Application Video | Microwave Switch Design Tool: Accelerate Your Design to Production Cycle
Pickering Interfaces
Switching | Programmable Resistors | Simulation | Software | Connectivity
In our latest video, we demonstrate how Pickering's Microwave Switch Design Tool (MSDT) simplifies the development of RF/Microwave test systems. By providing a flexible and virtual platform to customize PXI switch modules and LXI switching systems, MSDT allows engineers to optimize chassis space and efficiently configure signal routing networks to spec. The tool's schema and simulation features enable users to model and verify critical RF parameters before finalizing designs and accelerating the design to production cycle. Watch the video to see how MSDT can streamline your next RF test system project.
OnDemand Webinar | Millivolt to Microvolt: How Your BMS Can Enable More Miles
Join Pickering Interfaces’ simulation product manager, Paul Bovingdon, and sales manager, Christopher Kolbe, as they explore the intricate world of Battery Management Systems (BMS) in our session "Millivolt to Microvolt: How Your BMS Can Enable More Miles." This session focuses on BMS accuracy improvements to extend car range. Specifically, we discuss the changes and upgrades your hardware-in-the-loop (HIL) system will need to match future BMS Performance.?
Interview with Tom Sarfi in Aerospace & Defense Technology Magazine
Our own Tom Sarfi was interviewed in Aerospace & Defense Technology recently about best practices for RF/Microwave testing. Inside, he details the challenges around RFiU testing design, including shifting requirements, interdepartmental communication, types of platforms available, best practices for modular-based and turnkey systems, as well as what resources are available to test system architects that make designing an RF/Microwave system easier and more cost-effective.
Article: 4-20 mA Current Loop Simulation in ECU Validation (Part 6 of our blog series)
领英推荐
By Nick Hickford,
While the sensor types discussed in this series are typically dedicated to measuring a specific function (i.e., thermocouples are used to measure temperature), 4 – 20 mA current loop transmitters and transducers cover various measurement types. They are typically used in industrial settings, such as factory automation, where accuracy and resolution are not critical, but immunity to electrical noise is an important factor. 4 – 20 mA transmitters may be used to measure a diverse range of physical properties, including...
Careers At Pickering
Catch Us At These Upcoming Events:
Solutions by: Industry | Switching | Simulation | Connectivity