NI PXIe-4113模擬輸出模塊
1.產 品 資 料 介 紹：
中文資料：
NI PXIe-4113是一款高性能的模擬輸出模塊，用于基于PXI Express平臺的測量和控制應用。下面是該模塊的配置說明、功能作用和應用領域：
配置說明：
- 接口：PXI Express接口，與其他PXIe模塊和設備連接。
- 通道數：具有4個模擬輸出通道，每個通道可以獨立配置。
- 分辨率：16位分辨率，提供高精度的模擬輸出。
- 可編程范圍：模擬輸出范圍可配置，通常在±10 V或±20 mA之間。
- 更新率：具有高速更新率，適用于需要實時響應的應用。
功能作用：
- 模擬輸出：提供精確的模擬輸出信號，可用于模擬控制、波形發生器、信號發生器等應用。
- 實時控制：具有高速更新率和低延遲，適合實時控制系統的要求。
- 靈活性：每個通道可以獨立配置，可通過軟件進行動態調整和控制。
- 同步性能：與其他PXIe模塊和設備可以實現高度同步的操作，適用于復雜的測量和控制系統。
應用領域：
- 自動化測試：可用于自動測試設備、傳感器和系統，通過模擬輸出產生各種測試信號。
- 數據采集與控制：用于采集模擬信號、控制執行器和執行實時控制任務。
- 信號發生器：可用于產生各種波形和信號，包括正弦波、方波、脈沖等。
- 模擬控制：適用于需要精確模擬控制信號的應用，如運動控制、過程控制等。
- 物理實驗：在科學研究和實驗室環境中，可用于模擬實驗條件或產生特定的激勵信號。
英文資料：
NI PXIe-4113 is a high-performance analog output module for measurement and control applications based on the PXI Express platform. The following are the configuration instructions, functional roles, and application areas of this module:
Configuration instructions:
Interface: PXI Express interface, connected to other PXIE modules and devices.
Number of channels: With 4 analog output channels, each channel can be independently configured.
Resolution: 16 bit resolution, providing high-precision analog output.
Programmable range: The analog output range is configurable, typically between ± 10 V or ± 20 mA.
Update rate: With a high-speed update rate, suitable for applications that require real-time response.
Function:
Analog output: Provide accurate analog output signals, which can be used for applications such as analog control, waveform generator, signal generator, etc.
Real time control: With high update rate and low latency, it is suitable for the requirements of real-time control systems.
Flexibility: Each channel can be independently configured and dynamically adjusted and controlled through software.
Synchronization performance: It can achieve highly synchronized operations with other PXIE modules and devices, suitable for complex measurement and control systems.
Application field:
Automated testing: can be used for automatic testing equipment, sensors, and systems, generating various test signals through analog outputs.
Data acquisition and control: used to collect analog signals, control actuators, and perform real-time control tasks.
Signal generator: can be used to generate various waveforms and signals, including sine waves, square waves, pulses, etc.
Analog control: Suitable for applications that require precise simulation of control signals, such as motion control, process control, etc.
Physical experiments: In scientific research and laboratory environments, they can be used to simulate experimental conditions or generate specific excitation signals.
2.產 品 展 示
3.主 營 品 牌
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