Ví dụ về việc sử dụng Your circuit trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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Colloquial
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Ecclesiastic
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Computer
This is the end you use to test your circuit.
You will have to make sure your circuit will be able to handle this voltage.
Observe the actual time response of your circuit.
Your circuit board(PCB) is checked through a device called a Flying-Probe E-Tester.
So you need to find or design schematics for your circuit.
Burnout occurs when you blow your circuits and feel physically and emotionally exhausted.
If it still shows a“1”,then there's a problem and your circuit isn't complete.
As before, if your circuit is continuous, the screen displays a value of zero(or near zero).
Measure the frequency response of your circuit in real-time.
Your circuit begins working immediately so you can test and troubleshoot it with virtual instruments.
But there are exceptions- for instance,if there's a diode in your circuit.
Don't go plugging any strange LEDs into your circuits, that's just not healthy.
Before running an analysis,check and set the maximum values of the components in your circuit.
In short, this is approximately the highest voltage your circuit down-line should experience.
As before, if your circuit is continuous, the screen displays a value of zero(or near zero), and the multimeter beeps.
Generally speaking, our lead time depends on your circuit design's complexity and your custom requirements.
You can also calculate and display in a diagram the temperature dependence of any voltages orcurrents in your circuit.
Check over your circuit to make sure it is correct, and then power up your Raspberry Pi.
AC analysis calculates RMS amplitude and phase of voltages andcurrents in your circuit and the complex power of selected parts.
If your power goes off because your circuit breaker has tripped, look for the lever in the'off' position(A) or where the button has popped out(B).
This is a much more permanent solution though,and usually comes later in the process once you know your circuit is going to work without any problems!
You can also optimize your circuit with the built in Design Tool of TINA working with Design Equations which you can add to any circuit. .
Clamping voltage must be selected based on the approximatemax voltage value you will allow your circuits input or output to see during an event.
A unique feature of TINA is that you can bring your circuit to life with the optional USB controlled TINALab II and LogiXplorer hardware, which turns your computer into a powerful, multifunction T&M instrument.
When you take measurements with a multimeter,you will need to decide whether to attach it to your circuit in series or in parallel, depending on what you want to measure.
You can use thesevirtual instruments to make simulated measurements on your circuit in TINA or, if supplementary hardware is connected to your computer, turn your laptop or desktop computer into a powerful real-time test and measurement instrument and make measurements on real circuits. .
Present your results in TINA's sophisticated diagram windows, on virtual instruments, or in the live interactivemode where you can even edit your circuit during operation.
TINA's Circuit Design Tool works with the design equations of your circuit to ensure that the specified inputs result in the specified output response.
Above your printer and your print job when you press it and the print andassemble your circuit in a few minutes to appear, they were confirmed as such when using this technology.
We are fully aware of the significance of time and accuracy to you,which is why we committed ourselves to double confirming your circuit design file before PCB manufacturing and quickly discussing with you when there's any concern or questions on your printed circuit boards during production.