Getting Started with IkaScope WiFi Pen-Oscilloscope, and ScanaQuad SQ50 USB Logic Analyzer & Signal Generator

A couple of weeks ago, I received IkaScope WS200 pen-like WiFi oscilloscope, as well as ScanaQuad SQ50 USB logic analyzer & signal generator, and I’ve already checked out the hardware both both in a aforelinked unboxing post. I had also very shortly tried IkaScope with GOLE 10 mini PC, but just to showcase potential use case for a Windows 10 mini PC with an inclined touchscreen display. But at the time I did not really a proper measurement, as it was more to test the mini PC than the oscilloscope itself. I’ve now had time to test IkaScope desktop program and mobile app in respectively Ubuntu 16.04 and Android 8.0.0, as well as ScanaStudio for ScanaQuad USB device using Ubuntu 16.04 only, since there’s no mobile version of the program. While I’ll focus on Ubuntu and Android, most of the instructions will be valid for Window 10 and Mac OS X for the desktop programs, and iOS for the mobile app. …

Ikascope WS200 Oscilloscope and ScanaQuad SQ50 Logic Analyzer & Pattern Generator Review – Part 1: Unboxing

IkaScope WS200 WiFi oscilloscope fits in your hand like a pen, and works with devices running desktop or mobile operating systems, namely Windows, Linux, Mac OS X, Android, and iOS. I covered the tool last September, and IkaLogic – the French startup behind the project –  has now sent me a sample for review, as well as their ScanaQuad SQ50 4-channel logic analyzer and pattern generator. Since I had never checked out the latter, I’ve decided to start the review with an unboxing post, before reporting my experience actually using the tools next month. IkaScope WS200 Wireless Oscilloscope Probe The oscilloscope comes with a ground clip, a micro USB to USB cable for charging, and a getting started guide with a QR code to download IkaScope program or app. Once you open it, it really looks like an over-sized Stabilo highlighter. The only needed hardware connection needs is the ground clip, and micro USB port to charge the battery. The …

Sigrok Compatible ZeroPlus Logic Cube LAP-C USB Logic Analyzers Support up to 32 Channels, 75 MHz Bandwidth

Back in 2015, I discovered USB123 USBee AX PRO, an ultra cheap logic analyzer (now $5 shipped) with 8 channels, and up to 24 MHz. I purchased one at the time, and successfully tested it with Sigrok & Pulseview open source tools that now work in Linux, Windows, Mac OS, FreeBSD, Android, and several other operating systems. As I read through my list of RSS feeds today, I noticed Peter Scargill had tested ZeroPlus Logic Cube Lap-C 322000 logic analyzer also connected to your PC via USB, but with better specifications including 32-channels, and 75 MHz. Peter used the company’s Windows software (ZEROPLUS Logic Analyzer LAP-C_Standard_V3.14.03), but a quick search confirmed ZeroPlus Logic Cube Lap-C family is supported by Sigrok. LAP-C 322000 is the top model from the family with the following hardware specifications: Sample Rate – Internal clock (timing mode): 100Hz~200MHz; external clock (state mode): 100MHz Bandwidth – 75MHz Working Range – -6V~+6V Accuracy – ±0.1V Memory – 64Mbit, …

$79 Digilent OpenScope Open Source Multi-function Programmable Instrument Works over USB and WiFi (Crowdfunding)

Digilent OpenScope is an open source, portable, multi-function programmable instrument used for capturing, visualizing, and controlling analog and digital signals, that works with your smartphone or computer over USB or WiFi, and it can also be used in standalone mode as a development board, like you would use an Arduino or Raspberry Pi board. OpenScope MZ key features and specifications: MCU – Microchip PIC32 MZ (MZ2048EFG124) MIPS Warrior M-class micro-controller @ up to 200 MHz with 2048KB flash, 512 KB RAM External Storage – micro SD slot Wireless Connectivity – WiFi module USB – 1x micro USB for power and programming over FTDI Programming / Debugging – micro USB port, programming header Expansion – 30-pin Fly Wire connector with: 2x scope channels with 12 bits @ 2 MHz bandwidth and up to 6.25MS/s sampling rate 1x function generator output with 1 MHz bandwidth and up to 10MS/s update rate 10x user programmable DIO pins up to 25 MHz update rate …

BitScope Blade Industrial Mounting & Power Systems Support Up to 40 Raspberry Pi Boards

BitScope Designs, a manufacturer of embedded mixed signal test, measurement and data acquisition systems, has announced the launch of a new models of their industrial desktop, rack or wall mountable power and mounting power systems with BitScope Blade Uno, Duo, and Quattro supporting respectively 1, 2 and 4 Raspberry Pi 3/2/B+/A+ boards. The blades can also be mounted in a 19″ rack with up to 40 Raspberry Pi boards. The three systems share many of the same specifications: Power Supply Unregulated 9V to 48V DC power, compatible with most 12V & 24V UPS, most DC solar power systems 4A (peak) switch mode supply built-in 2.1mm socket or industrial power tabs Can be used with low cost passive PoE, Can power external USB, HDD & SSD 5V auxiliary power for example for Pi Display Expansion& I/O ports Full access to RPi’s I2C, SPI, UART & most GPIO Slot for camera connector for each Pi HDMI and audio accessible from Pi in …

Espotek Labrador is s $25 5-in-1 Lab-on-a-Board with Oscilloscope, Waveform Generator, etc… (Crowdfunding)

We’ve already seen ultra cheap (and low end) electronics lab tools like DSO138 oscilloscope kit for $23, or the $5 USB123 USBee AX logic Analyzer, but EspoTek Labrador combines 5 electronics lab equipments into a single board that claims to act as an oscilloscope, a waveform generator, a variable power supply, a logic analyzer and a multimeter for just $25. EspoTek Labrador specifications and key features: MCU – Atmel ATXMEGA32A4U 8-bit AVR MCU @ 32 MHz with 32KB flash, 4KB SRAM, and 1024 bytes EEPROM Functions 2 channels oscilloscope up to 750ksps, ~100kHz bandwidth, -20 to +20 V range 2 channels waveform generator up to 1 MSPS supporting sinusoidal, square, triangular, sawtooth, and arbitrary waveforms 4.5 to 15V power supply up to 1.5W max 2 channels logic analyzer up to 3 MSPS per channels Multimeter with voltage, intensity, resistance, and capacitance functions USB – micro USB port to connect to PC / board running software Power Input – 5V via …

GradientOne Brings Oscilloscopes, Spectrum Analyzers, Frequency Generators… to the Cloud

Nowadays, product development often involves working with teams spread across the world, with for example hardware development in the US, software development in India, and manufacturing in China. Resolving issues may require several members of the teams to gather data and work together, and beside the distance issue, you have to handle different timezones too. GradientOne may help facilitating hardware and firmware debugging by connecting test equipments such as oscilloscopes, spectrum analyzers, frequency generators and others to the cloud, so that data can easily be shared, and any member of the team control the equipment remotely, even automatizing measurements if needed. It could also be useful to field application engineers who may bring portable equipment to the customer premises, and have one engineer investigate issues remotely. There are two ways to integrate equipment with GradientOne: Web user interface to control instruments, set parameters (e.g. trigger, acquisition type, etc), via the web interface. The company already did the hard work, and …

Using USB123 USBee AX Pro $5 USB Logic Analyzer with PulseView in Linux

I recently wrote about an ultra low cost USB logic analyzer called USB123 USBee AX Pro, which I bought for $9.58 on DX, but I was later informed it also goes for $5.44 on Aliexpress including free shipping to most countries, and a few dollars extra for shipping to some other countries. Nevertheless, I’ve now received it, and instead of testing it with a closed source (and cracked) Windows software, I installed and ran PulseView open source graphical interface for sigrok, which I previously tested on UNI-T UT61E digital multimeter. The package includes USBee AX PRO mini logic analyzer, 10 dupont wires for 8 channels (digital only) and 2 ground pins, as well as a mini USB to USB cable for connection to a computer. The instructions to use the logic analyzer can be found on Sigrok Wiki. My computer runs Ubuntu 14.04, but Sigrok and PulseView can also be installed on other Linux distributions, as well as Windows, Mac …