Logic Pro 8 (Black) - Saleae 8-Channel Logic Analyzer

£9.9
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Logic Pro 8 (Black) - Saleae 8-Channel Logic Analyzer

Logic Pro 8 (Black) - Saleae 8-Channel Logic Analyzer

RRP: £99
Price: £9.9
£9.9 FREE Shipping

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Logic analyzers take the guess work out of debugging inter-chip communication. If you can’t see what’s going on, the best you can do is guess about the problem. When a project won’t work, 99% of the time we can solve the problem immediately by looking at the signals with a logic analyzer. Without it, there’s no easy way to know what’s happening. There are Differential Non-Linearities [2] and Integral Non-Linearities [3] caused by mis-matching of on-die ADC capacitors. Cross-platform. Works on Linux, Mac OS X, Windows, FreeBSD, OpenBSD, NetBSD, Android (and on x86, ARM, Sparc, PowerPC, ...). I just got my first logic analyzer from a family member for Christmas (as merely a hobbiest, I couldn’t afford dropping money on one for myself… I just don’t have quite enough need) this past year. I wasn’t involved in the decision-making process (thus the disadvantage of *not* buying for oneself), but the got me a USBee SX series — it’s very similar in form factor to this little baby, and I suspect is approximately similar in specifications. Works pretty well to help debug my PIC projects. The sigrok project aims at creating a portable, cross-platform, Free/Libre/Open-Source signal analysis software suite that supports various device types (e.g. logic analyzers, oscilloscopes, and many more).

When it debuted, the Logic was so popular that it was hard to buy one. It’s now widely available, and Saleae gave us one to try. Read our review below. I looked at both this logic analyzer and the Usbee SX just last month, when I finally decided that my old Tektronix 1241 was no longer worth the electricity it burned, and even with GPIB couldn’t give me the flexibility I needed. A logic analyzer records bus communications between two chips. If you’ve ever had a problem getting two chips to talk, or wanted to reverse engineer a protocol, a logic analyzer is the tool you need to spy on the bus.

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This transaction shows the host issue the read configuration register command (0x05), and the SRAM response (0x41).

Ian – re other products: I don’t want to post a commercial for anyone, so I won’t mention my favorite by brand name. Just do a google search for “logic analyzer”. There’s about a zillion products in this price range out there these days. Now if I could only find a decent USB 2.0 oscilloscope. I think though, that that’s one realm where I still need a real device, perhaps with a decent USB transfer and control interface. 250MS/sec+, 2+ channels, 600V+ and decent triggering options (say an external trigger that I provide with the logic analyzer?) Most modern electronics projects will benefit more from a logic analyzer than an oscilloscope. An oscilloscope displays a graph of an analog voltage as it varies over time, such as the curve of a sine wave. A logic analyzer only detects high and low digital states, but it records many signals simultaneously. Logic analyzers dump data to a computer for analysis, very few oscilloscopes have this feature. We’ve covered Pulseview being used in combination with cheap accessible analyzers before — a must-watch if you need to get yourself up to speed on the value they provide to a hobbyist. If an oscilloscope is what you need and a smartphone is what you have, perhaps you’ll enjoy the Scoppy firmware for the Pico. Raspberry Pi confirms there is a hardware flaw in the RP2040 ADC. Refer to the RP2040 datasheet build-date: 2021-11-04, build-version: 150df05-clean, sections “4.9.3. ADC ENOB”, “4.9.4. INL and DNL”, and in-datasheet errata “RP2040-E11”.[1]File format support. Supports various input/output file formats (binary, ASCII, hex, CSV, gnuplot, VCD, WAV, ...). The software analyzes and displays signal captures. The primary configuration options are the sampling rate (200KHz-24MHz) and number of samples (millions to billions). We were able to sample at 24MHz, but the top speed depends on how much other stuff is using the USB bus. A 24MHz sampling rate can capture signals up to 12MHz, we found this suitable for all the protocols we use. The total number of samples is limited only by the available PC RAM.

There’s a four level trigger that watches the signals, and waits for a specific combination before it starts recording samples. Since we’re analyzing SPI, the most logical place to start capturing is when the SPI enable signal drops at the beginning of a bus transaction. We set the Logic trigger to start sampling when SPI enable is 0 by changing its trigger to ‘0’. It is licensed under the terms of the GNU GPL, version 3 or later. Design goals and features include: wooddragon48 has updated components for the project titled 3D Printed Repeating Crossbow/Sling Shot Pistol. Reusable libraries. Consists of the libsigrok and libsigrokdecode shared libraries which can be used by various frontends/GUIs.The Logic records 8 channels at 24MHz. The Windows software has useful features, and there’s an SDK if you want to write your own apps. Linux and Mac versions are under development. We really like this logic analyzer, and plan to use it to illustrate future articles. fiddlingjunky said: “One thing to keep in mind is the RP2040/Pi Pico does have a hardware bug (slightly mis-specced internal capacitances) that create ~9LSB non-linearity (0.22% of measurement range) at 4 points.”



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