Most car audio amplifiers today are class A/B or D, due to a desire to keep power consumption to a minimum while still maintaining high power output and an acceptable (low) distortion level.
Even when viewed through an “audio lens,” an automobile remains a complex system. As such, it makes sense to break down any discussion around testing into key subsystems. Here we will focus on automotive audio amplifiers, and the types of tests that are normally made on these devices.
This video delves into the basics of ultrasonic sensors, including how they work, understanding beam angles, a comparison of strengths and limitations, and more.
This presentation will provide an overview on proper fan selection, including system profiling, determining a system’s cooling requirements, and an outline of fan types and features...
Analog Devices' LT8645 and LT8646 are 65 V, 8 A synchronous step-down/buck regulators. These regulators feature Silent Switcher architecture designed to minimize EMI/EMC emissions...
Explore the fundamentals of pressure sensors—devices that convert gas or liquid pressure into electrical signals. Learn how they work and adapt to diverse applications, from everyday...
