digital multiplexors
數位多工器
analog multiplexors
類比多工器
circuit multiplexors
電路多工器
input multiplexors
輸入多工器
output multiplexors
輸出多工器
statistical multiplexors
統計多工器
channel multiplexors
通道多工器
data multiplexors
資料多工器
add-drop multiplexors
加減多工器
time-division multiplexors
時分多工器
digital multiplexors are essential components in modern communication systems for routing multiple signals through a single channel.
數位多工器是現代通信系統中用於通過單一通道路由多個信號的重要組件。
the multiplexer design allows efficient use of bandwidth by combining several input signals into one output stream.
多工器的設計通過將多個輸入信號合併為一個輸出數據流，實現了頻寬的高效利用。
our company specializes in manufacturing high-speed data multiplexors for telecommunications applications.
我們公司專門從事高速數據多工器的製造，用於電信應用。
the analog multiplexor enables the selection of one input signal from multiple sources for processing.
類比多工器可從多個來源中選擇一個輸入信號進行處理。
time-division multiplexors divide the transmission time into slots to accommodate multiple data streams simultaneously.
時分多工器將傳輸時間劃分為時槽，以同時處理多個數據流。
the multiplexer architecture can be implemented using cmos technology for low power consumption.
多工器的架構可以使用CMOS技術實現低功耗。
engineers must consider signal integrity when designing multiplexer circuits for high-frequency applications.
在設計用於高頻應用的多工器電路時，工程師必須考慮信號完整性。
frequency-division multiplexors separate signals based on different frequency bands for concurrent transmission.
頻分多工器根據不同的頻率帶分離信號，以實現同時傳輸。
programmable multiplexors offer flexibility in configuration for various industrial automation scenarios.
可程式設計的多工器為各種工業自動化場景提供了配置上的靈活性。
the multiplexer channel capacity determines how many input signals can be handled simultaneously.
多工器的通道容量決定了可以同時處理多少個輸入信號。
multiplexors with low insertion loss are preferred in satellite communication systems to maintain signal quality.
在衛星通信系統中，為了保持信號質量，更傾向於使用插入損耗低的多工器。
digital multiplexors
數位多工器
analog multiplexors
類比多工器
circuit multiplexors
電路多工器
input multiplexors
輸入多工器
output multiplexors
輸出多工器
statistical multiplexors
統計多工器
channel multiplexors
通道多工器
data multiplexors
資料多工器
add-drop multiplexors
加減多工器
time-division multiplexors
時分多工器
digital multiplexors are essential components in modern communication systems for routing multiple signals through a single channel.
數位多工器是現代通信系統中用於通過單一通道路由多個信號的重要組件。
the multiplexer design allows efficient use of bandwidth by combining several input signals into one output stream.
多工器的設計通過將多個輸入信號合併為一個輸出數據流，實現了頻寬的高效利用。
our company specializes in manufacturing high-speed data multiplexors for telecommunications applications.
我們公司專門從事高速數據多工器的製造，用於電信應用。
the analog multiplexor enables the selection of one input signal from multiple sources for processing.
類比多工器可從多個來源中選擇一個輸入信號進行處理。
time-division multiplexors divide the transmission time into slots to accommodate multiple data streams simultaneously.
時分多工器將傳輸時間劃分為時槽，以同時處理多個數據流。
the multiplexer architecture can be implemented using cmos technology for low power consumption.
多工器的架構可以使用CMOS技術實現低功耗。
engineers must consider signal integrity when designing multiplexer circuits for high-frequency applications.
在設計用於高頻應用的多工器電路時，工程師必須考慮信號完整性。
frequency-division multiplexors separate signals based on different frequency bands for concurrent transmission.
頻分多工器根據不同的頻率帶分離信號，以實現同時傳輸。
programmable multiplexors offer flexibility in configuration for various industrial automation scenarios.
可程式設計的多工器為各種工業自動化場景提供了配置上的靈活性。
the multiplexer channel capacity determines how many input signals can be handled simultaneously.
多工器的通道容量決定了可以同時處理多少個輸入信號。
multiplexors with low insertion loss are preferred in satellite communication systems to maintain signal quality.
在衛星通信系統中，為了保持信號質量，更傾向於使用插入損耗低的多工器。
探索常見搜尋詞彙