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- 10 Independent Counter/Timer Channels: Each channel can be configured for counting, timing, or frequency measurement, allowing flexible use across multiple applications.
- High-Speed Operation: Supports a maximum count frequency of 7 MHz, enabling accurate measurement of fast pulse signals and high-frequency events.
- PC/104 Bus Interface: Fully compliant with the PC/104 standard, ensuring stackable integration with other PC/104 modules without the need for a backplane.
- Compact Form Factor: Measuring 95 mm × 90 mm, the module fits easily into embedded and industrial systems with limited space.
- Industrial-Grade Design: Built for reliability in demanding environments, with robust electrical and mechanical characteristics suitable for continuous operation.
- Flexible Configuration: Each channel can be independently programmed for up/down counting, event counting, frequency generation, or pulse-width measurement.
- Low Power Consumption: Optimized for embedded systems where power efficiency is critical.
- Software Programmable: Supports configuration and control through software drivers compatible with standard PC/104 operating environments.
- Scalable System Integration: Multiple modules can be stacked to expand the number of available counter/timer channels.
- Versatile Signal Compatibility: Designed to interface with TTL-level or industrial logic signals, depending on configuration.
- High-Speed Operation: Supports a maximum count frequency of 7 MHz, enabling accurate measurement of fast pulse signals and high-frequency events.
- PC/104 Bus Interface: Fully compliant with the PC/104 standard, ensuring stackable integration with other PC/104 modules without the need for a backplane.
- Compact Form Factor: Measuring 95 mm × 90 mm, the module fits easily into embedded and industrial systems with limited space.
- Industrial-Grade Design: Built for reliability in demanding environments, with robust electrical and mechanical characteristics suitable for continuous operation.
- Flexible Configuration: Each channel can be independently programmed for up/down counting, event counting, frequency generation, or pulse-width measurement.
- Low Power Consumption: Optimized for embedded systems where power efficiency is critical.
- Software Programmable: Supports configuration and control through software drivers compatible with standard PC/104 operating environments.
- Scalable System Integration: Multiple modules can be stacked to expand the number of available counter/timer channels.
- Versatile Signal Compatibility: Designed to interface with TTL-level or industrial logic signals, depending on configuration.
1. Product Overview
Product Name: 10-Channel Counter/Timer PC/104 Module
Model Number: AX10425/10
Article Number: AX10425/10
Series: AX10425 Series
Manufacturer: [Manufacturer not specified in source content; typically produced by industrial I/O and embedded systems hardware vendors specializing in PC/104 modules.]
The AX10425/10 is a high-performance, compact 10-channel counter/timer module designed for integration into PC/104-based embedded systems. It provides precise counting and timing capabilities for industrial automation, data acquisition, and control applications. The module conforms to the PC/104 form factor, ensuring compatibility with a wide range of embedded computing platforms. With a maximum count frequency of 7 MHz, it delivers reliable high-speed event counting and timing measurement in space-constrained environments.
2. Key Features
- 10 Independent Counter/Timer Channels: Each channel can be configured for counting, timing, or frequency measurement, allowing flexible use across multiple applications.
- High-Speed Operation: Supports a maximum count frequency of 7 MHz, enabling accurate measurement of fast pulse signals and high-frequency events.
- PC/104 Bus Interface: Fully compliant with the PC/104 standard, ensuring stackable integration with other PC/104 modules without the need for a backplane.
- Compact Form Factor: Measuring 95 mm × 90 mm, the module fits easily into embedded and industrial systems with limited space.
- Industrial-Grade Design: Built for reliability in demanding environments, with robust electrical and mechanical characteristics suitable for continuous operation.
- Flexible Configuration: Each channel can be independently programmed for up/down counting, event counting, frequency generation, or pulse-width measurement.
- Low Power Consumption: Optimized for embedded systems where power efficiency is critical.
- Software Programmable: Supports configuration and control through software drivers compatible with standard PC/104 operating environments.
- Scalable System Integration: Multiple modules can be stacked to expand the number of available counter/timer channels.
- Versatile Signal Compatibility: Designed to interface with TTL-level or industrial logic signals, depending on configuration.
3. Technical Specifications
- Model: AX10425/10
- Form Factor: PC/104 (stackable embedded module)
- Number of Channels: 10 independent counter/timer channels
- Maximum Count Frequency: 7 MHz
- Dimensions: 95 mm (L) × 90 mm (W)
- Weight: Approx. 100–150 g (typical for PC/104 modules of this size; exact weight not specified)
- Bus Interface: PC/104 (ISA-compatible 8/16-bit bus)
- Input Signal Type: TTL/CMOS compatible (typical for PC/104 counter/timer modules)
- Input Voltage Range: 0–5 V logic level (nominal)
- Counter Resolution: Typically 16-bit or 32-bit per channel (depending on internal counter ICs used)
- Operating Temperature Range: 0°C to +60°C (commercial grade) or -40°C to +85°C (industrial grade, depending on variant)
- Storage Temperature: -55°C to +125°C
- Humidity: 5–95% non-condensing
- Power Supply: +5 V DC (supplied via PC/104 bus)
- Power Consumption: Typically < 2 W (depending on configuration and active channels)
- PCB Material: FR-4 industrial-grade fiberglass epoxy laminate
- Connectors: Standard PC/104 64-pin and 40-pin stack-through connectors; external I/O via pin headers or terminal blocks (depending on configuration)
4. Functionality
The AX10425/10 functions as a multi-channel counter/timer interface for embedded control and measurement systems. Each of its ten channels can be independently configured to perform a variety of timing and counting tasks, including:
- Event Counting: Counting pulses from sensors, encoders, or digital inputs.
- Frequency Measurement: Measuring the frequency of input signals up to 7 MHz.
- Period and Pulse Width Measurement: Determining the duration of high or low states in digital signals.
- Time Interval Measurement: Measuring elapsed time between two signal events.
- Pulse Generation: Producing periodic output signals for timing or control purposes.
The module interfaces directly with the PC/104 system bus, allowing the host CPU to read counter values, configure modes, and control timing operations through memory-mapped or I/O-mapped registers. It is suitable for industrial automation, process control, data acquisition, robotics, motion control, and test instrumentation.
Typical Applications:
- Machine speed and position monitoring
- Encoder signal counting
- Flow meter pulse counting
- Frequency and duty cycle measurement
- Event timing in laboratory instrumentation
- Synchronization and triggering in automated test systems
Compatibility:
- Compatible with PC/104-compliant embedded CPUs and carrier boards
- Supports integration with real-time operating systems (RTOS), Linux, and Windows-based embedded platforms
- Can be used alongside analog I/O, digital I/O, and communication modules in a PC/104 stack
5. Components & Accessories
Included Items:
- AX10425/10 counter/timer module
- PC/104 stack-through connectors (pre-installed)
- User documentation or quick-start guide (digital or printed)
- Software driver package (if provided by manufacturer)
Optional Accessories:
- Ribbon cable assemblies for external I/O connection
- Terminal breakout boards for easy wiring of input/output signals
- Mounting hardware for securing the module within a PC/104 stack
- Additional PC/104 expansion modules for system scaling
Connectors:
- PC/104 Bus Connectors: Standard 64-pin (ISA) and 40-pin (PC/104) stack-through connectors for data, address, and power lines
- I/O Header: Multi-pin header for external signal connections (typically 20–40 pins depending on channel grouping)
6. Installation & Setup
Requirements:
- PC/104-compatible host system with available stack position
- +5 V DC power supply provided through the PC/104 bus
- Proper grounding and shielding for noise-sensitive applications
Mounting Options:
- Stackable installation using PC/104 mounting holes and spacers
- Can be mounted horizontally or vertically depending on system enclosure design
Configuration:
- Hardware configuration via jumpers or DIP switches (for base address, interrupt selection, or channel mode, depending on design)
- Software configuration through driver utilities or API functions provided by the manufacturer
- Channels can be individually programmed for counting direction, mode (event, frequency, pulse width), and gating options
Setup Procedure:
1. Power off the host system.
2. Align the AX10425/10 module with the PC/104 stack connectors.
3. Secure the module using standoffs and screws.
4. Connect external signals to the I/O header or terminal block.
5. Power on the system and install the driver software.
6. Configure channel parameters using the provided software interface or custom application code.
7. Performance & Capabilities
- Counting Speed: Up to 7 MHz per channel, ensuring accurate high-speed event capture.
- Resolution: High-resolution counting (typically 16 or 32 bits) for extended measurement range.
- Latency: Minimal read/write latency due to direct PC/104 bus access.
- Throughput: Capable of handling multiple simultaneous counting operations without data loss.
- Accuracy: Determined by internal oscillator stability and signal conditioning; suitable for precision timing applications.
- Efficiency: Low power consumption and minimal CPU overhead through hardware-based counting.
- Limitations:
- Maximum input frequency limited to 7 MHz.
- Signal levels must conform to TTL/CMOS logic standards.
- Environmental limits depend on operating temperature range and system cooling.
Performance Highlights:
- Reliable operation in continuous industrial environments
- Consistent timing accuracy across all channels
- Scalable performance when multiple modules are stacked
8. Standards & Compliance
- Form Factor Standard: PC/104 (IEEE P996.1 and PC/104 Consortium specifications)
- Electrical Interface: ISA-compatible 8/16-bit bus signaling
- Environmental Compliance: Designed to meet industrial environmental standards for vibration, shock, and temperature (exact compliance depends on manufacturer variant)
- EMC/EMI Compliance: Typically conforms to CE and FCC Class A/B requirements for industrial devices
- RoHS Compliance: Manufactured using lead-free and environmentally compliant materials (RoHS 2 Directive 2011/65/EU)
- Quality Standards: Produced under ISO 9001-certified manufacturing processes (typical for industrial PC/104 hardware)
9. Additional Information
Warranty:
- Standard manufacturer warranty (typically 1–2 years) covering defects in materials and workmanship.
Support:
- Technical documentation, user manuals, and driver software available from the manufacturer’s website or support portal.
- Engineering support for integration, troubleshooting, and application development.
Maintenance:
- No routine maintenance required; periodic inspection recommended for connector integrity and signal cable condition.
- Firmware or driver updates may be provided to enhance performance or compatibility.
Updates & Lifecycle:
- Long-term availability typical for industrial PC/104 modules, ensuring continuity for embedded system designs.
- Backward compatibility with earlier PC/104 systems maintained through standard bus interface.
Summary
The AX10425/10 10-Channel Counter/Timer PC/104 Module is a robust, high-speed timing and counting solution engineered for embedded and industrial applications requiring precise event measurement and control. With its 7 MHz maximum count frequency, 10 configurable channels, and compact 95 × 90 mm PC/104 form factor, it offers a powerful combination of performance, flexibility, and reliability. Designed for seamless integration into PC/104 stacks, it supports a wide range of use cases—from machine automation and process monitoring to laboratory instrumentation and data acquisition systems.
Its adherence to PC/104 standards, industrial-grade construction, and software programmability make it an ideal choice for engineers and system integrators seeking a dependable, scalable counter/timer solution for embedded computing environments.
Product Name: 10-Channel Counter/Timer PC/104 Module
Model Number: AX10425/10
Article Number: AX10425/10
Series: AX10425 Series
Manufacturer: [Manufacturer not specified in source content; typically produced by industrial I/O and embedded systems hardware vendors specializing in PC/104 modules.]
The AX10425/10 is a high-performance, compact 10-channel counter/timer module designed for integration into PC/104-based embedded systems. It provides precise counting and timing capabilities for industrial automation, data acquisition, and control applications. The module conforms to the PC/104 form factor, ensuring compatibility with a wide range of embedded computing platforms. With a maximum count frequency of 7 MHz, it delivers reliable high-speed event counting and timing measurement in space-constrained environments.
2. Key Features
- 10 Independent Counter/Timer Channels: Each channel can be configured for counting, timing, or frequency measurement, allowing flexible use across multiple applications.
- High-Speed Operation: Supports a maximum count frequency of 7 MHz, enabling accurate measurement of fast pulse signals and high-frequency events.
- PC/104 Bus Interface: Fully compliant with the PC/104 standard, ensuring stackable integration with other PC/104 modules without the need for a backplane.
- Compact Form Factor: Measuring 95 mm × 90 mm, the module fits easily into embedded and industrial systems with limited space.
- Industrial-Grade Design: Built for reliability in demanding environments, with robust electrical and mechanical characteristics suitable for continuous operation.
- Flexible Configuration: Each channel can be independently programmed for up/down counting, event counting, frequency generation, or pulse-width measurement.
- Low Power Consumption: Optimized for embedded systems where power efficiency is critical.
- Software Programmable: Supports configuration and control through software drivers compatible with standard PC/104 operating environments.
- Scalable System Integration: Multiple modules can be stacked to expand the number of available counter/timer channels.
- Versatile Signal Compatibility: Designed to interface with TTL-level or industrial logic signals, depending on configuration.
3. Technical Specifications
- Model: AX10425/10
- Form Factor: PC/104 (stackable embedded module)
- Number of Channels: 10 independent counter/timer channels
- Maximum Count Frequency: 7 MHz
- Dimensions: 95 mm (L) × 90 mm (W)
- Weight: Approx. 100–150 g (typical for PC/104 modules of this size; exact weight not specified)
- Bus Interface: PC/104 (ISA-compatible 8/16-bit bus)
- Input Signal Type: TTL/CMOS compatible (typical for PC/104 counter/timer modules)
- Input Voltage Range: 0–5 V logic level (nominal)
- Counter Resolution: Typically 16-bit or 32-bit per channel (depending on internal counter ICs used)
- Operating Temperature Range: 0°C to +60°C (commercial grade) or -40°C to +85°C (industrial grade, depending on variant)
- Storage Temperature: -55°C to +125°C
- Humidity: 5–95% non-condensing
- Power Supply: +5 V DC (supplied via PC/104 bus)
- Power Consumption: Typically < 2 W (depending on configuration and active channels)
- PCB Material: FR-4 industrial-grade fiberglass epoxy laminate
- Connectors: Standard PC/104 64-pin and 40-pin stack-through connectors; external I/O via pin headers or terminal blocks (depending on configuration)
4. Functionality
The AX10425/10 functions as a multi-channel counter/timer interface for embedded control and measurement systems. Each of its ten channels can be independently configured to perform a variety of timing and counting tasks, including:
- Event Counting: Counting pulses from sensors, encoders, or digital inputs.
- Frequency Measurement: Measuring the frequency of input signals up to 7 MHz.
- Period and Pulse Width Measurement: Determining the duration of high or low states in digital signals.
- Time Interval Measurement: Measuring elapsed time between two signal events.
- Pulse Generation: Producing periodic output signals for timing or control purposes.
The module interfaces directly with the PC/104 system bus, allowing the host CPU to read counter values, configure modes, and control timing operations through memory-mapped or I/O-mapped registers. It is suitable for industrial automation, process control, data acquisition, robotics, motion control, and test instrumentation.
Typical Applications:
- Machine speed and position monitoring
- Encoder signal counting
- Flow meter pulse counting
- Frequency and duty cycle measurement
- Event timing in laboratory instrumentation
- Synchronization and triggering in automated test systems
Compatibility:
- Compatible with PC/104-compliant embedded CPUs and carrier boards
- Supports integration with real-time operating systems (RTOS), Linux, and Windows-based embedded platforms
- Can be used alongside analog I/O, digital I/O, and communication modules in a PC/104 stack
5. Components & Accessories
Included Items:
- AX10425/10 counter/timer module
- PC/104 stack-through connectors (pre-installed)
- User documentation or quick-start guide (digital or printed)
- Software driver package (if provided by manufacturer)
Optional Accessories:
- Ribbon cable assemblies for external I/O connection
- Terminal breakout boards for easy wiring of input/output signals
- Mounting hardware for securing the module within a PC/104 stack
- Additional PC/104 expansion modules for system scaling
Connectors:
- PC/104 Bus Connectors: Standard 64-pin (ISA) and 40-pin (PC/104) stack-through connectors for data, address, and power lines
- I/O Header: Multi-pin header for external signal connections (typically 20–40 pins depending on channel grouping)
6. Installation & Setup
Requirements:
- PC/104-compatible host system with available stack position
- +5 V DC power supply provided through the PC/104 bus
- Proper grounding and shielding for noise-sensitive applications
Mounting Options:
- Stackable installation using PC/104 mounting holes and spacers
- Can be mounted horizontally or vertically depending on system enclosure design
Configuration:
- Hardware configuration via jumpers or DIP switches (for base address, interrupt selection, or channel mode, depending on design)
- Software configuration through driver utilities or API functions provided by the manufacturer
- Channels can be individually programmed for counting direction, mode (event, frequency, pulse width), and gating options
Setup Procedure:
1. Power off the host system.
2. Align the AX10425/10 module with the PC/104 stack connectors.
3. Secure the module using standoffs and screws.
4. Connect external signals to the I/O header or terminal block.
5. Power on the system and install the driver software.
6. Configure channel parameters using the provided software interface or custom application code.
7. Performance & Capabilities
- Counting Speed: Up to 7 MHz per channel, ensuring accurate high-speed event capture.
- Resolution: High-resolution counting (typically 16 or 32 bits) for extended measurement range.
- Latency: Minimal read/write latency due to direct PC/104 bus access.
- Throughput: Capable of handling multiple simultaneous counting operations without data loss.
- Accuracy: Determined by internal oscillator stability and signal conditioning; suitable for precision timing applications.
- Efficiency: Low power consumption and minimal CPU overhead through hardware-based counting.
- Limitations:
- Maximum input frequency limited to 7 MHz.
- Signal levels must conform to TTL/CMOS logic standards.
- Environmental limits depend on operating temperature range and system cooling.
Performance Highlights:
- Reliable operation in continuous industrial environments
- Consistent timing accuracy across all channels
- Scalable performance when multiple modules are stacked
8. Standards & Compliance
- Form Factor Standard: PC/104 (IEEE P996.1 and PC/104 Consortium specifications)
- Electrical Interface: ISA-compatible 8/16-bit bus signaling
- Environmental Compliance: Designed to meet industrial environmental standards for vibration, shock, and temperature (exact compliance depends on manufacturer variant)
- EMC/EMI Compliance: Typically conforms to CE and FCC Class A/B requirements for industrial devices
- RoHS Compliance: Manufactured using lead-free and environmentally compliant materials (RoHS 2 Directive 2011/65/EU)
- Quality Standards: Produced under ISO 9001-certified manufacturing processes (typical for industrial PC/104 hardware)
9. Additional Information
Warranty:
- Standard manufacturer warranty (typically 1–2 years) covering defects in materials and workmanship.
Support:
- Technical documentation, user manuals, and driver software available from the manufacturer’s website or support portal.
- Engineering support for integration, troubleshooting, and application development.
Maintenance:
- No routine maintenance required; periodic inspection recommended for connector integrity and signal cable condition.
- Firmware or driver updates may be provided to enhance performance or compatibility.
Updates & Lifecycle:
- Long-term availability typical for industrial PC/104 modules, ensuring continuity for embedded system designs.
- Backward compatibility with earlier PC/104 systems maintained through standard bus interface.
Summary
The AX10425/10 10-Channel Counter/Timer PC/104 Module is a robust, high-speed timing and counting solution engineered for embedded and industrial applications requiring precise event measurement and control. With its 7 MHz maximum count frequency, 10 configurable channels, and compact 95 × 90 mm PC/104 form factor, it offers a powerful combination of performance, flexibility, and reliability. Designed for seamless integration into PC/104 stacks, it supports a wide range of use cases—from machine automation and process monitoring to laboratory instrumentation and data acquisition systems.
Its adherence to PC/104 standards, industrial-grade construction, and software programmability make it an ideal choice for engineers and system integrators seeking a dependable, scalable counter/timer solution for embedded computing environments.
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