PXI-4204

Description

The National Instruments PXI-4204 Analog Input Module, with Part Number 778745-4204, offers a robust data acquisition solution within the PXI-4200 Series. It boasts a 16-Bit resolution and an extensive input range of ±100 V, suitable for high-voltage applications. With 8 differential analog input channels, it can handle multiple signal types simultaneously.

High-speed data capture is possible thanks to its 200 kS/s maximum sample rate, while the 6 Hz or 10 KHz 2-pole lowpass Butterworth filter ensures that the acquired data is clean and reliable. The device’s DC input coupling adds to its versatility in various applications.

Advanced signal conditioning features include attenuation, Sample and Hold (SS/H) capability, amplification, and filtering, which enhance the module’s ability to process a wide range of signals. Additional functionalities are provided by a programmable multiplexer for self-test and self-calibration, alongside an SS/H enabled track-and-hold circuitry, which further improves measurement accuracy and reliability.

Compatibility with NI-DAQmx drivers, starting from NI-DAQ 7.0 and onwards, simplifies configuration and integration into existing systems. Developers can also leverage popular Application Development Environments (ADEs) such as LabVIEW, LabWindows/CVI, and Measurement Studio to create custom solutions. Finally, the module’s connection interface includes 1 x SMB connector and 1 x 16-pin COMBICON connector, enabling straightforward hardware installation and connectivity.

Question 1: What are the key features and compatibilities that the National Instruments PXI-4204 Analog Input Module provides for high-voltage data acquisition applications?
Answer 1: The National Instruments PXI-4204 Analog Input Module is designed to handle an analog input range of ±100 V, and it utilizes 1 x SMB connector and 1 x 16-pin COMBICON connector for hardware installation and connectivity.

Question 2: What type of analog input range is the National Instruments PXI-4204 Analog Input Module designed to handle, and which specific connectors does it utilize for hardware installation and connectivity?
Answer 2: Applications that involve high-voltage signal measurement and require precise data acquisition, such as industrial automation, automotive testing, and scientific research, would benefit most from the National Instruments PXI-4204 Analog Input Module’s high input range and advanced signal conditioning features.

Question 3: What type of applications would benefit most from the National Instruments PXI-4204 Analog Input Module’s high input range and advanced signal conditioning features?
Answer 3: The National Instruments PXI-4204 Analog Input Module features a 16-Bit resolution, an input range of ±100 V, 8 differential analog input channels, a maximum sample rate of 200 kS/s, and advanced signal conditioning with attenuation, Sample and Hold (SS/H) capability, amplification, and filtering, including a 6 Hz or 10 KHz 2-pole lowpass Butterworth filter. It is compatible with NI-DAQmx drivers from NI-DAQ

Question 4: What features of the National Instruments PXI-4204 Analog Input Module ensure accurate and reliable high-voltage data acquisition for its users?
Answer 4: The National Instruments PXI-4204 Analog Input Module ensures accurate and reliable high-voltage data acquisition through its 16-Bit resolution, extensive input range of ±100 V, 8 differential analog input channels, a maximum sample rate of 200 kS/s, and a 6 Hz or 10 KHz 2-pole lowpass Butterworth filter, along with advanced signal conditioning features such as attenuation, Sample and Hold (SS/H) capability, amplification, filtering, a programm

Question 5: What are the key features and compatibility options of the National Instruments PXI-4204 Analog Input Module?
Answer 5: The National Instruments PXI-4204 Analog Input Module features a 16-Bit resolution, an input range of ±100 V, 8 differential analog input channels, and a 200 kS/s maximum sample rate, along with advanced signal conditioning capabilities like attenuation, Sample and Hold, amplification, and filtering, and compatibility with NI-DAQmx drivers and ADEs such as LabVIEW, LabWindows/CVI, and Measurement Studio, making it a versatile solution for high-voltage data

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