It’s Like a Shield for your Shields! Makes debugging your Arduino projects super fast! by Guido Bonelli Jr @ kickstarter.com:
Do you love Arduino development BUT dread testing your hardware because there is no easy way to attach things like your meter, oscilloscope or probes?
Well fear not, ArduinoNaut, Dr.Duino™ is here to the rescue!
Dr.Duino – Arduino Debugging tool! - [Link]
by Dave Rishavy @ edn.com:
Noise on a signal creates a triggering challenge for test equipment, especially oscilloscopes. Because the instrument itself also contributes noise, small signals in the millivolt range need proper instrument settings prevent noise from overwhelming the signal of interest. Even with larger-amplitude signals, noise can create a condition where a stable trigger is difficult to achieve.
Oscilloscope have built-in features to help deal with the noise. These features can sometimes be buried in menus, or not well known by infrequent oscilloscope users.
View noisy signals with a stable oscilloscope trigger - [Link]
by Martin Rowe @ edn.com:
Teledyne LeCroy has added a touchscreen to its WaveJet oscilloscopes. The WaveJet Touch, with a 7.5-in. touchscreen display, is based on the company’s WaveJet 300 series. The WaveJet Touch comes in two 4-channel models: 350 MHz (WaveJet 334T, $4200) and 500 MHz (WaveJet 354T, $5000). Both models have up to 5 Msamples of waveform memory, sampling at up to 2 Gsamples/s.
500 MHz Oscilloscope for $5000 and a touch screen, too - [Link]
A very brief look at the new WENS 540 Debug Meter with Charles from Trio Test at the Electronex show stand:
This is NOT a review, or my normal blog content, it’s just a quick look because some people may be interested in it. So please, no silly complaints.
A combination 10MHz oscilloscope, 50000 count meter, 8 channel logic analyser, data logger, serial protocol analyser, and digital pattern generator.
WENS 540 Handheld 10MHz Oscilloscope and Debug Meter - [Link]
Dave explains a big trap in high frequency measurement with your oscilloscope. Based on a viewer request, Dave demonstrates how to incorrectly and then correctly measure the signal output level over frequency of your function generator using your oscilloscope. Some whiteboard transmission line theory is thrown in as well.
EEVblog #652 – Oscilloscope & Function Generator Measurement Trap - [Link]
In a recent press release the Saelig Company Inc have announced that they will be distributing a new 100MHz four-channel benchtop oscilloscope from Owon. The Far-Eastern manufacturers have been building a reputation for quality, low-cost test equipment and the new TDS7102 has a similar spec to the existing four-channel SDS7102 but with the added convenience of a touch-screen user interface.
The scope features 1GSa/s signal capturing on all four channels simultaneously with a 7.6MSa record length and 50,000 wfmSa/s capture rate. The touchscreen makes it more convenient to position and display waveforms and the scope retains control knobs and buttons for conventional operation.
100 MHz Touch-screen Scope from Owon - [Link]
by prem_ranjan @ open-electronics.org:
We have designed an Oscilloscope using PC and Arduino Board. The signal is first of all fed to the Arduino Board where the analog signal is converted to a digital signal by the ADC which is then serially outputted to the PC and is read by the MATLAB software via the COM ports. Here the signal is read in the form of digital data but then is converted to analog one by using the resolution of the ADC used by the Arduino Board. The MATLAB software was then used to plot the signals.
A PC and an Arduino: here’s your DIY Oscilloscope - [Link]
An all-in-one breadboard with Oscilloscope, Spectral Display, Function Generator, and Power Supply.
We are excited to bring a low-cost audio range electronics development board to classrooms, labs, small businesses, and techno-geeks everywhere. This idea has been bouncing around in our family for many years and now the technology has caught up to make it a reality at a price that schools and individuals can afford. We have paired a traditional prototype board (or breadboard) with an electronics suite so that the experimenter does not have to purchase the expensive electronics test equipment needed during development. It is everything we wish we had when we were learning about circuits on a breadboard.
Bakerboard: The Educational Breadboard with More - [Link]
In this episode of “The Ben Heck Show” Ben takes a look on some problems that can be solved using high end oscilloscopes. First he will try to determinate the dot clock frequency of a LED display he created, secondly he will take a look on the I2C EEPROM write Timing and finally he will use the logic analyzer on the oscilloscope to take a look on the entire address bus of a game console and will try to capture the reset vector. To achieve all that he takes a road trip to Madison Area Technical College to visit their electronics lab and get his hands on the high end oscilloscopes they have.
The dot clock frequency he will try to measure is how fast the pixels (dots) of the Vishay LED Display Module LEE128G032B are updated. To measure that he hooks the oscilloscope probe to data clock PIN. The scope he uses is an Agilent oscilloscope MSO7012B . This scope is a 100Mhz Mixed Signal Oscilloscope with two analog inputs and 16 digital channels and is equipped with a 12.1” XGA display. It has a very fast update rate of up to 100k waveforms per second and thus enables us to capture details and infrequent details that other scope miss. It also has Standard 8 Mpts MegaZoom III deep memory and Automatic Search and Navigate function.
On the next example he is doing a I2C EEPROM analysis (I2C is a serial bus that enables us to connect up to 128 devices using only two lines, data and clock, but it can be a little slow) by writing 4 bytes of data to the EEPROM. He captures the data being written to the EEPROM and analyzes them.
On the third and final example he uses the Agilent oscilloscope MSOX3012A logic analyzer function to analyze an ATARI address bus and capture the reset vector . A reset vector is the position in memory that a CPU starts to execute code. There can be a reset vector for the reset button and another for “cold boot”. To capture the signal the scope is set to digital mode and a logic analyzer probe is attached. The MSOX3012A is a 100 MHz, 2 Analog Plus 16 Digital Channels oscilloscope with 8.5-inch WVGA display, 1M waveforms per second and 4 Mpts memory.
If you would like to know more information about the mentioned products above or other high-end oscilloscopes visit Newark US or Newark Canada. Also you can Win a Tektronix TBS1202B-EDU Oscilloscope, plus T-Shirts! on this contest giveaway or win other great stuff here.
The Ben Heck Show – Take a Look Inside with Oscilloscopes - [Link]
The filter shape of an HF bandpass filter that is designed for the 30m amateur radio band (10MHz) is measured using a Tektronix MDO3000 mixed domain oscilloscope. The arbitrary function generator (AFG) is used to generate a noise waveform that is flat across the HF spectrum, and the filter shape is then shown on the spectrum analyzer. The filter being measured is the front end bandpass filter of a Softrock Lite II SDR receiver kit.
How to measure an HF Bandpass filter response with the MDO3000 - [Link]