New Course. Back Take Training. Available Languages Chinese English. This lab manual covers both combinational and sequential digital electronics topics. The lab manual also offers project-based applications that combine and reinforce skills students learn throughout the course. Included Course Labs.
Students will explore the functionality of various digital circuits without the need of physical components. Finally, students will deploy digital circuits to hardware using NI Digital Systems Development Board to reinforce concepts discussed throughout the lab.
Students will also use truth tables to to visually represent the inputs and outputs for a given logic operation. Multisim is used to observe the behavior of the most common logic gates. Boolean algebra and methods for deriving combinational logic circuits are introduced. Students will build a variety of basic circuits to explore the function of different logic gates.
In the activity, students use Mulitisim to simulate different methods of binary addition, and complete an analysis. Then, the students validate the simulation on an FPGA. In this lab, students will learn how to create Karnaugh Maps and will explore their practical applications. In the activity, students will use Karnaugh maps to simplify a Boolean expression, and then derive the output, simplified combinational logic circuit, and K-map for a circuit.
Students complete activities in which they use Multisim to build and simulate circuits, including a binary-coded decimal to seven segment display decoder and a priority encoder. Students complete analysis to derive truth tables and complete assessments. While using Multisim to simulate circuits and deploy them to the FPGA on the DSDB board, students will reflect on the similarities and differences between encoders and multiplexers, examine the function of a basic 2-to-1 Multiplexer using logic gates, and observe the behavior of clock multiplexing using an oscilloscope.
In the activity, students will use Multisim to build and simulate circuits to observe differences between synchronous and asynchronous sequential circuits, test and compare circuits for D latches, confirm the characteristic table of a gated SR latch, and observe the differences between D and SR latches.
Students will use Multisim to build, simulate, and observe various flip-flop circuits, and then answer assessment questions. Students will become familiar with the differences between synchronous and asynchronous counters and observe, theoretically and practically, that flip flops are the building blocks of counters.
Students will produce subcircuits using Multisim and the NI Digital Systems Development Board to simulate single and two-way traffic signals. Comprehension of clock signals and counters are reinforced in this lab. So a few things here. First of all, we see the musical typing window has appeared. What this allows us to do is to use our computer keyboard like a musical keyboard. So by pressing the corresponding keys here….
You can play your music. So just to recap from earlier, a buss will just send a duplicate of this channel — another version of this channel to wherever you route it to. So a lead synth, a festival lead for example.
So that sounds kind of horrible. But you get the idea, you can go through and now edit these plugins and change the sound. So to use a synthesizer to create your own sounds, or to use a more traditional synthesizer, you can turn off the library, and we can create a new track. Another software instrument. This will create an ES2 synth for us.
Synthesizer, and you could also do it by just changing it here, so if I decided instead, I wanted to use a different one, I could just change the input like so. And now it gives me phaser presets. So the library is really handy if you want to just quickly navigate to something that works and then tweak from there. I recommend using presets, because it can save you quite a lot of time.
Over time, you can create your own presets. Of course, you can also access presets at any time by going to the dropdown box within the plugin and choosing a preset there. I hope you enjoyed that. Now, be sure to check out the other videos in this free series, and if you want to go in more depth with Logic Pro X, and you want a complete guide how to use this great software, then check out the course in the link below, especially if you want to skip all the wasted time and frustration that goes into learning a new piece of software.
Live Loops is a dynamic way to create and arrange music in real time. Kick off your composition by adding loops, samples, or your recorded performances into a grid of cells. Trigger different cells to play with your ideas without worrying about a timeline or arrangement. Once you find combinations that work well together you can create song sections, then move everything into the Tracks area to continue production and finish your song.
Bring DJ-style effects and transitions to an individual track or an entire mix with a collection of stutters, echoes, filters, and gating effects. Live Loops supports Launchpad for a tactile experience. Use an 8x8 grid of colorful and expressive pads to dynamically trigger cells, input notes, adjust mixer levels and more. Step Sequencer is inspired by classic drum machines and synthesizers. Using the Step Sequence editor, quickly build drum beats, bass lines, and melodic parts — and even automate your favorite plug-ins.
Add sophisticated variations to your pattern with a wide range of creative playback behaviors. Use Note Repeat to create rolling steps, Chance to randomize step playback, and Tie Steps Together to create longer notes. Use Multi-Touch gestures to play software instruments, mix tracks, and control features like Live Loops and Remix FX from anywhere in the room.
Swipe and tap to trigger cells in Live Loops. And tilt your iPhone or iPad up and down and use its gyroscope to manipulate filters and repeaters in Remix FX.
Program drum patterns and melodic parts from your iPad or iPhone. Create dynamic rhythmic performances, and automate your plug-ins — all with a quick tap of your finger. Use a variety of onscreen instruments, such as keyboards, guitars, and drum pads, to play any software instrument in Logic Pro from your iPad or iPhone.
Create at the speed of sound with key commands in Logic Remote. Choose from curated commands for popular workflows, or create your own custom set.
The new single-window design makes it easier to create and edit sampler instruments while remaining backward compatible with all EXS24 files. An expanded synthesis section with sound-shaping controls brings more depth and dynamics to your instruments. The reimagined mapping editor adds powerful, time-saving features that speed the creation of complex instruments. And save hours of tedious editing with new drag-and-drop hot zones.
Quick Sampler is a fast and easy way to work with a single sample. Or record audio directly into Quick Sampler using a turntable, microphone, musical instrument, or even channel strips playing in Logic Pro. In a few steps, you can transform an individual sample into a fully playable instrument.
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