Logic is an extremely useful 8-input Logic Analyzer.
A Logic Analyzer is a tool that allows you to capture the digital waveforms and timing information in your digital circuit.
For example, let's say you were building the circuit to the right. It is a tiny microcontroller connected to a digital temperature sensor. The microcontroller can query the temperature sensor for the current temperature. Imagine that you build this circuit and write some software for the microcontroller, but it just refuses to work. The fastest way to see why it's not working is to connect a logic analyzer and view what's going on. For example, maybe there's no signal. Or maybe the timing is wrong. Or maybe one of the signals is working but the other isn't.
This sort of situation comes up whenever you connect anything digitally. A Logic Analyzer is absolutely invaluable if you're going to be working with digital electronics.
A Logic Analyzer is a tool that allows you to capture the digital waveforms and timing information in your digital circuit.
For example, let's say you were building the circuit to the right. It is a tiny microcontroller connected to a digital temperature sensor. The microcontroller can query the temperature sensor for the current temperature. Imagine that you build this circuit and write some software for the microcontroller, but it just refuses to work. The fastest way to see why it's not working is to connect a logic analyzer and view what's going on. For example, maybe there's no signal. Or maybe the timing is wrong. Or maybe one of the signals is working but the other isn't.
This sort of situation comes up whenever you connect anything digitally. A Logic Analyzer is absolutely invaluable if you're going to be working with digital electronics.
Top reasons why you shouldn't spend another day without a logic analyzer
Faster problem solving
We've all been there. It's not working and we have no idea why. Eliminate this issue by being able to see what's going on. This can literally save days, sometimes weeks of effort.
Enhanced insight
Develop a deep insight about how your circuit works that can enhance the types of projects you take on.
Reverse engineering
Connect microcontrollers to things that aren't documented. Video game controllers, car radio interfaces, you name it. (First make sure the voltage is 5V or less!)
Lower frustration
Relax. You have the right tools to debug your problem.
Tweak timing sensitive code
Now it's easy to tweak your timing-related microcontroller code. Experiment! It's often faster than trying to compute how long it'll take based on the instructions, especially in C.
Confidence
With the right tools, you'll increase your confidence to take on more challenging problems with the knowledge that you'll be able to figure it out.
We've all been there. It's not working and we have no idea why. Eliminate this issue by being able to see what's going on. This can literally save days, sometimes weeks of effort.
Enhanced insight
Develop a deep insight about how your circuit works that can enhance the types of projects you take on.
Reverse engineering
Connect microcontrollers to things that aren't documented. Video game controllers, car radio interfaces, you name it. (First make sure the voltage is 5V or less!)
Lower frustration
Relax. You have the right tools to debug your problem.
Tweak timing sensitive code
Now it's easy to tweak your timing-related microcontroller code. Experiment! It's often faster than trying to compute how long it'll take based on the instructions, especially in C.
Confidence
With the right tools, you'll increase your confidence to take on more challenging problems with the knowledge that you'll be able to figure it out.