digital demultiplexors
使用解复用器
signal demultiplexors
解复用器功能
hardware demultiplexors
解复用器启用
optical demultiplexors
解复用器转换
demultiplexors array
解复用器需要
deploy demultiplexors
解复用器选择
test demultiplexors
解复用器路由
digital demultiplexors are essential for routing multiple data streams in modern communication systems.
数字分离器将组合的数据流分离成单独的通道。
analog demultiplexors can separate audio signals from a single composite input.
电子分离器将输入信号路由到其指定的输出。
high-speed demultiplexors enable rapid switching in fiber-optic networks.
光分离器在光纤通信系统中是必不可少的。
programmable demultiplexors offer flexible signal routing for reconfigurable circuits.
时分分离器从组合信号中提取单独的数据流。
optical demultiplexors separate wavelengths of light in dense wavelength-division multiplexing.
分离器电路通常有一个输入和多个输出。
integrated demultiplexors reduce board space by combining multiple functions on a single chip.
分离器设计必须最大程度地减少信号干扰和延迟。
multichannel demultiplexors allow simultaneous handling of several input signals.
频分分离器根据载波频率分离信号。
cmos demultiplexors provide low-power operation for portable devices.
现代分离器以极高的速度运行。
rf demultiplexors isolate radio frequencies in wireless communication equipment.
分离器功能是复用的逆过程。
single-chip demultiplexors simplify system design by integrating control logic.
数据分离器将串行数据转换为并行格式。
demultiplexors can be cascaded to increase the number of output channels.
分离器输入接收来自发射器的组合信号。
the demultiplexors' fast switching times improve overall system latency.
集成电路分离器广泛应用于消费电子产品。
digital demultiplexors
使用解复用器
signal demultiplexors
解复用器功能
hardware demultiplexors
解复用器启用
optical demultiplexors
解复用器转换
demultiplexors array
解复用器需要
deploy demultiplexors
解复用器选择
test demultiplexors
解复用器路由
digital demultiplexors are essential for routing multiple data streams in modern communication systems.
数字分离器将组合的数据流分离成单独的通道。
analog demultiplexors can separate audio signals from a single composite input.
电子分离器将输入信号路由到其指定的输出。
high-speed demultiplexors enable rapid switching in fiber-optic networks.
光分离器在光纤通信系统中是必不可少的。
programmable demultiplexors offer flexible signal routing for reconfigurable circuits.
时分分离器从组合信号中提取单独的数据流。
optical demultiplexors separate wavelengths of light in dense wavelength-division multiplexing.
分离器电路通常有一个输入和多个输出。
integrated demultiplexors reduce board space by combining multiple functions on a single chip.
分离器设计必须最大程度地减少信号干扰和延迟。
multichannel demultiplexors allow simultaneous handling of several input signals.
频分分离器根据载波频率分离信号。
cmos demultiplexors provide low-power operation for portable devices.
现代分离器以极高的速度运行。
rf demultiplexors isolate radio frequencies in wireless communication equipment.
分离器功能是复用的逆过程。
single-chip demultiplexors simplify system design by integrating control logic.
数据分离器将串行数据转换为并行格式。
demultiplexors can be cascaded to increase the number of output channels.
分离器输入接收来自发射器的组合信号。
the demultiplexors' fast switching times improve overall system latency.
集成电路分离器广泛应用于消费电子产品。
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