英語 での Digital signal の使用例とその 日本語 への翻訳
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Colloquial
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Ecclesiastic
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Computer
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Programming
Digital Signal.
Transmit analog and digital signal.
Digital Signal Process.
Input the 3 routes digital signal of Galvo.
Digital signal processors.
Max transmitting distance of digital signal: 1000m.
Input Digital signal output.
Transmitting high current, analog, and digital signal.
Digital Signal Processor 575.
Second, there's the digital signal processing.
Digital signal procession(DSP).
Ø Embedded 3D digital signal noise reduction unit;
Digital Signal Processing is now used everywhere.
DSP is an abbreviation of Digital Signal Processor.
I/O Apply digital signal 32 channels 128 channels.
A T3 line is also known as digital signal level 3(DS3).
Digital signal, can directly connect to common international digital signal. .
Provide 6 analog signal input, 6 digital signal input.
Why Use Digital Signal Processing?
This high-speed μGPC controller is equipped with digital signal processor.
Approximately 6,800 Digital Signal Processing(DSP) engines.
The VoIP technology converts the voice signal from your telephone into a digital signal.
Complex digital signal processor comprised of millions of lines code and more than 300 assembler functions.
Image input boards that are compatible with various 32bit digital signal industrial cameras.
Our initial findings confirmed that Digital Signal Processing(DSP) is very complex, and we were likely in way over our heads.
The FL Studio project contains more than 2.5 million lines of code andmore than 300 assembler functions for the digital signal processor.
The biggest benefit of digital signal conditioners is the flexibility of the compensation algorithms which can be adapted to the user's application.
It also has the feature of transferring analog andhigh speed digital signal, long life time, maintenance free and so on.
In addition, high-speed processing units such as areactive power controller use a 16-bit digital signal processor(DSP) to improve control speed.
More to the point,jitter is the misalignment of the significant edges of a digital signal from their ideal positions in time Figure 2.