The National Instruments cRIO-9104 CompactRIO Chassis is an 8-slot system with 5,120 logic slices, 81,920 bytes of embedded RAM, various I/O types including thermocouple and analog inputs, and
The National Instruments cRIO-9104 CompactRIO Chassis is a robust and versatile system that is identified by part numbers 779054-02 and 779054-01. This chassis accommodates 8 slots for I/O modules and boasts an impressive 5,120 logic slices along with 81,920 bytes of embedded RAM, offering a substantial platform for complex applications.
It supports a variety of I/O types including ±80 mV thermocouple inputs, ±10 V synchronous sampling analog I/O, and 24 V industrial digital I/O with up to 1 A of current, providing flexibility for different sensing and control tasks. The FPGA module within comes with advanced features such as fifth-order FIR filters, 1D look-up tables, linear interpolation, zero crossing detection, and the capability for direct digital synthesis of sine waves.
The cRIO-9104 can handle analog PID control systems at speeds greater than 100 kS/s and digital control systems at rates up to 1 MS/s, which is ideal for high-speed automation tasks. Its ability to evaluate Boolean logic through single-cycle while loops at 40 MHz (25 ns) makes it highly efficient for processing complex logic operations.
With options for FPGA chips containing either 1 million or 3 million gates, this chassis can be tailored to specific processing needs. It also includes 128 MB of DRAM memory for data-intensive operations and supports a maximum data transfer rate of 12 MB/s. Furthermore, it features a minimum of 2 GB nonvolatile storage for secure data retention.
Specification
Details
Product Name
National Instruments cRIO-9104 CompactRIO Chassis
Part Numbers
779054-02, 779054-01
Slots
8
Logic Slices
5,120
Embedded RAM
81,920 bytes
I/O Types
±80 mV thermocouple inputs, ±10 V synchronous sampling analog I/O, 24 V industrial digital I/O with up to 1 A current
FPGA Module Features
Fifth-order FIR filters, 1D look-up tables, linear interpolation, zero crossing detection, direct digital synthesis of sine waves
Control System Loop Rates
Analog PID control systems > 100 kS/s, Digital control systems up to 1 MS/s
Boolean Logic Evaluation
Single-cycle while loops at 40 MHz (25 ns)
FPGA Chip Options
1 million or 3 million gates
DRAM Memory
128 MB
Max Data Transfer Rate
12 MB/s
Nonvolatile Storage
Minimum 2 GB
Connectivity
Question 1: What advanced features does the FPGA module in the National Instruments cRIO-9104 CompactRIO Chassis include to enhance its capability for direct digital synthesis of sine waves and other complex operations? Answer 1: The FPGA module within the National Instruments cRIO-9104 CompactRIO Chassis is capable of advanced signal processing and logic operations, including fifth-order FIR filters, 1D look-up tables, linear interpolation, zero crossing detection, direct digital synthesis of sine waves, and can efficiently evaluate Boolean logic with single-cycle while loops at 40 MHz (25 ns).
Question 2: What types of applications does the National Instruments cRIO-9104 CompactRIO Chassis’ combination of 5,120 logic slices, 81,920 bytes of embedded RAM, and support for various I/O types make it suitable for? Answer 2: The National Instruments cRIO-9104 CompactRIO Chassis, with its combination of 5,120 logic slices, 81,920 bytes of embedded RAM, and support for a range of I/O types, is suitable for complex applications such as high-speed automation, advanced control systems, real-time data processing, and sophisticated signal processing tasks.
Question 3: What are the capabilities of the National Instruments cRIO-9104 CompactRIO Chassis’s FPGA module in terms of signal processing and logic operations? Answer 3: The FPGA module in the National Instruments cRIO-9104 CompactRIO Chassis includes advanced features such as fifth-order FIR filters, 1D look-up tables, linear interpolation, and zero crossing detection to enhance its capability for direct digital synthesis of sine waves and other complex operations.
Question 4: How does the National Instruments cRIO-9104 CompactRIO Chassis, with part numbers 779054-02 and 779054-01, cater to high-speed automation tasks and complex logic operations? Answer 4: The National Instruments cRIO-9104 CompactRIO Chassis supports a wide range of applications, including high-speed automation, complex data acquisition, advanced control systems like analog PID control at speeds greater than 100 kS/s, digital control at rates up to 1 MS/s, and processing tasks that require robust sensory input and control output capabilities, such as industrial automation, advanced research, and dynamic testing environments.
Question 5: What types of applications are supported by the National Instruments cRIO-9104 CompactRIO Chassis given its capability to accommodate various I/O types and high-speed analog and digital control systems? Answer 5: The National Instruments cRIO-9104 CompactRIO Chassis accommodates high-speed automation tasks with its ability to handle analog PID control systems at speeds greater than 100 kS/s and digital control systems at rates up to 1 MS/s, while its capacity to evaluate Boolean logic through single-cycle while loops at 40 MHz (25 ns) makes it highly efficient for processing complex logic operations.
