You’re designing an oscilloscope with modest storage — only 15,000 samples per channel. However, the sample rate is at 5 Gs/s ...

Three experiments were conducted to evaluate the performance of our precision-enhanced oscilloscope using both analog and digital signal processing techniques. First, we test the effect of the new ...

It’s the podcast so nice we recorded it twice! Despite some technical difficulties (note to self: press the record button ...

The high-resolution 10.1-inch color touchscreen lets you control all functions using slide-out menus. The operating system is Android-based. Closing the oscilloscope application provides access to ...

The high-pass and low-pass filters are built on a prototype board. The signal was routed from directly after the low-pass filter cable to the input of my oscilloscope using a coaxial cable. The output ...

ESP32-S3 N16R8 (tested on) Arduino IDE 2.3.3 (tested on) Arduino ESP32 3.0.1 (tested on) Check Flash Size of your board (in my case it's 16MB). Enable USB CDC is you're use it for flashing and ...

This is a simple and practical implementation of an RFID-based attendance system using Arduino. It uses the MFRC522 RFID module to detect and read RFID cards. When a valid card is tapped, the system ...

This step is essential before the design can be finalized for use in our labs or — for industrial products — moved to production. The pertinent question isn’t whether to use measuring instruments, but ...

Acquisition System,Algorithm In This Paper,Analog-to-digital Converter,Authors Reference,Base Station,Channel Gain,Channel Selection,Circuit Design,Co-channel Interference,Cognitive ...

Exploring supply and processor rail-monitoring solutions that support the entire data center power Continue Reading ...