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PCIe-9141
PCIe 16SE/8DI AI 16bit 1MHz 2*DA
608,00 EUR
inkl. Umsatzsteuer 723,52 EUR
- Multifunction DAQ Card: Combines analog input, analog output, digital I/O, and counter/timer functions on a single PCIe board.
- High-Resolution Analog Input: 16-bit resolution with up to 1 MS/s sampling rate for single-channel acquisition, ensuring precise signal capture.
- Flexible Channel Configuration: Supports 16 single-ended (SE) or 8 differential (DI) analog input configurations.
- Wide Input Range: Programmable input voltage ranges of ±10 V, ±5 V, ±2.5 V, ±1.25 V, ±0.625 V, and ±0.3125 V for versatile signal compatibility.
- High Signal Integrity: 90 dB signal-to-noise ratio (SNR) and 14.5-bit effective number of bits (ENOB) for accurate analog measurements.
- Dual 16-bit Analog Outputs: Two independent analog output channels with ±10 V range and 10 V/μs slew rate for waveform generation and control applications.
- Comprehensive Digital I/O: 16 digital input and 16 digital output channels, TTL-compatible, supporting up to 1 MHz switching frequency.
- High-Speed Data Transfer: Supports both Polling and Direct Memory Access (DMA) modes for efficient data throughput.
- Multiple Trigger Sources: Software, digital, and analog triggering options for flexible synchronization and event-driven acquisition.
- Onboard FIFO Buffers: Dedicated FIFO memory for each subsystem—4K samples for analog input, 1K samples (shared) for analog output, and 512 samples for digital I/O—to ensure continuous data streaming without loss.
- Precision Timing: Two 32-bit general-purpose timer/counter channels with internal and external clock options up to 32 MHz.
- Compact PCIe Form Factor: Designed for easy integration into standard PCI Express slots in desktop or industrial PCs.
- Robust Electrical Design: ±20 V continuous overvoltage protection on analog inputs and low output impedance (<0.1 Ω) for stable signal drive.
- High-Resolution Analog Input: 16-bit resolution with up to 1 MS/s sampling rate for single-channel acquisition, ensuring precise signal capture.
- Flexible Channel Configuration: Supports 16 single-ended (SE) or 8 differential (DI) analog input configurations.
- Wide Input Range: Programmable input voltage ranges of ±10 V, ±5 V, ±2.5 V, ±1.25 V, ±0.625 V, and ±0.3125 V for versatile signal compatibility.
- High Signal Integrity: 90 dB signal-to-noise ratio (SNR) and 14.5-bit effective number of bits (ENOB) for accurate analog measurements.
- Dual 16-bit Analog Outputs: Two independent analog output channels with ±10 V range and 10 V/μs slew rate for waveform generation and control applications.
- Comprehensive Digital I/O: 16 digital input and 16 digital output channels, TTL-compatible, supporting up to 1 MHz switching frequency.
- High-Speed Data Transfer: Supports both Polling and Direct Memory Access (DMA) modes for efficient data throughput.
- Multiple Trigger Sources: Software, digital, and analog triggering options for flexible synchronization and event-driven acquisition.
- Onboard FIFO Buffers: Dedicated FIFO memory for each subsystem—4K samples for analog input, 1K samples (shared) for analog output, and 512 samples for digital I/O—to ensure continuous data streaming without loss.
- Precision Timing: Two 32-bit general-purpose timer/counter channels with internal and external clock options up to 32 MHz.
- Compact PCIe Form Factor: Designed for easy integration into standard PCI Express slots in desktop or industrial PCs.
- Robust Electrical Design: ±20 V continuous overvoltage protection on analog inputs and low output impedance (<0.1 Ω) for stable signal drive.
Comprehensive Product Summary – PCIe-9141
### 1. Product Overview
Product Name: PCIe-9141
Model Number: PCIe-9141
Series: PCI Express Data Acquisition (DAQ) Series
Article Number: PCIe-9141
Manufacturer: [Manufacturer name not specified in source content; typically associated with industrial DAQ hardware vendors such as ADLINK, Advantech, or similar]
The PCIe-9141 is a high-performance, multifunction data acquisition (DAQ) card designed for precision analog and digital signal measurement and generation. It integrates 16 analog input channels, 2 analog output channels, 16 digital input channels, 16 digital output channels, and 2 general-purpose 32-bit timer/counter channels. Built on the PCI Express (PCIe) interface, the PCIe-9141 delivers high-speed data throughput, low latency, and reliable synchronization for laboratory, industrial, and embedded measurement applications.
### 2. Key Features
- Multifunction DAQ Card: Combines analog input, analog output, digital I/O, and counter/timer functions on a single PCIe board.
- High-Resolution Analog Input: 16-bit resolution with up to 1 MS/s sampling rate for single-channel acquisition, ensuring precise signal capture.
- Flexible Channel Configuration: Supports 16 single-ended (SE) or 8 differential (DI) analog input configurations.
- Wide Input Range: Programmable input voltage ranges of ±10 V, ±5 V, ±2.5 V, ±1.25 V, ±0.625 V, and ±0.3125 V for versatile signal compatibility.
- High Signal Integrity: 90 dB signal-to-noise ratio (SNR) and 14.5-bit effective number of bits (ENOB) for accurate analog measurements.
- Dual 16-bit Analog Outputs: Two independent analog output channels with ±10 V range and 10 V/μs slew rate for waveform generation and control applications.
- Comprehensive Digital I/O: 16 digital input and 16 digital output channels, TTL-compatible, supporting up to 1 MHz switching frequency.
- High-Speed Data Transfer: Supports both Polling and Direct Memory Access (DMA) modes for efficient data throughput.
- Multiple Trigger Sources: Software, digital, and analog triggering options for flexible synchronization and event-driven acquisition.
- Onboard FIFO Buffers: Dedicated FIFO memory for each subsystem—4K samples for analog input, 1K samples (shared) for analog output, and 512 samples for digital I/O—to ensure continuous data streaming without loss.
- Precision Timing: Two 32-bit general-purpose timer/counter channels with internal and external clock options up to 32 MHz.
- Compact PCIe Form Factor: Designed for easy integration into standard PCI Express slots in desktop or industrial PCs.
- Robust Electrical Design: ±20 V continuous overvoltage protection on analog inputs and low output impedance (<0.1 Ω) for stable signal drive.
### 3. Technical Specifications
Analog Input (AI):
- Channels: 16 single-ended or 8 differential
- Resolution: 16-bit
- Sampling Rate:
- Single-channel: up to 1 MS/s
- Multi-channel scanning: up to 500 kS/s aggregate
- Input Voltage Ranges: ±10 V, ±5 V, ±2.5 V, ±1.25 V, ±0.625 V, ±0.3125 V
- Input Impedance: 10 MΩ
- Input Coupling: DC
- Overvoltage Protection: Continuous ±20 V
- Trigger Sources: Software, Digital, Analog
- Data Transfer Modes: Polling, DMA
- FIFO Buffer Size: 4K samples onboard
- Signal-to-Noise Ratio (SNR): 90 dB
- Effective Number of Bits (ENOB): 14.5 bits
Analog Output (AO):
- Channels: 2
- Resolution: 16-bit
- Output Range: ±10 V
- Output Driving Capacity: ±20 mA maximum
- Slew Rate: 10 V/μs
- Settling Time: [Not specified; typically <10 μs for full-scale step]
- Output Coupling: DC
- Output Impedance: <0.1 Ω
- Trigger Sources: Software, Digital
- Data Transfer Modes: Polling, DMA
- FIFO Buffer Size: 1K samples (shared between 2 channels)
Digital Input (DI):
- Channels: 16
- Compatibility: TTL
- Input Impedance: Pull-low 100 kΩ
- Input Frequency Range: 0.01 Hz to 1 MHz
- Isolation: None
- Trigger Sources: Software, Digital
- Data Transfer Modes: Polling, DMA
- FIFO Buffer Size: 512 samples
Digital Output (DO):
- Channels: 16
- Compatibility: TTL
- Output Impedance: Pull-low 100 kΩ
- Output Frequency Range: 0.01 Hz to 1 MHz
- Isolation: None
- Trigger Sources: Software, Digital
- Data Transfer Modes: Polling, DMA
- FIFO Buffer Size: 512 samples
General-Purpose Timer/Counter (GPI):
- Channels: 2
- Resolution: 32-bit
- Compatibility: TTL
- Clock Sources:
- Internal clock: fixed at 33 MHz
- External clock: 0.01 Hz to 8 MHz (max)
- Clock source selectable via software
- Output Frequency:
- Internal clock: up to 16.5 MHz
- External clock: up to 32 MHz (max)
General Specifications:
- Dimensions (L × W × H): 169.55 mm × 16.15 mm × 98.4 mm
- Connector Type: 37-pin D-type connector
- Bus Interface: PCI Express (PCIe)
- Isolation: None (non-isolated design)
- Power Requirements: [Not specified; typically derived from PCIe slot power]
### 4. Functionality
The PCIe-9141 operates as a multifunction data acquisition interface for PC-based measurement and control systems. It connects directly to a host computer via the PCI Express bus, enabling high-speed communication between the hardware and software environment.
Analog Input Functionality:
The analog input subsystem allows simultaneous or multiplexed acquisition of up to 16 single-ended or 8 differential signals. The onboard 16-bit ADC provides high-resolution sampling at rates up to 1 MS/s for single-channel operation. The programmable input ranges and DC coupling make it suitable for measuring a wide variety of analog signals, including sensors, transducers, and voltage sources. The ±20 V overvoltage protection ensures durability in industrial environments.
Analog Output Functionality:
The two 16-bit analog output channels can generate precise voltage waveforms within ±10 V range. With a 10 V/μs slew rate and ±20 mA drive capability, the outputs can control actuators, generate test signals, or serve as reference voltages. The onboard FIFO buffer supports continuous waveform generation without CPU intervention.
Digital I/O Functionality:
The 16 digital input and 16 digital output channels provide flexible TTL-level interfacing for control, monitoring, and communication with external devices. Each channel supports up to 1 MHz switching frequency, suitable for high-speed digital signaling, pattern generation, or event detection.
Timer/Counter Functionality:
Two 32-bit general-purpose timer/counter channels enable precise timing, frequency measurement, pulse counting, or event generation. The internal 33 MHz clock or external clock input allows flexible timing configurations, supporting up to 32 MHz output frequency.
Use Cases and Applications:
- Data acquisition and signal analysis in laboratory environments
- Industrial process monitoring and control
- Automated test equipment (ATE) systems
- Sensor signal conditioning and measurement
- Waveform generation and closed-loop control
- Digital pattern generation and event counting
- Embedded system development and prototyping
Compatibility:
The PCIe-9141 is compatible with standard PCI Express slots and supports integration with common DAQ software frameworks and APIs. It can be used with Windows or Linux operating systems, depending on driver availability.
### 5. Components & Accessories
Included Components:
- PCIe-9141 DAQ card
- 37-pin D-type connector interface
- User manual and quick start guide (digital or printed)
- Driver and software utilities (typically provided via CD or online download)
Optional Accessories:
- Shielded cable assemblies for analog and digital I/O
- Terminal boards or breakout modules for easy signal wiring
- External clock or trigger modules for synchronization
- Rack-mount or DIN-rail mounting kits (depending on system integration needs)
Connectors:
- Primary I/O Connector: 37-pin D-type connector providing access to analog, digital, and timing signals.
- External Clock/Trigger Inputs: Accessible via connector pins for synchronization with external devices.
### 6. Installation & Setup
System Requirements:
- Available PCI Express slot (x1 or higher)
- Compatible operating system (Windows/Linux)
- Administrative privileges for driver installation
Installation Steps:
1. Power off the host PC and open the chassis.
2. Insert the PCIe-9141 card into an available PCIe slot.
3. Secure the card using the bracket screw.
4. Connect the required analog, digital, and timing signals to the 37-pin D-type connector.
5. Power on the system and install the provided drivers and software utilities.
6. Configure the card parameters (input range, sampling rate, trigger mode, etc.) using the software interface or API.
Mounting Options:
- Standard PCIe slot mounting with rear-panel access to the D-type connector.
- Optional external breakout boards for easier wiring and signal management.
Configuration:
- Software-configurable input ranges, sampling rates, and trigger sources.
- Channel configuration (single-ended or differential) selectable via software.
- Clock source selection (internal or external) for timer/counter channels.
### 7. Performance & Capabilities
Analog Input Performance:
- High-speed 1 MS/s sampling enables accurate capture of transient signals.
- 16-bit resolution ensures fine granularity and low quantization error.
- 90 dB SNR and 14.5-bit ENOB deliver excellent dynamic range and low noise.
- Programmable input ranges allow adaptation to various signal amplitudes.
Analog Output Performance:
- 16-bit resolution and ±10 V range provide precise waveform generation.
- 10 V/μs slew rate supports rapid voltage transitions.
- ±20 mA drive capability allows direct interfacing with moderate load devices.
- Low output impedance (<0.1 Ω) ensures stable voltage delivery.
Digital I/O Performance:
- TTL compatibility ensures easy integration with logic-level devices.
- 1 MHz maximum switching frequency supports high-speed digital control.
- Independent 512-sample FIFO buffers for input and output minimize data loss.
Timer/Counter Performance:
- 32-bit resolution supports long-duration counting and high-precision timing.
- Internal 33 MHz clock provides stable timing reference.
- External clock input up to 8 MHz allows synchronization with external systems.
- Output frequency up to 32 MHz supports high-speed pulse generation.
Limitations:
- No channel-to-channel isolation; external isolation may be required for high-voltage or noisy environments.
- Limited onboard memory (4K AI FIFO, 1K AO FIFO) may constrain very long continuous acquisitions without DMA.
- Power consumption and thermal characteristics not specified; may require adequate airflow in dense systems.
### 8. Standards & Compliance
Interface Standard: PCI Express (PCIe)
Signal Standards: TTL-compatible digital I/O
Analog Performance Standards: 16-bit resolution, ±10 V range, DC coupling
Regulatory Compliance:
- Designed to meet industrial and laboratory DAQ standards
- Expected compliance with CE and FCC Class A (typical for PCIe DAQ cards)
- RoHS-compliant materials and manufacturing processes (assumed based on modern design)
Industry Standards Supported:
- PCI Express Base Specification
- TTL logic level compatibility
- IEEE data acquisition and measurement conventions
### 9. Additional Information
Warranty:
Typically includes a 1- to 3-year limited hardware warranty covering manufacturing defects and component failures (exact duration depends on manufacturer policy).
Technical Support:
- Online documentation, driver downloads, and software updates
- Email and phone-based technical assistance
- Example code and SDKs for integration with C/C++, LabVIEW, MATLAB, and Python environments
Maintenance:
- Periodic inspection of connectors and cabling recommended
- Keep card free from dust and ensure adequate ventilation
- Firmware and driver updates available through manufacturer’s support portal
Software & Firmware Updates:
- Driver updates to maintain OS compatibility
- Firmware revisions to enhance performance or add features
- API libraries for integration with custom applications
Service & Calibration:
- Factory calibration at production
- Optional recalibration services available for precision-critical applications
### Summary
The PCIe-9141 is a versatile, high-precision PCI Express data acquisition card engineered for demanding measurement and control applications. With its combination of 16-bit analog inputs and outputs, high-speed digital I/O, and flexible timing capabilities, it provides a comprehensive solution for engineers, researchers, and system integrators. Its robust electrical design, multiple trigger options, and efficient data transfer mechanisms make it suitable for real-time data acquisition, signal generation, and process automation tasks. Compact, reliable, and software-configurable, the PCIe-9141 delivers the performance and flexibility required for modern PC-based instrumentation systems.
### 1. Product Overview
Product Name: PCIe-9141
Model Number: PCIe-9141
Series: PCI Express Data Acquisition (DAQ) Series
Article Number: PCIe-9141
Manufacturer: [Manufacturer name not specified in source content; typically associated with industrial DAQ hardware vendors such as ADLINK, Advantech, or similar]
The PCIe-9141 is a high-performance, multifunction data acquisition (DAQ) card designed for precision analog and digital signal measurement and generation. It integrates 16 analog input channels, 2 analog output channels, 16 digital input channels, 16 digital output channels, and 2 general-purpose 32-bit timer/counter channels. Built on the PCI Express (PCIe) interface, the PCIe-9141 delivers high-speed data throughput, low latency, and reliable synchronization for laboratory, industrial, and embedded measurement applications.
### 2. Key Features
- Multifunction DAQ Card: Combines analog input, analog output, digital I/O, and counter/timer functions on a single PCIe board.
- High-Resolution Analog Input: 16-bit resolution with up to 1 MS/s sampling rate for single-channel acquisition, ensuring precise signal capture.
- Flexible Channel Configuration: Supports 16 single-ended (SE) or 8 differential (DI) analog input configurations.
- Wide Input Range: Programmable input voltage ranges of ±10 V, ±5 V, ±2.5 V, ±1.25 V, ±0.625 V, and ±0.3125 V for versatile signal compatibility.
- High Signal Integrity: 90 dB signal-to-noise ratio (SNR) and 14.5-bit effective number of bits (ENOB) for accurate analog measurements.
- Dual 16-bit Analog Outputs: Two independent analog output channels with ±10 V range and 10 V/μs slew rate for waveform generation and control applications.
- Comprehensive Digital I/O: 16 digital input and 16 digital output channels, TTL-compatible, supporting up to 1 MHz switching frequency.
- High-Speed Data Transfer: Supports both Polling and Direct Memory Access (DMA) modes for efficient data throughput.
- Multiple Trigger Sources: Software, digital, and analog triggering options for flexible synchronization and event-driven acquisition.
- Onboard FIFO Buffers: Dedicated FIFO memory for each subsystem—4K samples for analog input, 1K samples (shared) for analog output, and 512 samples for digital I/O—to ensure continuous data streaming without loss.
- Precision Timing: Two 32-bit general-purpose timer/counter channels with internal and external clock options up to 32 MHz.
- Compact PCIe Form Factor: Designed for easy integration into standard PCI Express slots in desktop or industrial PCs.
- Robust Electrical Design: ±20 V continuous overvoltage protection on analog inputs and low output impedance (<0.1 Ω) for stable signal drive.
### 3. Technical Specifications
Analog Input (AI):
- Channels: 16 single-ended or 8 differential
- Resolution: 16-bit
- Sampling Rate:
- Single-channel: up to 1 MS/s
- Multi-channel scanning: up to 500 kS/s aggregate
- Input Voltage Ranges: ±10 V, ±5 V, ±2.5 V, ±1.25 V, ±0.625 V, ±0.3125 V
- Input Impedance: 10 MΩ
- Input Coupling: DC
- Overvoltage Protection: Continuous ±20 V
- Trigger Sources: Software, Digital, Analog
- Data Transfer Modes: Polling, DMA
- FIFO Buffer Size: 4K samples onboard
- Signal-to-Noise Ratio (SNR): 90 dB
- Effective Number of Bits (ENOB): 14.5 bits
Analog Output (AO):
- Channels: 2
- Resolution: 16-bit
- Output Range: ±10 V
- Output Driving Capacity: ±20 mA maximum
- Slew Rate: 10 V/μs
- Settling Time: [Not specified; typically <10 μs for full-scale step]
- Output Coupling: DC
- Output Impedance: <0.1 Ω
- Trigger Sources: Software, Digital
- Data Transfer Modes: Polling, DMA
- FIFO Buffer Size: 1K samples (shared between 2 channels)
Digital Input (DI):
- Channels: 16
- Compatibility: TTL
- Input Impedance: Pull-low 100 kΩ
- Input Frequency Range: 0.01 Hz to 1 MHz
- Isolation: None
- Trigger Sources: Software, Digital
- Data Transfer Modes: Polling, DMA
- FIFO Buffer Size: 512 samples
Digital Output (DO):
- Channels: 16
- Compatibility: TTL
- Output Impedance: Pull-low 100 kΩ
- Output Frequency Range: 0.01 Hz to 1 MHz
- Isolation: None
- Trigger Sources: Software, Digital
- Data Transfer Modes: Polling, DMA
- FIFO Buffer Size: 512 samples
General-Purpose Timer/Counter (GPI):
- Channels: 2
- Resolution: 32-bit
- Compatibility: TTL
- Clock Sources:
- Internal clock: fixed at 33 MHz
- External clock: 0.01 Hz to 8 MHz (max)
- Clock source selectable via software
- Output Frequency:
- Internal clock: up to 16.5 MHz
- External clock: up to 32 MHz (max)
General Specifications:
- Dimensions (L × W × H): 169.55 mm × 16.15 mm × 98.4 mm
- Connector Type: 37-pin D-type connector
- Bus Interface: PCI Express (PCIe)
- Isolation: None (non-isolated design)
- Power Requirements: [Not specified; typically derived from PCIe slot power]
### 4. Functionality
The PCIe-9141 operates as a multifunction data acquisition interface for PC-based measurement and control systems. It connects directly to a host computer via the PCI Express bus, enabling high-speed communication between the hardware and software environment.
Analog Input Functionality:
The analog input subsystem allows simultaneous or multiplexed acquisition of up to 16 single-ended or 8 differential signals. The onboard 16-bit ADC provides high-resolution sampling at rates up to 1 MS/s for single-channel operation. The programmable input ranges and DC coupling make it suitable for measuring a wide variety of analog signals, including sensors, transducers, and voltage sources. The ±20 V overvoltage protection ensures durability in industrial environments.
Analog Output Functionality:
The two 16-bit analog output channels can generate precise voltage waveforms within ±10 V range. With a 10 V/μs slew rate and ±20 mA drive capability, the outputs can control actuators, generate test signals, or serve as reference voltages. The onboard FIFO buffer supports continuous waveform generation without CPU intervention.
Digital I/O Functionality:
The 16 digital input and 16 digital output channels provide flexible TTL-level interfacing for control, monitoring, and communication with external devices. Each channel supports up to 1 MHz switching frequency, suitable for high-speed digital signaling, pattern generation, or event detection.
Timer/Counter Functionality:
Two 32-bit general-purpose timer/counter channels enable precise timing, frequency measurement, pulse counting, or event generation. The internal 33 MHz clock or external clock input allows flexible timing configurations, supporting up to 32 MHz output frequency.
Use Cases and Applications:
- Data acquisition and signal analysis in laboratory environments
- Industrial process monitoring and control
- Automated test equipment (ATE) systems
- Sensor signal conditioning and measurement
- Waveform generation and closed-loop control
- Digital pattern generation and event counting
- Embedded system development and prototyping
Compatibility:
The PCIe-9141 is compatible with standard PCI Express slots and supports integration with common DAQ software frameworks and APIs. It can be used with Windows or Linux operating systems, depending on driver availability.
### 5. Components & Accessories
Included Components:
- PCIe-9141 DAQ card
- 37-pin D-type connector interface
- User manual and quick start guide (digital or printed)
- Driver and software utilities (typically provided via CD or online download)
Optional Accessories:
- Shielded cable assemblies for analog and digital I/O
- Terminal boards or breakout modules for easy signal wiring
- External clock or trigger modules for synchronization
- Rack-mount or DIN-rail mounting kits (depending on system integration needs)
Connectors:
- Primary I/O Connector: 37-pin D-type connector providing access to analog, digital, and timing signals.
- External Clock/Trigger Inputs: Accessible via connector pins for synchronization with external devices.
### 6. Installation & Setup
System Requirements:
- Available PCI Express slot (x1 or higher)
- Compatible operating system (Windows/Linux)
- Administrative privileges for driver installation
Installation Steps:
1. Power off the host PC and open the chassis.
2. Insert the PCIe-9141 card into an available PCIe slot.
3. Secure the card using the bracket screw.
4. Connect the required analog, digital, and timing signals to the 37-pin D-type connector.
5. Power on the system and install the provided drivers and software utilities.
6. Configure the card parameters (input range, sampling rate, trigger mode, etc.) using the software interface or API.
Mounting Options:
- Standard PCIe slot mounting with rear-panel access to the D-type connector.
- Optional external breakout boards for easier wiring and signal management.
Configuration:
- Software-configurable input ranges, sampling rates, and trigger sources.
- Channel configuration (single-ended or differential) selectable via software.
- Clock source selection (internal or external) for timer/counter channels.
### 7. Performance & Capabilities
Analog Input Performance:
- High-speed 1 MS/s sampling enables accurate capture of transient signals.
- 16-bit resolution ensures fine granularity and low quantization error.
- 90 dB SNR and 14.5-bit ENOB deliver excellent dynamic range and low noise.
- Programmable input ranges allow adaptation to various signal amplitudes.
Analog Output Performance:
- 16-bit resolution and ±10 V range provide precise waveform generation.
- 10 V/μs slew rate supports rapid voltage transitions.
- ±20 mA drive capability allows direct interfacing with moderate load devices.
- Low output impedance (<0.1 Ω) ensures stable voltage delivery.
Digital I/O Performance:
- TTL compatibility ensures easy integration with logic-level devices.
- 1 MHz maximum switching frequency supports high-speed digital control.
- Independent 512-sample FIFO buffers for input and output minimize data loss.
Timer/Counter Performance:
- 32-bit resolution supports long-duration counting and high-precision timing.
- Internal 33 MHz clock provides stable timing reference.
- External clock input up to 8 MHz allows synchronization with external systems.
- Output frequency up to 32 MHz supports high-speed pulse generation.
Limitations:
- No channel-to-channel isolation; external isolation may be required for high-voltage or noisy environments.
- Limited onboard memory (4K AI FIFO, 1K AO FIFO) may constrain very long continuous acquisitions without DMA.
- Power consumption and thermal characteristics not specified; may require adequate airflow in dense systems.
### 8. Standards & Compliance
Interface Standard: PCI Express (PCIe)
Signal Standards: TTL-compatible digital I/O
Analog Performance Standards: 16-bit resolution, ±10 V range, DC coupling
Regulatory Compliance:
- Designed to meet industrial and laboratory DAQ standards
- Expected compliance with CE and FCC Class A (typical for PCIe DAQ cards)
- RoHS-compliant materials and manufacturing processes (assumed based on modern design)
Industry Standards Supported:
- PCI Express Base Specification
- TTL logic level compatibility
- IEEE data acquisition and measurement conventions
### 9. Additional Information
Warranty:
Typically includes a 1- to 3-year limited hardware warranty covering manufacturing defects and component failures (exact duration depends on manufacturer policy).
Technical Support:
- Online documentation, driver downloads, and software updates
- Email and phone-based technical assistance
- Example code and SDKs for integration with C/C++, LabVIEW, MATLAB, and Python environments
Maintenance:
- Periodic inspection of connectors and cabling recommended
- Keep card free from dust and ensure adequate ventilation
- Firmware and driver updates available through manufacturer’s support portal
Software & Firmware Updates:
- Driver updates to maintain OS compatibility
- Firmware revisions to enhance performance or add features
- API libraries for integration with custom applications
Service & Calibration:
- Factory calibration at production
- Optional recalibration services available for precision-critical applications
### Summary
The PCIe-9141 is a versatile, high-precision PCI Express data acquisition card engineered for demanding measurement and control applications. With its combination of 16-bit analog inputs and outputs, high-speed digital I/O, and flexible timing capabilities, it provides a comprehensive solution for engineers, researchers, and system integrators. Its robust electrical design, multiple trigger options, and efficient data transfer mechanisms make it suitable for real-time data acquisition, signal generation, and process automation tasks. Compact, reliable, and software-configurable, the PCIe-9141 delivers the performance and flexibility required for modern PC-based instrumentation systems.
-
PCIe-9100_50M-18094-1030_13.pdf
PDF Catalog
-
PCIe-9100_Series_manual.pdf
Manual
- DIN-68S-01 - 68pin SCSI-II termination board DIN rail w/o cable
- ACL-10568-1 - SCSI-VHDCI cable 1m for DAQ series
- ACL-10568-2 - SCSI-VHDCI cable 2m for DAQ series
- ACL-10568-3 - SCSI-VHDCI cable 3m for DAQ series
