#Scopebox input sources software#

And the period is the reciprocal of that (number of seconds each repeating waveform takes). Frequency and period - Frequency is defined as the number of times per second a waveform repeats.In general a scope can measure both time-based and voltage-based characteristics: In addition to those fundamental features, many scopes have measurement tools, which help to quickly quantify frequency, amplitude, and other waveform characteristics.

There are also controls to set the trigger on the scope, which helps focus and stabilize the display. A signal (the yellow sine wave in this case) is graphed on a horizontal time axis and a vertical voltage axis.Ĭontrols surrounding the scope's screen allow you to adjust the scale of the graph, both vertically and horizontally - allowing you to zoom in and out on a signal. Direct Current (DC)Īn example of an oscilloscope display.

Voltage, Current, Resistance and Ohm's Law.

Check out the tutorial if you want to learn more! Suggested Readingīefore continuing with this tutorial, you should be familiar with the concepts below. Other o-scopes may look different, but they should all share a similar set of control and interface mechanisms. We'll be using the Gratten GA1102CAL - a handy, mid-level, digital oscilloscope - as the basis for our scope discussion.

Using an Oscilloscope - Tips and tricks for someone using an oscilloscope for the first time.

Anatomy of an O-Scope - An overview of the most critical systems on an oscilloscope - the screen, horizontal and vertical controls, triggers, and probes.Oscilloscope Lexicon - A glossary covering some of the more common oscilloscope characteristics.Basics of O-Scopes - An introduction to what, exactly, oscilloscopes are, what they measure, and why we use them.It's broken down into the following sections: This tutorial aims to introduce the concepts, terminology, and control systems of oscilloscopes. They allow you to see electric signals as they vary over time, which can be critical in diagnosing why your 555 timer circuit isn't blinking correctly, or why your noise maker isn't reaching maximum annoyance levels.

#Scopebox input sources software#

Combined cost of the hardware and software (other than the mac) was about $250.O-scopes are an important tool in any electrical engineer's lab. I had bought the BMD Mini Recorder and ScopeBox so I'd have an extra monitoring option on set without having to carry an extra monitor - and clients love it! I'm already carrying the computer for transfers, and the BMD box takes up almost no room (or weight) in the computer bag. Using the monitor to switch back and forth between the cameras makes the matching process a lot easier. On the Macbook I use ScopeBox software - which allows me to size the image, waveform and vectorscope nicely on the screen - I can make the vectorscope large enough to easily see the changes between cameras. I feed the switched out into a Black Magic Ultra studio Mini Recorder which connects to a MacbookPro via Thunderbolt. (It's an OLED, and the processing time on the switch-over takes too long to really use the monitor on its own effectively for matching - however the switched out for the loop-through is virtually instantaneous). To simplify my 'camera match' workflow I use a monitor with A-B inputs and a switched out as a 'switcher'. You need to be able to switch back and forth 'live.' Here's the workaround that I use (it's ok to laugh, but it works.)