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- High-Speed Sampling: Supports up to 100 kS/s (100,000 samples per second) aggregate sampling rate, enabling accurate capture of rapidly changing analog signals.
- High Resolution: 12-bit A/D converter provides fine granularity and precision for analog signal measurement.
- Multi-Channel Input: Offers 16 single-ended (SE) analog input channels or 8 differential (DI) channels, configurable depending on the measurement requirements.
- Programmable Input Gain: Hardware-selectable gain settings of 0.5, 1, 10, 100, and 500, configured via onboard jumpers, allowing adaptation to a wide range of input signal amplitudes.
- Digital I/O Capability: Includes 16 digital input/output (DIO) lines for control, monitoring, or synchronization tasks.
- DMA and Interrupt Support: Direct Memory Access (DMA) and interrupt-driven data transfer modes ensure efficient, low-latency communication with the host PC.
- Software Compatibility: Comes with drivers and libraries for Windows, BASIC, C, and Pascal, facilitating integration into custom applications and legacy systems.
- DAS-16F Compatibility: Fully compatible with the industry-standard DAS-16F interface, ensuring interoperability with existing software and hardware ecosystems.
- High-Gain Module System: Optimized for high-gain signal acquisition, suitable for low-level sensor signals and precision measurement environments.
- Robust Construction: Industrial-grade design for reliable operation in laboratory, industrial, and educational environments.
- High Resolution: 12-bit A/D converter provides fine granularity and precision for analog signal measurement.
- Multi-Channel Input: Offers 16 single-ended (SE) analog input channels or 8 differential (DI) channels, configurable depending on the measurement requirements.
- Programmable Input Gain: Hardware-selectable gain settings of 0.5, 1, 10, 100, and 500, configured via onboard jumpers, allowing adaptation to a wide range of input signal amplitudes.
- Digital I/O Capability: Includes 16 digital input/output (DIO) lines for control, monitoring, or synchronization tasks.
- DMA and Interrupt Support: Direct Memory Access (DMA) and interrupt-driven data transfer modes ensure efficient, low-latency communication with the host PC.
- Software Compatibility: Comes with drivers and libraries for Windows, BASIC, C, and Pascal, facilitating integration into custom applications and legacy systems.
- DAS-16F Compatibility: Fully compatible with the industry-standard DAS-16F interface, ensuring interoperability with existing software and hardware ecosystems.
- High-Gain Module System: Optimized for high-gain signal acquisition, suitable for low-level sensor signals and precision measurement environments.
- Robust Construction: Industrial-grade design for reliable operation in laboratory, industrial, and educational environments.
1. Product Overview
Product Name: PC AD Card 100kS/s 12 Bit 16SE/8DI High Gain Module System
Model: AX5611C-HG
Series: AX56xx Series – High-Gain Analog-to-Digital (A/D) Data Acquisition Cards
Article Number: AX5611C-HG
Manufacturer: Axiom
The Axiom AX5611C-HG is a high-performance analog-to-digital (A/D) conversion and data acquisition card designed for PC-based measurement, control, and automation systems. It integrates high-speed sampling, multi-channel analog input, digital I/O, and flexible gain control into a single expansion card. The module is engineered for users requiring precise analog signal acquisition with high gain flexibility and compatibility with established data acquisition standards such as the DAS-16F interface.
2. Key Features
- High-Speed Sampling: Supports up to 100 kS/s (100,000 samples per second) aggregate sampling rate, enabling accurate capture of rapidly changing analog signals.
- High Resolution: 12-bit A/D converter provides fine granularity and precision for analog signal measurement.
- Multi-Channel Input: Offers 16 single-ended (SE) analog input channels or 8 differential (DI) channels, configurable depending on the measurement requirements.
- Programmable Input Gain: Hardware-selectable gain settings of 0.5, 1, 10, 100, and 500, configured via onboard jumpers, allowing adaptation to a wide range of input signal amplitudes.
- Digital I/O Capability: Includes 16 digital input/output (DIO) lines for control, monitoring, or synchronization tasks.
- DMA and Interrupt Support: Direct Memory Access (DMA) and interrupt-driven data transfer modes ensure efficient, low-latency communication with the host PC.
- Software Compatibility: Comes with drivers and libraries for Windows, BASIC, C, and Pascal, facilitating integration into custom applications and legacy systems.
- DAS-16F Compatibility: Fully compatible with the industry-standard DAS-16F interface, ensuring interoperability with existing software and hardware ecosystems.
- High-Gain Module System: Optimized for high-gain signal acquisition, suitable for low-level sensor signals and precision measurement environments.
- Robust Construction: Industrial-grade design for reliable operation in laboratory, industrial, and educational environments.
3. Technical Specifications
- Analog-to-Digital Converter (ADC): 12-bit resolution
- Sampling Rate: Up to 100 kS/s (aggregate)
- Analog Input Channels: 16 single-ended (SE) or 8 differential (DI)
- Input Configuration: Selectable via jumper settings
- Input Gain Settings: 0.5, 1, 10, 100, 500 (jumper-selectable)
- Digital I/O Lines: 16 DIO (programmable as input or output)
- Data Transfer Modes: DMA and interrupt-driven
- Compatibility: DAS-16F standard
- Bus Interface: PC expansion bus (ISA/PCI depending on system variant)
- Physical Dimensions: 334 mm (length) × 99 mm (height)
- Weight: Approx. dependent on configuration (typically < 500 g)
- Operating System Support: Windows (driver-supported), with libraries for BASIC, C, and Pascal
- Power Requirements: Supplied via PC bus (standard voltage rails)
- Construction Material: Multi-layer PCB with gold-plated edge connector and shielded analog circuitry for noise reduction
4. Functionality
The AX5611C-HG functions as a high-precision analog-to-digital interface between analog sensors or transducers and a PC-based data acquisition system. Analog signals are fed into the card’s input channels, where they are amplified according to the selected gain setting and converted into digital values by the onboard 12-bit ADC. The digital data is then transferred to the host computer via DMA or interrupt-driven mechanisms for processing, visualization, or storage.
Use Cases and Applications:
- Laboratory measurement and instrumentation
- Industrial process monitoring and control
- Sensor data acquisition (temperature, pressure, strain, voltage, current)
- Automated test systems (ATE)
- Research and development environments requiring high-gain signal capture
- Educational and training setups for data acquisition and signal processing
Compatibility:
The card’s DAS-16F compatibility ensures seamless integration with existing software frameworks and measurement systems that adhere to this widely used standard. It can be used with a variety of signal conditioning modules, external sensors, and control systems.
5. Components & Accessories
Included Items:
- AX5611C-HG PC AD Card
- Driver and software package (Windows, BASIC, C, Pascal libraries)
- User manual and installation guide
- Configuration jumpers (pre-installed)
Optional Accessories:
- Shielded analog input cables and terminal boards
- External signal conditioning modules (for filtering, isolation, or amplification)
- Mounting brackets or chassis adapters (depending on PC enclosure)
- Calibration and test accessories for gain verification
Connectors:
- Standard edge connector for PC bus interface
- Analog input connector (multi-pin header or D-sub, depending on configuration)
- Digital I/O connector for external control signals
6. Installation & Setup
Requirements:
- Compatible PC with available expansion slot (ISA or PCI, depending on model variant)
- Supported operating system (Windows)
- Administrative privileges for driver installation
Mounting Options:
- Internal installation into PC chassis via expansion slot
- Secure card seating using standard screw mount to chassis bracket
Configuration:
- Gain settings configured via onboard jumpers (selectable per channel group)
- Channel mode selection (single-ended or differential) via jumper configuration
- Software installation includes driver setup and library integration for programming environments
- DMA and interrupt channels configured through system BIOS or software utility
Setup Procedure:
1. Power off the PC and insert the AX5611C-HG card into an available expansion slot.
2. Secure the card using the mounting screw.
3. Connect analog and digital I/O cables to the appropriate connectors.
4. Configure gain and channel mode jumpers as required.
5. Power on the PC and install the provided drivers.
6. Verify installation using the included test utility or sample programs.
7. Performance & Capabilities
Sampling Performance:
- Maximum throughput of 100,000 samples per second ensures accurate time-domain representation of dynamic signals.
- 12-bit resolution provides 4096 discrete quantization levels, balancing precision and speed for general-purpose measurement tasks.
Gain and Sensitivity:
- High-gain capability (up to ×500) allows measurement of low-level signals without external amplification.
- Adjustable gain ensures optimal signal-to-noise ratio across a wide input range.
Data Transfer Efficiency:
- DMA support minimizes CPU overhead during high-speed data acquisition.
- Interrupt-driven operation allows responsive event handling and synchronization with external processes.
Capacity and Channel Flexibility:
- 16 single-ended or 8 differential inputs provide flexibility for various sensor configurations.
- 16 digital I/O lines enable simultaneous control and monitoring functions.
Efficiency and Limitations:
- Designed for medium- to high-speed data acquisition; not intended for ultra-high-frequency applications beyond 100 kS/s.
- Analog input range and gain settings must be selected carefully to prevent signal clipping or saturation.
- Performance may depend on host PC bus speed and system configuration.
8. Standards & Compliance
- Interface Standard: DAS-16F compatible
- Electrical Compliance: Conforms to PC bus electrical specifications (ISA/PCI)
- Software Interface: Compatible with standard Windows driver model and legacy programming languages (BASIC, C, Pascal)
- Quality and Manufacturing Standards: Produced under Axiom’s quality management system ensuring consistent performance and reliability
- Regulatory Compliance: Meets general CE and EMC requirements for industrial electronic equipment (depending on region)
- Environmental Compliance: RoHS-compliant components and lead-free soldering processes (manufacturer-dependent)
9. Additional Information
Warranty:
Typically supplied with a standard manufacturer’s warranty (duration varies by region and distributor), covering defects in materials and workmanship under normal operating conditions.
Technical Support:
Axiom provides technical documentation, driver updates, and programming examples. Support is available through online resources, email, or authorized distributors.
Maintenance:
- Periodic inspection of connectors and jumpers recommended.
- Keep the card free from dust and contaminants.
- Avoid exposure to excessive heat or humidity.
- Calibration may be performed periodically if required for precision applications.
Software Updates:
Driver and library updates are periodically released to maintain compatibility with newer Windows versions and development environments.
Service and Replacement:
Replacement parts and accessories are available through Axiom’s authorized service centers.
### Summary
The Axiom AX5611C-HG is a robust, high-gain, 12-bit, 100 kS/s analog-to-digital data acquisition card designed for PC-based measurement and control systems. With 16 single-ended or 8 differential analog inputs, 16 digital I/O lines, and jumper-selectable gain settings from 0.5 to 500, it provides exceptional flexibility for a wide range of signal acquisition tasks. Its support for DMA and interrupt-driven data transfer ensures efficient performance, while DAS-16F compatibility guarantees interoperability with existing software and hardware infrastructures.
Engineered for precision, reliability, and ease of integration, the AX5611C-HG is ideal for laboratory instrumentation, industrial automation, and educational applications requiring accurate, high-gain analog signal measurement. Its comprehensive driver support, modular configuration, and durable design make it a dependable choice for engineers, researchers, and system integrators seeking a versatile PC-based data acquisition solution.
Product Name: PC AD Card 100kS/s 12 Bit 16SE/8DI High Gain Module System
Model: AX5611C-HG
Series: AX56xx Series – High-Gain Analog-to-Digital (A/D) Data Acquisition Cards
Article Number: AX5611C-HG
Manufacturer: Axiom
The Axiom AX5611C-HG is a high-performance analog-to-digital (A/D) conversion and data acquisition card designed for PC-based measurement, control, and automation systems. It integrates high-speed sampling, multi-channel analog input, digital I/O, and flexible gain control into a single expansion card. The module is engineered for users requiring precise analog signal acquisition with high gain flexibility and compatibility with established data acquisition standards such as the DAS-16F interface.
2. Key Features
- High-Speed Sampling: Supports up to 100 kS/s (100,000 samples per second) aggregate sampling rate, enabling accurate capture of rapidly changing analog signals.
- High Resolution: 12-bit A/D converter provides fine granularity and precision for analog signal measurement.
- Multi-Channel Input: Offers 16 single-ended (SE) analog input channels or 8 differential (DI) channels, configurable depending on the measurement requirements.
- Programmable Input Gain: Hardware-selectable gain settings of 0.5, 1, 10, 100, and 500, configured via onboard jumpers, allowing adaptation to a wide range of input signal amplitudes.
- Digital I/O Capability: Includes 16 digital input/output (DIO) lines for control, monitoring, or synchronization tasks.
- DMA and Interrupt Support: Direct Memory Access (DMA) and interrupt-driven data transfer modes ensure efficient, low-latency communication with the host PC.
- Software Compatibility: Comes with drivers and libraries for Windows, BASIC, C, and Pascal, facilitating integration into custom applications and legacy systems.
- DAS-16F Compatibility: Fully compatible with the industry-standard DAS-16F interface, ensuring interoperability with existing software and hardware ecosystems.
- High-Gain Module System: Optimized for high-gain signal acquisition, suitable for low-level sensor signals and precision measurement environments.
- Robust Construction: Industrial-grade design for reliable operation in laboratory, industrial, and educational environments.
3. Technical Specifications
- Analog-to-Digital Converter (ADC): 12-bit resolution
- Sampling Rate: Up to 100 kS/s (aggregate)
- Analog Input Channels: 16 single-ended (SE) or 8 differential (DI)
- Input Configuration: Selectable via jumper settings
- Input Gain Settings: 0.5, 1, 10, 100, 500 (jumper-selectable)
- Digital I/O Lines: 16 DIO (programmable as input or output)
- Data Transfer Modes: DMA and interrupt-driven
- Compatibility: DAS-16F standard
- Bus Interface: PC expansion bus (ISA/PCI depending on system variant)
- Physical Dimensions: 334 mm (length) × 99 mm (height)
- Weight: Approx. dependent on configuration (typically < 500 g)
- Operating System Support: Windows (driver-supported), with libraries for BASIC, C, and Pascal
- Power Requirements: Supplied via PC bus (standard voltage rails)
- Construction Material: Multi-layer PCB with gold-plated edge connector and shielded analog circuitry for noise reduction
4. Functionality
The AX5611C-HG functions as a high-precision analog-to-digital interface between analog sensors or transducers and a PC-based data acquisition system. Analog signals are fed into the card’s input channels, where they are amplified according to the selected gain setting and converted into digital values by the onboard 12-bit ADC. The digital data is then transferred to the host computer via DMA or interrupt-driven mechanisms for processing, visualization, or storage.
Use Cases and Applications:
- Laboratory measurement and instrumentation
- Industrial process monitoring and control
- Sensor data acquisition (temperature, pressure, strain, voltage, current)
- Automated test systems (ATE)
- Research and development environments requiring high-gain signal capture
- Educational and training setups for data acquisition and signal processing
Compatibility:
The card’s DAS-16F compatibility ensures seamless integration with existing software frameworks and measurement systems that adhere to this widely used standard. It can be used with a variety of signal conditioning modules, external sensors, and control systems.
5. Components & Accessories
Included Items:
- AX5611C-HG PC AD Card
- Driver and software package (Windows, BASIC, C, Pascal libraries)
- User manual and installation guide
- Configuration jumpers (pre-installed)
Optional Accessories:
- Shielded analog input cables and terminal boards
- External signal conditioning modules (for filtering, isolation, or amplification)
- Mounting brackets or chassis adapters (depending on PC enclosure)
- Calibration and test accessories for gain verification
Connectors:
- Standard edge connector for PC bus interface
- Analog input connector (multi-pin header or D-sub, depending on configuration)
- Digital I/O connector for external control signals
6. Installation & Setup
Requirements:
- Compatible PC with available expansion slot (ISA or PCI, depending on model variant)
- Supported operating system (Windows)
- Administrative privileges for driver installation
Mounting Options:
- Internal installation into PC chassis via expansion slot
- Secure card seating using standard screw mount to chassis bracket
Configuration:
- Gain settings configured via onboard jumpers (selectable per channel group)
- Channel mode selection (single-ended or differential) via jumper configuration
- Software installation includes driver setup and library integration for programming environments
- DMA and interrupt channels configured through system BIOS or software utility
Setup Procedure:
1. Power off the PC and insert the AX5611C-HG card into an available expansion slot.
2. Secure the card using the mounting screw.
3. Connect analog and digital I/O cables to the appropriate connectors.
4. Configure gain and channel mode jumpers as required.
5. Power on the PC and install the provided drivers.
6. Verify installation using the included test utility or sample programs.
7. Performance & Capabilities
Sampling Performance:
- Maximum throughput of 100,000 samples per second ensures accurate time-domain representation of dynamic signals.
- 12-bit resolution provides 4096 discrete quantization levels, balancing precision and speed for general-purpose measurement tasks.
Gain and Sensitivity:
- High-gain capability (up to ×500) allows measurement of low-level signals without external amplification.
- Adjustable gain ensures optimal signal-to-noise ratio across a wide input range.
Data Transfer Efficiency:
- DMA support minimizes CPU overhead during high-speed data acquisition.
- Interrupt-driven operation allows responsive event handling and synchronization with external processes.
Capacity and Channel Flexibility:
- 16 single-ended or 8 differential inputs provide flexibility for various sensor configurations.
- 16 digital I/O lines enable simultaneous control and monitoring functions.
Efficiency and Limitations:
- Designed for medium- to high-speed data acquisition; not intended for ultra-high-frequency applications beyond 100 kS/s.
- Analog input range and gain settings must be selected carefully to prevent signal clipping or saturation.
- Performance may depend on host PC bus speed and system configuration.
8. Standards & Compliance
- Interface Standard: DAS-16F compatible
- Electrical Compliance: Conforms to PC bus electrical specifications (ISA/PCI)
- Software Interface: Compatible with standard Windows driver model and legacy programming languages (BASIC, C, Pascal)
- Quality and Manufacturing Standards: Produced under Axiom’s quality management system ensuring consistent performance and reliability
- Regulatory Compliance: Meets general CE and EMC requirements for industrial electronic equipment (depending on region)
- Environmental Compliance: RoHS-compliant components and lead-free soldering processes (manufacturer-dependent)
9. Additional Information
Warranty:
Typically supplied with a standard manufacturer’s warranty (duration varies by region and distributor), covering defects in materials and workmanship under normal operating conditions.
Technical Support:
Axiom provides technical documentation, driver updates, and programming examples. Support is available through online resources, email, or authorized distributors.
Maintenance:
- Periodic inspection of connectors and jumpers recommended.
- Keep the card free from dust and contaminants.
- Avoid exposure to excessive heat or humidity.
- Calibration may be performed periodically if required for precision applications.
Software Updates:
Driver and library updates are periodically released to maintain compatibility with newer Windows versions and development environments.
Service and Replacement:
Replacement parts and accessories are available through Axiom’s authorized service centers.
### Summary
The Axiom AX5611C-HG is a robust, high-gain, 12-bit, 100 kS/s analog-to-digital data acquisition card designed for PC-based measurement and control systems. With 16 single-ended or 8 differential analog inputs, 16 digital I/O lines, and jumper-selectable gain settings from 0.5 to 500, it provides exceptional flexibility for a wide range of signal acquisition tasks. Its support for DMA and interrupt-driven data transfer ensures efficient performance, while DAS-16F compatibility guarantees interoperability with existing software and hardware infrastructures.
Engineered for precision, reliability, and ease of integration, the AX5611C-HG is ideal for laboratory instrumentation, industrial automation, and educational applications requiring accurate, high-gain analog signal measurement. Its comprehensive driver support, modular configuration, and durable design make it a dependable choice for engineers, researchers, and system integrators seeking a versatile PC-based data acquisition solution.
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