NI PXI-6602 thyristor module

NI PXI-6602 thyristor module

NI PXI-6602 is a thyristor (SCR) module from National Instruments (NI). Here are some key details of the product:
Hardware features: The PXI-6602 module adopts the PXI (PCI eXtensions for Instrumentation) standard size and interface, which can be easily integrated into the PXI system. It has multi-channel thyristor output channels that can be used to control and trigger external silicon control rectifiers and loads.
Programmability: This module provides highly programmable silicon control signals that can be precisely triggered and controlled according to user needs. Users can use NI’s software tools and environments, such as LabVIEW and NI-DAQmx, for flexible programming and configuration.
Number of output channels and current capacity: The PXI-6602 module provides multiple thyristor output channels, usually with independent triggering and control for each channel. Each channel has a certain current capacity for controlling the current output of the load.
High speed triggering and response: This module has fast triggering and response capabilities, enabling precise time control and high-speed signal transmission. This is very important for applications that require high temporal resolution and precise control.
Safety protection and protection circuit: The PXI-6602 module has various safety protection functions, such as overvoltage protection and overcurrent protection, to protect the module and load from damage.
PXI system integration: This module complies with PXI standards and can seamlessly integrate with other PXI modules and devices. This provides the scalability and flexibility of the system, making it convenient for users to build a complete control and measurement system.

NI PXI-6624 Industrial Control Module Card

NI PXI-6624 Industrial Control Module Card

NI PXI-6624 is an industrial control module card from National Instruments (NI). Here are some basic introductions to the product:
Multifunctional input/output: The PXI-6624 module provides digital input and output functions for multiple channels. It supports multiple signal types, including digital input, digital output, and counter/timer functions.
High speed data transmission: This module has the ability to transmit data at high speed, enabling fast input and output operations. This makes it suitable for applications that require high-speed data acquisition and control.
Programmability: The PXI-6624 module has high programmability, allowing users to use NI software tools and environments such as LabVIEW and NI-DAQmx for flexible programming and configuration.
Flexible channel configuration: The channel configuration of the module is customizable and can be flexibly configured and allocated according to user needs. This allows users to choose appropriate input and output channels based on application requirements.
PXI system integration: The PXI-6624 module complies with the PXI standard and can be seamlessly integrated with other PXI modules and devices. This provides the scalability and flexibility of the system, making it convenient for users to build a complete industrial control system.
Application field: The PXI-6624 module is suitable for a wide range of industrial automation and control applications, such as Automatic Test Equipment (ATE), machine control, process monitoring, data acquisition, and real-time control.

NI PXI-4461 Data Acquisition Module

NI PXI-4461 Data Acquisition Module

NI PXI-4461 is a data collection module from National Instruments (NI). The following are some of the main features of the product:
High precision data acquisition: The PXI-4461 module provides high-precision analog signal acquisition capabilities. It supports multiple analog input channels and can collect and measure analog signals from sensors, signal sources, and other external devices.
High speed sampling rate: This module has a high sampling rate and can achieve fast data collection. It can collect analog signals at a high rate to capture rapidly changing signals and subtle signal details.
High resolution: The PXI-4461 module supports high-resolution data acquisition and can provide accurate signal measurement and analysis. It can capture and quantify analog signals with high precision, providing accurate data results.
Flexible input range: This module has flexible input range options that can adapt to different measurement needs. Users can choose an appropriate input range to ensure that the measurement signal is collected within the optimal range.
Noise suppression and filtering: The PXI-4461 module provides noise suppression and filtering functions, which can enhance and optimize the collected data through filters and signal processing algorithms to improve measurement accuracy and suppress interference.
Data synchronization and triggering: This module supports synchronous data collection and triggering functions, and can synchronize with other PXI modules and devices to achieve complex multi-channel and multi-module data collection applications.
Software support: The PXI-4461 module can be configured, programmed, and analyzed using NI software tools and environments, such as LabVIEW and NI-DAQmx, providing flexible development and application support.

NI PXI-2569 Relay Module

NI PXI-2569 Relay Module

NI PXI-2569 is a high-density relay module from National Instruments (NI), providing reliable signal switching and routing functions. The following are some product features of the NI PXI-2569 module:
High density relay channels: The PXI-2569 module has high-density relay channels that can switch multiple signal sources or loads simultaneously. This makes it very suitable for testing and measurement applications that require multi-channel signal switching.
High speed switching: The module supports high-speed signal switching and can complete relay state switching in microseconds. This makes it suitable for applications with high requirements for fast switching and response time.
High voltage and high current capabilities: The PXI-2569 module can handle high voltage and high current signals to adapt to various application scenarios. It can withstand large loads and voltage ranges, meeting different signal routing requirements.
Low insertion loss and high isolation: The module adopts high-quality relays and designs, with the characteristics of low insertion loss and high isolation. This helps to ensure the accuracy and reliability of signal transmission, reducing signal loss and mutual interference.
Flexible control and programming: The PXI-2569 module can be controlled through programming and supports multiple programming interfaces and software platforms, such as LabVIEW, C/C++, and Python. Users can perform automated control and integration as needed to achieve efficient testing and measurement.
PXI platform compatibility: The module is compatible with other PXI modules and devices, and can be flexibly integrated and extended with other instruments and systems to build a more complex and multifunctional testing platform.

NI PXIe-5122 high-performance data acquisition module

NI PXIe-5122 high-performance data acquisition module

NI PXIe-522 is a high-performance data acquisition module from National Instruments (NI), based on the PXI Express bus architecture, providing high-speed and high-precision signal acquisition capabilities. The following are some main features of the NI PXIe-5122 module:
High speed data acquisition: The PXIe-5122 module supports high-speed data acquisition and has the ability to achieve high sampling rate and wide bandwidth. It can simultaneously collect data from multiple channels at a high speed, making it suitable for accurate collection of rapidly changing signals.
High resolution and low noise: This module is equipped with a high-precision analog-to-digital converter (ADC), which can provide high-resolution data acquisition and has a lower noise level. This helps to improve the accuracy and quality of the signal.
Multi channel acquisition: The PXIe-5122 module supports multi-channel data acquisition and can simultaneously collect multiple signal sources. It has multiple input channels and can adapt to application scenarios where multiple signals need to be collected.
Flexible triggering and synchronization: The module provides flexible triggering and synchronization functions, allowing precise data collection and control according to application requirements. It supports multiple triggering modes and external clock synchronization to meet the synchronization requirements of different applications.
Software support and integration: The PXIe-5122 module can be integrated with NI’s software platform and toolset, such as LabVIEW, LabWindows/CVI, and Measurement Studio. This allows for convenient data collection, analysis, and visualization, as well as integration with other instruments and equipment.
PXI Express Platform Compatibility: The module is based on the PXI Express bus architecture and has characteristics such as high bandwidth, low latency, and scalability. It is compatible with other PXI Express modules and devices, and can form a complete testing and measurement system with other modules.

NI PXIe-5693 Signal Generator Module

NI PXIe-5693 Signal Generator Module

NI PXIe-5693 is a high-performance RF signal generator module from National Instruments (NI). It is based on the PXI Express bus architecture and provides a wide range of RF signal generation capabilities. The following are some of the main features of the NI PXIe-5693 module:
High frequency range: The PXIe-5693 module has a wide RF frequency range and is suitable for multiple application fields. It can generate high-frequency RF signals, covering common wireless communication frequency bands.
High frequency resolution and accuracy: The module has the characteristics of high frequency resolution and accuracy, and can generate RF signals with very precise frequency step values. This helps to meet applications that require high frequency accuracy.
Broadband output: The PXIe-5693 module provides broadband RF signal output, which can generate broadband modulated signals and complex RF signal waveforms. It supports modulation techniques such as quadrature amplitude modulation (QAM) and orthogonal frequency division multiplexing (OFDM).
High output power: This module has high output power capability and can provide high RF signal output power. This makes it suitable for applications that require high signal power, such as wireless communication system testing and RF equipment calibration.
Flexible modulation and modulation functions: The PXIe-5693 module supports multiple modulation and modulation functions, including amplitude modulation (AM), frequency modulation (FM), and phase modulation (PM). It can generate various complex RF signal waveforms and provide flexible modulation parameter configurations.
Software support and integration: Modules can be integrated with NI’s software platforms and toolsets, such as LabVIEW, LabWindows/CVI, and Measurement Studio. This allows for convenient signal generation, modulation, and measurement, as well as integration with other instruments and equipment.
PXI Express Platform Compatibility: The PXIe-5693 module is based on the PXI Express bus architecture and has characteristics such as high bandwidth, low latency, and scalability. It is compatible with other PXI Express modules and devices, and can form a complete RF testing system with other modules.

NI PXI-2570 Relay Module

NI PXI-2570 Relay Module

NI PXI-2570 is a high-density relay module from National Instruments (NI) designed specifically for testing and automation applications. This module is based on the PXI bus architecture and provides reliable relay switching capabilities. The following are some main features of the NI PXI-2570 relay module:
High density relay: The PXI-2570 module has a high-density relay configuration that can simultaneously control multiple relay channels. It supports multiple independent relay groups, each of which can contain multiple relay channels to meet complex testing requirements.
Fast switching time: This module has fast relay switching time and can complete channel switching at the microsecond level. This helps to improve testing speed and accuracy, especially in applications that require quick switching of multiple signal paths.
High voltage and high current capability: The PXI-2570 module supports relay switches for high voltage and high current, suitable for controlling various electrical signals. It can handle high voltage and current loads and is suitable for applications that require high power.
Low current leakage and contact resistance: The relay module has the characteristics of low current leakage and contact resistance, which can ensure low current leakage in the closed state of the relay and maintain low contact resistance to ensure the reliability and accuracy of signal transmission.
Flexible channel configuration: The module has flexible channel configuration, which can be mapped and configured through software. Users can choose specific channel configurations as needed and flexibly switch channel connections to meet different testing needs.
Software support and integration: The PXI-2570 module can be integrated with NI’s software platform and toolset, such as LabVIEW, LabWindows/CVI, and Measurement Studio. This allows for convenient writing of relay control and testing scripts, as well as integration with other instruments and equipment.
PXI platform compatibility: The module is based on the PXI bus architecture and can be compatible with other PXI modules and devices. It can form a complete testing and automation system with other measuring instruments and control equipment.

NI PXI-2575 Multiplexer Switch Module

NI PXI-2575 Multiplexer Switch Module

NI PXI-2575 is a multiplexer switch module from National Instruments (NI), suitable for testing and automation applications. The following are some main features of the NI PXI-2575 multiplexer switch module:
High channel density: The PXI-2575 module has a high channel density and can control multiple signal paths through a single module. It supports multiple independent multiplexer groups, each of which can contain multiple multiplexer channels to meet complex testing requirements.
Fast switching time: This module has fast signal switching time and can complete channel switching at the microsecond level. This helps to improve testing speed and accuracy, especially in applications that require quick switching of multiple signal paths.
High bandwidth: The PXI-2575 module supports high bandwidth signal switching, which can meet the needs of high-speed data acquisition and testing. It can process broadband signals and maintain signal integrity and accuracy.
Low insertion loss: The module has low insertion loss characteristics, which can ensure small signal loss during signal switching. This helps to maintain signal quality and measurement accuracy.
Flexible channel configuration: The module has flexible channel configuration, which can be mapped and configured through software. Users can choose specific channel configurations as needed and flexibly switch channel connections to meet different testing needs.
Software support and integration: The PXI-2575 module can be integrated with NI’s software platform and toolset, such as LabVIEW, LabWindows/CVI, and Measurement Studio. This allows for convenient signal switching control and writing of test scripts, as well as integration with other instruments and devices.
PXI platform compatibility: The module is based on the PXI bus architecture and can be compatible with other PXI modules and devices. It can form a complete testing and automation system with other measuring instruments and control equipment.

NI PXI-5441 Analog Output Module

NI PXI-5441 Analog Output Module

NI PXI-5441 is a high-performance analog output module from National Instruments (NI), suitable for the PXI platform. The following is general information about the NI PXI-5441 high-performance analog output module:
High performance analog output: The NI PXI-5441 module provides high-performance analog output function, which can generate high-precision analog signals. It has the characteristics of high resolution, low distortion, and low noise, and can generate accurate and high-quality analog signals.
PXI interface: This module adopts the PXI interface standard and is compatible with the PXI platform. PXI is a modular measurement and control system architecture with the advantages of high bandwidth, low latency, and scalability.
High speed sampling rate and large capacity memory: The NI PXI-5441 module has high speed sampling rate and large capacity memory, which can support high-speed and long-term data generation. It can generate high-frequency and complex analog signals and provide sufficient memory capacity to store the generated data.
Multi channel output: This module supports multi-channel analog output and can generate multiple independent analog signals simultaneously. Each channel has independent output function, which can achieve parallel output of multiple channels.
Flexible signal generation: The NI PXI-5441 module has flexible signal generation capabilities, which can generate various types of analog signals, including continuous waveforms, pulse signals, sine waves, square waves, etc. Users can configure modules through software to generate the required signal types and parameters.
Software support: This module is equipped with corresponding software support, including NI-DAQmx driver and LabVIEW programming environment. These software tools provide rich functionality and development resources, making it easy for users to configure, control, and process data.
Application field: The NI PXI-5441 high-performance analog output module is widely used in testing and measurement fields, including signal generators, vibration testing, sound analysis, radar systems, etc. It is suitable for application scenarios that require high-precision analog output to generate accurate and high-quality analog signals.

NI PXI-5124 Data Acquisition Module

NI PXI-5124 Data Acquisition Module

NI PXI-5124 is a high-performance data collection module from National Instruments (NI), suitable for the PXI platform. The following is general information about the NI PXI-5124 high-performance data acquisition module:
High performance data collection: The NI PXI-5124 module provides high-performance data collection functions, which can be used for real-time data collection and signal analysis applications. It has the characteristics of high-speed sampling rate and high resolution, which can capture rapidly changing signals and provide accurate measurement results.
PXI interface: This module adopts the PXI interface standard and is compatible with the PXI platform. PXI is a modular measurement and control system architecture with the advantages of high bandwidth, low latency, and scalability.
High speed sampling rate and resolution: The NI PXI-5124 module is equipped with a high-speed sampling rate and high-resolution analog-to-digital converter, which can achieve accurate and high-quality data collection. It can capture high-frequency signals and provide detailed signal measurement.
Multi channel data collection: This module supports multi-channel data collection and can simultaneously collect data from multiple channels. Each channel has independent sampling and measurement functions, which can meet the needs of multi-channel data collection.
Multiple input modes: The NI PXI-5124 module supports multiple input modes, including differential input, single ended input, and pseudo differential input. This makes it suitable for different types of signal sources, such as analog sensors, signal generators, etc.
Software support: This module is equipped with corresponding software support, including NI-DAQmx driver and LabVIEW programming environment. These software tools provide rich functionality and development resources, making it easy for users to configure, control, and process data.
Application field: The NI PXI-5124 high-performance data acquisition module is widely used in testing and measurement fields, including signal analysis, vibration analysis, sound analysis, power analysis, etc. It is suitable for application scenarios that require high-speed and high-precision data collection to obtain accurate and high-quality measurement data.

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