Let us know if you are interested in the datasheet? https://riedon.com/sample_request