Online Seminar: Learning the Basics of Oscilloscopes

We would like to introduce the URL for a review of a 12-bit oscilloscope by the famous engineering YouTuber Ichiken, who boasts 335,000 subscribers. [With teardown] A price disruption is happening with 12-bit oscilloscopes... Review of RIGOL's first 12-bit oscilloscope, DHO4000 https://www.youtube.com/watch?v=WqbxuqHOuLo *Reference Price 1: DHO1072 Selling Price: ¥140,800, now at 5% OFF for ¥121,600 (excluding tax)～ Frequency Bandwidth: 70MHz Number of Input Channels: 2 Real-time Sample Rate: 2GSa/s Maximum Memory Length: 100Mpts (optional) *Reference Price 2: DHO4204 Selling Price: ¥498,300, now at 5% OFF for ¥430,350 (excluding tax)～ Frequency Bandwidth: 200MHz Number of Input Channels: 4 Real-time Sample Rate: 4GSa/s Maximum Memory Length: 500Mpts (optional) If you have any questions regarding stock, please contact ec.jp@rigol.com.

Introducing a review of the 12-bit oscilloscope by the famous engineering YouTuber Ichiken, who boasts 335,000 subscribers. https://www.youtube.com/watch?v=1KQHHkshUto "The performance of the ultra-cheap oscilloscope has improved to this level!" 12-bit oscilloscope DHO800 series, DHO900 series As with the previous introduction video of the DHO1000 series, this time there will also be an explanation with "disassembly." ☆ We will hold the RIGOL DAY event on November 18 (Saturday) and 19 (Sunday) in the form of "RIGOL product hands-on experience + Ichiken corner." This is a great opportunity to experience the DHO800/900 in person. *Pre-registration is required. Those who pre-register and attend will receive a prize! For details and pre-registration, click here: https://jp.rigol.com/jp/news/company/RIGOL_DAY_2023.html

A case resource from Peritec Co., Ltd., known for its automatic measurement systems using LabVIEW, has been published, featuring "Data Acquisition from RIGOL MSO7054 Digital Oscilloscope using LabVIEW." It includes details on how to modify the driver for the RIGOL DS1000 Series for the RIGOL MSO7054, along with the necessary know-how for automatic measurement. This is an introduction to how data was acquired from the RIGOL MSO7054 Digital Oscilloscope using a LabVIEW program. Thank you, Peritec.

MIPI CSI-2 is a communication standard for cameras. It is an essential standard for those involved in camera development. I would like to introduce the "Engineer Electrician" website regarding MIPI CSI-2. It features demonstrations using RIGOL oscilloscopes. 1) I tried outputting MIPI CSI-2 signals from a camera using an FPGA. I used a free (no cost) IP available by default from Xilinx. I will introduce the preparations needed to operate a MIPI CSI-2 camera with an FPGA. https://misoji-engineer.com/archives/mipi-csi-2-fpga.html 2) I researched the MIPI CSI-2 standard and checked the waveforms. You can grasp the standard to some extent from draft versions and manufacturer data sheets. I will introduce useful information sources, including the waveforms I actually measured. https://misoji-engineer.com/archives/mipi-csi-2-specification.html Reference material from MACNIKA: MIPI is not that difficult! A beginner learns from scratch.