Scopeclock is an easy to use hardware to make your X-Y capable analog oscilloscope more useful .Using this simple to use hardware you can convert your analog oscilloscope into a scope clock.This project was me and my friend kshitij gupta at CEDT nsit under the guidance of Prof. Dhananjay V.Gadre. Scope clock has two modes […]
Analog Clock And Temperature sensor On An Oscilloscope using Arduino Continue Reading
Oscilloscopes were once commonly called CROs, for the fact that they relied on cathode ray tubes for display. Since then, technology has moved quickly, and oscilloscopes these days almost entirely rely on modern screens like LCDs. However, [lonesoulsurfer] went a different route with this fun DIY build, creating an oscilloscope with a low-resolution LED display. Yes,
CUTE OSCILLOSCOPE USES LEDS FOR DISPLAY Continue Reading
A while ago we came across a website on infrared remote controls which suggested a simple way to view IR signals using an Oscilloscope. The idea is to use a standard IR Led mounted into a BNC/RCA plug using a spare channel making an Oscilloscope infrared receiver. So we set about ordering the connectors, which
‘Silver bullet’ – the Oscilloscope Infrared Receiver Continue Reading
Arguably the biggest advantage of the Arduino platform is its ease of use, especially when compared to what microcontroller development looked like before the introduction of the open source board and its associated software development environment. All you need to do is download the IDE for your platform, plug in your Arduino, and you can
WEB-CENTRIC GABUINO HAS COMPILER, WILL TRAVEL Continue Reading
Oscilloscope displays have come a long way since the round phosphor-coated CRTs that adorned laboratories of old. Most modern scopes ship with huge, high-definition touch screens that, while beautiful, certainly lack a bit of the character that classic scopes brought to the bench. It’s a good thing that hackers like [bitluni] are around to help
FLIP-DOT OSCILLOSCOPE IS FLIPPIN’ AWESOME Continue Reading
The PicoScope 4823 oscilloscope brings eight-channel high-speed performance to vehicle diagnosis. This deep-memory PicoScope provides 12-bit resolution, 20MHz bandwidth, a 256MSa buffer memory, and a SuperSpeed USB 3.0 interface. Saelig Company, Inc. has introduced the Pico Technology PicoScope 4823 – the world’s first high-speed, high-resolution, 8-channel automotive oscilloscope. It is fast enough for decoding the latest commonly used
PICOSCOPE 4823 8-CHANNEL AUTOMOTIVE OSCILLOSCOPE HAS USB 3.0 Continue Reading
Every serious maker out there will surely tell you the importance of having a good oscilloscope. An oscilloscope is something you should have if you really consider yourself a maker, and fortunately enough, the cost of quality oscilloscope has been on the decline for some time now, so you don’t necessarily have to get the
TOP 5 PC-BASED OSCILLOSCOPES FOR THINKERS AND MAKERS Continue Reading
The new OWON XDS3064 4-in-1 digital storage oscilloscope is a reliably measurement tool for a really good price. The colorful 8″ (20.3 cm) TFT LCD panel with the resolution of 800 × 600 allows an excellent readability of the wave, especially in regards to high data volume or many waves covered reciprocally. The special features of the XDS3000 series are a multitouch surface
REVIEW: OWON XDS3064E 4-CHANNEL OSCILLOSCOPE WITH TOUCH SCREEN Continue Reading
One of the most interesting thing about being a maker is you never get tool-stranded, with the right components, makers tend to have the ability to build makeshift tools on the go. Today, we will take a look on how to build a cheap version of one of the most important tools for any electronics
HS101: A HIGH QUALITY, AND CHEAP DIY OSCILLOSCOPE Continue Reading
Introduction Before presenting this great tip I must admit I did not come up with this idea. This type of measurement probe is presented in the book High Speed Digital Design – A Handbook of Black Magic by Howard W. Johnson and Martin Graham. I first saw the idea written by fellow DIYer Janne Ahonen but he
ROBUST HIGH-BANDWIDTH PASSIVE DIY PROBES Continue Reading
