1/2/2023 0 Comments Fritzing circuit simulatorNote: I used a clothes pin to clamp all the wires used from my M2K module. fzz file is available for download at the end of this post. I redesigned the layout slightly in fritzing to match my breadboard. The issue was easily resolved by switching to a different breadboard virtual parts pin: Full+ versus Full in fritzing parts bin. Not like my lab bench Tektronix scope, Rigol waveform generator and bench power supply.ĭuring layout of op-amp and connections I found that my breadboard did not have full length power rails as documented in the fritzing supplied unity_gain_follower-bb.fzz file. Overall my experience was easy, quick, lightweight and quiet. In this activity we use the M2K’s 2 power supplies, a signal generator, and 2-channel oscilloscope. My setup is shown in image below with Scopy, LTSpice, and fritzing tools on my PC screen.ĪDALM2000 Active Learning Module with Breadboard and Software Tools I started with Activity 1 Simple Op Amps where the student builds a Unity Gain Follower from an OP97 op-amp. Each lab includes a few interrelated circuits for breadboard with wired parts taken from their optional ADALP2000 parts kit, and thoughtful discussion – most come with simulation on LTSpice, and Fritzing breadboard layout with supporting downloadable files also. The M2K hardware and supplied open-source Scopy software tool are part of Analog Devices university program which currently includes about 70 electronics labs. The small module offers 9 instruments suitable for breadboard experiments using a USB port along with its Scopy software tool (suitable for Windows, Linux, and MacOS): Analog Devices offers a small electronics tool for your test bench designed for educational use called the ADALM2000 (M2K) Active Learning Module.
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