Home > Electrical & Electronics > Electrical Control System > NI PXI-6527 185633D-01 Digital I/O Module

NI PXI-6527 185633D-01 Digital I/O Module

NI PXI-6527 185633D-01 Digital I/O Module thumbnail-1
NI PXI-6527 185633D-01 Digital I/O Module thumbnail-2
NI PXI-6527 185633D-01 Digital I/O Module thumbnail-3
NI PXI-6527 185633D-01 Digital I/O Module photo-1
NI PXI-6527 185633D-01 Digital I/O Module photo-2
NI PXI-6527 185633D-01 Digital I/O Module photo-3
Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)
Key Specifications
Get Latest Price
Material:
Other, Global universal model
Condition:
Other, Global universal model
Task:
Other, Global universal model
Contact Supplier Request Quote Chat Now
Guizhou Yuanmiao Automation Equipment Co., Ltd.
Gold Verified Supplier
1Yr
Verified Business License
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
Delivery time depends on order quantity.

Related Products

  • Product Details

  • Company Profile
  • Contact Us
Material Other, Global universal model
Condition Other, Global universal model
Task Other, Global universal model
Mathematical Model Other, Global universal model
Signal Other, Global universal model
Customized Non-Customized
Structure Other, Global universal model
NI PXI-6527I. Product Positioning and Core Features
The NI PXI-6527 is a high-performance digital input/output (DIO) module based on the PXI bus, specifically designed for high-speed digital signal control, communication protocol testing, and multi-channel logic control. It is suitable for scenarios such as industrial automation, embedded system development, and aerospace testing. Its core advantages include:


  • High-Speed Digital Signal Processing: Supports a maximum digital I/O rate of 100 MHz, meeting the requirements for high-frequency timing control and high-speed data transmission.

  • High-Density Channel Configuration: 32 independent digital I/O channels (16 inputs/16 outputs) supporting differential or single-ended modes, flexibly adapting to different logic level standards.

  • Programmable Triggering and Timing Mechanisms: Built-in hardware trigger controllers and timers support edge triggering, count triggering, and multi-module synchronization, suitable for complex timing logic systems.

PXI-6527 185633D-01 (3)

II. Hardware Specifications and Technical Parameters
Parameter Category Specific Indicators
Digital I/O Channels 32 channels (16 inputs/16 outputs), supporting single-ended (TTL/CMOS) or differential (LVDS, RS-422) modes
Maximum Data Rate Up to 100 MHz per channel (differential mode), bus bandwidth supports multi-channel synchronous transmission
Logic Level Compatibility TTL/CMOS (0~5V), LVDS (1.2V), RS-422/RS-485 (requires external level converter)
Triggering and Synchronization Supports PXI bus triggering, external triggering (TTL level), programmable edge triggering (rising/falling edge)
Counter/Timer 2 x 32-bit timers supporting frequency measurement, pulse width modulation (PWM), and event counting
Electrical Characteristics Input impedance 10 kΩ (TTL/CMOS), maximum output drive current 48 mA, open-drain output mode supported
Operating Environment Temperature: 0℃~+55℃, humidity: 5%~95% (non-condensing), conforming to industrial-grade anti-vibration standards
III. Typical Application Scenarios1. Industrial Automation and Control

  • High-Speed Production Line Control: Synchronously control multiple actuators (e.g., solenoid valves, stepper motors) via digital I/O channels to implement precise timing logic (e.g., robotic arm motion sequences).

  • Sensor and Actuator Interfaces: Connect digital sensors such as encoders and proximity switches to read real-time status and output control signals (e.g., conveyor belt start/stop logic).

2. Communication Protocol Testing

  • Bus Protocol Simulation: Simulate communication protocols such as SPI, I²C, UART, and CAN to test the interface compatibility of embedded systems (requires matching software protocol stacks).

  • High-Speed Data Transmission: Achieve high-speed backplane data transmission using LVDS differential mode (e.g., synchronous data exchange between modules).

3. Embedded System Development and Testing

  • Hardware Prototype Verification: Verify the timing correctness of logic circuits during FPGA or microcontroller development via digital I/O channels (e.g., FPGA pin function testing).

  • Fault Injection Testing: Simulate digital signal anomalies (e.g., level transitions, timing errors) to evaluate system robustness (e.g., avionics anti-interference testing).

4. Multi-Channel Logic Control

  • Array Device Management: Simultaneously control 32-channel LED arrays, relay groups, or digital devices, suitable for lighting control systems, power management modules, etc.

PXI-6527 185633D-01 (2)

IV. Software Support and Programming Interfaces1. Drivers and Development Tools

  • NI-DAQmx Driver: Compatible with platforms such as LabVIEW, Python, C++, and MATLAB, providing low-level APIs and high-level function libraries to support channel configuration, trigger settings, and data read/write operations.

  • NI MAX: Hardware configuration tool supporting channel calibration, self-test, and system topology management, enabling intuitive setup of input/output modes and level standards.

  • SignalExpress: Code-free data acquisition software supporting real-time digital signal monitoring, timing analysis, and data recording.

2. LabVIEW Programming Example (Pseudocode)
plaintext
// High-speed digital output (generate pulse sequence) [Create DAQmx task] → Add 16 DO channels (physical channels "/PXI1Slot3/port0/line0:15", TTL level) → Set output rate to 10 MHz, configure for continuous output mode → Generate square wave array with 50% duty cycle (period 100 ns), transfer to hardware buffer via DMA // Synchronous digital input acquisition (monitor sensor status) → Add 8 DI channels (physical channels "/PXI1Slot3/port1/line0:7", differential mode) → Configure external trigger (rising edge trigger from encoder pulse) → Read 32-bit status word after trigger, parse combined sensor status (e.g., position encoding) // Communication protocol simulation (SPI master device) While (data transmission request) {     Output SPI clock signal (1 MHz)     Send data frame bit by bit via DO channels (MSB first)     Read slave device response via DI channels to verify communication correctness }
V. System Integration and Expansion Solutions1. Hardware Matching Recommendations

  • Level Conversion Modules: Pair with NI PXI-4931 (isolated level converter) to achieve compatible conversion between different logic levels (e.g., 3.3V/5V).

  • Multi-Module Synchronization: Cascade multiple NI PXI-6527 modules via the System Clock and Trigger Bus of the PXI chassis to expand to hundreds of digital I/O channels (e.g., large-scale testing systems).

  • Signal Conditioning: Use chassis such as NI PXI-1010 to accommodate high-speed data transmission, and pair with shielded cables to reduce electromagnetic interference (EMI).

2. Performance Optimization Measures

  • Timing Synchronization Design: Utilize built-in clock synchronization pins (e.g., SYNC IN/OUT) to ensure multi-channel signal transmission delay

  • Anti-Interference Strategies: Differential mode (LVDS) reduces common-mode interference; split ground planes (separate analog and digital grounds) minimize crosstalk.

  • Real-Time Data Processing: Enable DMA transfer mode to avoid CPU bottlenecks, suitable for continuous high-speed data read/write scenarios (e.g., industrial camera trigger control).

PXI-6527 185633D-01 (1)

VI. Comparison with Similar Products
Model NI PXI-6527 NI PXI-6509 (Economy) NI PXI-6554 (High-Speed Switch)
Number of Channels 32 channels (16 in/16 out) 48 channels (24 in/24 out) 32 channels (high-speed switch)
Maximum Data Rate 100 MHz (differential) 10 MHz (single-ended) 500 MHz (source-synchronous mode)
Core Advantages High-speed DIO, multi-protocol compatibility Economical multi-channel, low-cost solution Ultra-high-speed switching, low-jitter timing control
Application Scenarios Industrial control, communication protocol testing Routine logic control, educational experiments RF switch matrices, high-speed signal routing
Product Tags: PXI-6527 , 185633D-01

Send Inquiry to This Supplier

Message
0/5000

Want the best price? Post an RFQ now!
Guizhou Yuanmiao Automation Equipment Co., Ltd.
Gold Verified Supplier
1Yr
Verified Business License
Business Type
Trading Company
Year Established
2014
Factory Size
1,000-3,000 square meters
Product Certifications
SA8000
Contact Supplier Request Quote Chat Now

You May Also Like

Product Categories

Recommended Categories

Explore top categories and find suppliers for your specific needs
Telecommunication & Broadcasting Telecommunication & Broadcasting
Optical Fiber, Cable & Wire Optical Fiber, Cable & Wire
Power Transmission & Transformer Power Transmission & Transformer
Power Supply & Distribution Power Supply & Distribution
Sensor Sensor
Passive Components Passive Components
Battery, Storage Battery & Charger Battery, Storage Battery & Charger
Switch Switch
Connector & Terminals Connector & Terminals
Electric Motor Electric Motor
Integrated Circuit Integrated Circuit
Antenna Antenna
GPS GPS
Socket & Outlet Socket & Outlet
Breaker & Protector Breaker & Protector
Inverter Inverter
Circuit Board Circuit Board
Electronic Tube & Transistor Electronic Tube & Transistor
Cable Parts Cable Parts
Relay & Contactor Relay & Contactor
Smart Card & Card Reader Smart Card & Card Reader
Remote Control Remote Control
Other Electronics Other Electronics
Variable-Frequency Drive Variable-Frequency Drive
Electronics Stocks Electronics Stocks
Transmitter Transmitter
Rectifier Rectifier
Semiconductor Semiconductor
Oscillator Oscillator
Heating, Refrigeration & Temperature Control Heating, Refrigeration & Temperature Control
Insulation Insulation
Semiconductor Silicon Semiconductor Silicon
Specialized Electrical Equipment Specialized Electrical Equipment
Encoder Encoder
Speaker,Trumpet & Buzzer Speaker,Trumpet & Buzzer
LED Video Processor LED Video Processor
Plug Plug