Videos
Featured Videos
Introducing Our New Video Series: "The Current Source" - Hosted by our own Field Applications Engineer, Jason Thompson.
We''re excited to launch this new monthly video series dedicated to exploring the ins and outs of current sensing shunts - the capacity behind power management, battery monitoring, and precision measurement.
Whether you''re designing EVs, industrial equipment, space/satellite or advanced electronics, accurate current sensing is mission critical. In this series, our experts will break down: -Design considerations & best practices -Use cases across industries -Tips for selecting the right shunt resistor -Emerging trends and innovations
This brief video aims to provide engineers and product designers with an overview of the many options available from Isabellenhütte-and to highlight some of the unique features of our one-of-a-kind surface-mount resistors.
An SMD resistor is a component designed to be surface mounted onto a circuit board. SMD resistors are typically smaller than traditional resistors, taking up less space on the board
Welcome to another Isabellenhütte product info programabout Analog Current Sensing in Battery Management Systems.
This brief video aims to provide engineers and product designers with an overview of the many options available from Isabellenhütte-and to highlight some of the unique features of our one-of-a-kind current-sensor solutions used in battery management systems and other applications.
A precision resistor designed for the most demanding requirements for precise measurement processes for a wide range of applications.
BDUs (battery disconnect units) are at the heart of electric vehicle (EV) safety - not only for occupants but for the protection of valuable circuitry throughout the vehicles. As EV innovators explore ways to advance safety and performance goals (while shrinking BDU footprints) they are discovering the value of multi-function "smart sensors" designed under functional safety aspects for precision measurement and long life. Learn more about next-gen options in this detailed presentation.
Shunt Resistors: New approaches to obtain higher accuracy, higher power density and more robustness
Due to the popularity of this topic, we have arranged with IEEE to make this program available again (for a limited time) to our customers and other interested engineers/BMS innovators.
In this webinar, one of Isabellenhütte''s Precision Management experts, Matthias Hilpert (North America) covers the following topics as they''ve been recently updated: What regulations are replacing the IEC 61508 Functional Safety Standard? (And can 500 pages of this new ISO 26262 spec be simplified?)
How can you significantly improve the functional safety of your HV battery designs using the latest monitoring options?
What are the practical and cost differences between active and passive isolation monitoring approaches?
Is there an optimal way to choose sensing points within an HV BMS? Bonus Content At the end of the webinar, viewers receive a "sneak peek" of a 3rd-generation, ASIL-rated solution for flexibly monitoring key parameters within your HV BMS systems.
In diesem Webinar sprechen wir über folgende Themen:- DC-Unterverteilung in Energieanlagen- Rechtliche Begünstigung ausgewählter DC-Energieübergabepu
In diesem Webinar sprechen wir über folgende Themen:- DC-Unterverteilung in Energieanlagen- Rechtliche Begünstigung ausgewählter DC-Energieübergabepu
Isabellenhuette Animation Precision Alloys ENG HDTV
Shows customer applications and application options of the business unit precision and power resistors
The next step in phase current measurement
In this webinar, one of Isabellenhütte''s Precision Management experts, Matthias Hilpert will cover the following content:
1. TECHNOLOGY OVERVIEW• Facts, advantages and challenges of traditional CT current sensing solutions vs. shunt-based current sensing solutions• Explaining the ASIC of a shunt-based current sensing solution• Parameters that influence the accuracy of a measurement system and procedures to keep those influences low2. ∆Σ-MODULATION PRINCIPLE• Delta Sigma modulation and its advantages• ∆Σ-modulator output vs. measured current value• Processing a 1-bit data stream with decimation filters and converting it into a readable digital value3. SHOWCASE MEASUREMENT DEMONSTRATION• Configuring filter settings • The effects of filter settings and oversampling rates on the current sensing output signal shown in an experimental setup
Our most recent IEEE Global Spec webinar on EV''s and Next-generation, Shunt-based Battery Management technologies
The IEM provides everything needed for precise current measurement in EV-charging infrastructur.
Learn more about the IEM here: https://www.isabelle
Chapter 1: Getting Started: Parts and WiringConnecting an IVT-S Smart Current and Voltage sensing module to a computer using the PEAK CAN to USB Transceiver
The IEM-DCR 1500 is the next step in the development of state-of-the-art measurement sensors from Isabellenhütte.