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- 8 Additional Voltage Output Channels: Expands the PCI‑6208V from 8 to 16 channels, forming the PCI‑6216V configuration.
- High‑Resolution Analog Output: 16‑bit resolution with 15‑bit guaranteed monotonicity for precise voltage generation.
- Wide Output Range: ±10 V bipolar output range suitable for a variety of analog control and signal generation tasks.
- Fast Response: Typical 4 µs settling time for a 20 V step and 10 V/µs slew rate, ensuring rapid and stable output transitions.
- Low Error and High Accuracy: Gain error within ±0.2% (maximum) and differential non‑linearity (DNL) of ±0.65 LSB typical.
- Stable Power‑On Behavior: On‑board analog switches minimize power‑on glitches; outputs default to 0 V at startup.
- Compact and Modular Design: Daughterboard form factor designed for direct connection to the PCI‑6208V main card.
- Industrial‑Grade Reliability: Operating temperature range of 0 °C to 50 °C and humidity tolerance up to 95% non‑condensing.
- Compatibility: Fully compatible with ADLINK’s PCI‑6208V and PCI‑6208A series cards and associated software libraries.
- Applications: Ideal for automatic test equipment (ATE), process control, servo control, and signal generation systems.
- High‑Resolution Analog Output: 16‑bit resolution with 15‑bit guaranteed monotonicity for precise voltage generation.
- Wide Output Range: ±10 V bipolar output range suitable for a variety of analog control and signal generation tasks.
- Fast Response: Typical 4 µs settling time for a 20 V step and 10 V/µs slew rate, ensuring rapid and stable output transitions.
- Low Error and High Accuracy: Gain error within ±0.2% (maximum) and differential non‑linearity (DNL) of ±0.65 LSB typical.
- Stable Power‑On Behavior: On‑board analog switches minimize power‑on glitches; outputs default to 0 V at startup.
- Compact and Modular Design: Daughterboard form factor designed for direct connection to the PCI‑6208V main card.
- Industrial‑Grade Reliability: Operating temperature range of 0 °C to 50 °C and humidity tolerance up to 95% non‑condensing.
- Compatibility: Fully compatible with ADLINK’s PCI‑6208V and PCI‑6208A series cards and associated software libraries.
- Applications: Ideal for automatic test equipment (ATE), process control, servo control, and signal generation systems.
Comprehensive Product Summary – ADLINK EXP‑8V Expansion Module
### 1. Product Overview
Product Name: EXP‑8V
Model: EXP‑8V
Series: PCI‑6208 Series Analog Output Expansion Modules
Article Number: EXP‑8V
Manufacturer: ADLINK Technology Inc.
Product Description:
The ADLINK EXP‑8V is an 8‑channel voltage output expansion module designed specifically for use with the ADLINK PCI‑6208V analog output card. When combined, the EXP‑8V and PCI‑6208V form the PCI‑6216V configuration, providing a total of 16 independent, high‑resolution analog voltage output channels. This expansion module extends the analog output density of the PCI‑6208V platform, enabling high‑performance signal generation and control in industrial and laboratory environments.
### 2. Key Features
- 8 Additional Voltage Output Channels: Expands the PCI‑6208V from 8 to 16 channels, forming the PCI‑6216V configuration.
- High‑Resolution Analog Output: 16‑bit resolution with 15‑bit guaranteed monotonicity for precise voltage generation.
- Wide Output Range: ±10 V bipolar output range suitable for a variety of analog control and signal generation tasks.
- Fast Response: Typical 4 µs settling time for a 20 V step and 10 V/µs slew rate, ensuring rapid and stable output transitions.
- Low Error and High Accuracy: Gain error within ±0.2% (maximum) and differential non‑linearity (DNL) of ±0.65 LSB typical.
- Stable Power‑On Behavior: On‑board analog switches minimize power‑on glitches; outputs default to 0 V at startup.
- Compact and Modular Design: Daughterboard form factor designed for direct connection to the PCI‑6208V main card.
- Industrial‑Grade Reliability: Operating temperature range of 0 °C to 50 °C and humidity tolerance up to 95% non‑condensing.
- Compatibility: Fully compatible with ADLINK’s PCI‑6208V and PCI‑6208A series cards and associated software libraries.
- Applications: Ideal for automatic test equipment (ATE), process control, servo control, and signal generation systems.
### 3. Technical Specifications
Analog Voltage Output:
- Number of Channels: 8 (EXP‑8V only); 16 when combined with PCI‑6208V.
- Resolution: 16 bits (15‑bit monotonicity typical).
- Output Range: ±10 V bipolar.
- Output Drive Capability: ±5 mA maximum per channel.
- Slew Rate: 10 V/µs typical.
- Settling Time: 4 µs typical for a 20 V step.
- Gain Error: ±0.2% maximum.
- Differential Non‑Linearity (DNL): ±0.65 LSB typical.
- Output Initial Status: 0 V after reset or power‑on.
- Data Transfer Mode: Programmed I/O.
Digital I/O (via PCI‑6208V host card):
- Channels: 4 digital inputs and 4 digital outputs.
- Logic Level: 5 V TTL compatible.
- Transfer Mode: Programmed I/O.
Electrical and Environmental:
- Operating Temperature: 0 °C to 50 °C.
- Storage Temperature: −20 °C to 80 °C.
- Relative Humidity: 5 % to 95 %, non‑condensing.
- Power Requirements (via host card):
- +5 V DC @ 580 mA typical (PCI‑6208V)
- +12 V DC @ 90 mA typical (PCI‑6208V)
- Combined PCI‑6216V configuration: +5 V DC @ 1.2 A typical, +12 V DC @ 300 mA typical.
- Dimensions: 175 mm × 107 mm (excluding connectors).
- Connector Type: 37‑pin D‑sub female (shared with host card).
Materials and Construction:
High‑quality PCB with precision analog circuitry, shielded traces for low noise, and industrial‑grade components for long‑term stability.
### 4. Functionality
Operating Principle:
The EXP‑8V functions as a daughterboard that connects directly to the PCI‑6208V main analog output card. It replicates the voltage output circuitry of the base card, adding eight additional channels (V8–V15). Each channel uses a dedicated 16‑bit digital‑to‑analog converter (DAC) to generate precise voltage levels within the ±10 V range. The outputs are individually addressable and updated through programmed I/O operations managed by the host system.
Use Cases and Applications:
- Automatic Test Equipment (ATE): Multi‑channel voltage generation for component and system testing.
- Industrial Process Control: Analog control of actuators, valves, and transducers.
- Servo and Motion Control: Generation of reference voltages for servo amplifiers and motor controllers.
- Signal Generation: Creation of arbitrary or waveform signals for simulation and calibration.
- Laboratory Automation: Integration into measurement and control systems requiring multiple analog outputs.
Compatibility:
- Designed for direct integration with ADLINK PCI‑6208V cards.
- When installed, the system identifies the combined configuration as PCI‑6216V.
- Fully supported by ADLINK’s software libraries (PCIS‑DASK, DAQPilot, DAQMaster) and compatible with third‑party environments such as MATLAB®, LabVIEW™, and VEE™.
### 5. Components & Accessories
Included Components:
- EXP‑8V expansion daughterboard.
- Mounting hardware for secure attachment to PCI‑6208V.
- Documentation and software utilities (via ADLINK All‑in‑One CD).
Optional Accessories:
- DIN‑37D Termination Board: 37‑pin D‑sub connector with DIN‑rail mounting; includes 1 m ACL‑10137 cable.
- ACLD‑9137 Termination Board: General‑purpose 37‑pin D‑sub male connector board for wiring and testing.
- ACL‑10137 Cable: 37‑pin D‑sub male‑to‑male shielded cable for signal routing.
Connectors and Pin Assignments:
The EXP‑8V uses the same 37‑pin D‑sub interface as the PCI‑6208V. Analog outputs are labeled V8–V15, with corresponding analog grounds (AGND). Digital I/O lines (DI0–DI3, DO0–DO3) and auxiliary power lines (+5 V, ±15 V) are routed through the host card connector.
### 6. Installation & Setup
Requirements:
- Compatible ADLINK PCI‑6208V main card installed in a PCI slot.
- Available internal expansion connector for the EXP‑8V daughterboard.
- Proper anti‑static handling equipment (ESD wrist strap, grounded mat).
Installation Procedure:
1. Power off the host PC and disconnect all power sources.
2. Remove the system cover and locate the installed PCI‑6208V card.
3. Align the EXP‑8V connector with the expansion header on the PCI‑6208V.
4. Firmly seat the module and secure it using the provided mounting screws.
5. Replace the system cover and reconnect power.
6. Boot the system; the combined configuration will be recognized as PCI‑6216V.
7. Install or update ADLINK drivers (DAQPilot or PCIS‑DASK) as required.
8. Verify operation using the 6208UTIL.EXE utility or DAQMaster software.
Configuration:
No manual jumper or DIP switch settings are required. The PCI BIOS automatically assigns I/O addresses and interrupts. Calibration and functional testing can be performed using the provided software utilities.
### 7. Performance & Capabilities
Analog Output Performance:
- Resolution: 16 bits (1 part in 65,536).
- Accuracy: ±0.2% of full‑scale range (FSR).
- Monotonicity: 15 bits typical, ensuring smooth output transitions.
- Settling Time: 4 µs typical for a 20 V step.
- Slew Rate: 10 V/µs typical.
- Output Drive: ±5 mA maximum per channel.
- Output Impedance: Low, suitable for direct connection to high‑impedance loads.
System Throughput:
Each channel can be updated individually through programmed I/O. The data transfer time per D/A write is approximately 2.2 µs, allowing high‑speed waveform generation when controlled via optimized software routines.
Limitations:
- Output current limited to ±5 mA; external buffering may be required for low‑impedance loads.
- Voltage range fixed at ±10 V; for current output applications, the PCI‑6208A/EXP‑8A combination is recommended.
- Not intended for isolated or differential output configurations; all channels share a common analog ground.
### 8. Standards & Compliance
Bus Interface:
- 32‑bit PCI bus, Plug‑and‑Play compliant.
- Fully compatible with PCI 2.1 and later specifications.
Electrical and Safety Compliance:
- Designed to meet CE and FCC Class A requirements for electromagnetic compatibility.
- Manufactured under ISO 9001 quality management standards.
Environmental Compliance:
- RoHS compliant (lead‑free manufacturing).
- Operating environment: 0 °C – 50 °C, 5 – 95 % RH non‑condensing.
Industry Standards Supported:
- TTL digital I/O compatibility (5 V logic).
- Analog output performance consistent with IEEE instrumentation standards for 16‑bit DACs.
- Compatible with ADLINK’s NuDAQ® and DAQPilot® software ecosystems.
### 9. Additional Information
Warranty:
- Standard ADLINK limited two‑year warranty (one year in China).
- Covers defects in materials and workmanship under normal operating conditions.
- Excludes damage from misuse, improper installation, or unauthorized repair.
Support and Maintenance:
- Calibration: Recommended annual recalibration for optimal accuracy; ADLINK offers factory calibration services.
- Software Updates: Drivers and utilities available via ADLINK’s website (www.adlinktech.com).
- Technical Support:
- Email: service@adlinktech.com
- Phone: +886‑2‑8226‑5877 (Taiwan HQ)
- Regional offices in the USA, Europe, China, Japan, Korea, and Singapore.
Maintenance Guidelines:
- Handle modules using ESD precautions.
- Keep connectors clean and free of dust.
- Store in anti‑static packaging when not in use.
- Avoid exposure to excessive vibration or temperature extremes.
Product Lifecycle and Compatibility:
The EXP‑8V is part of ADLINK’s long‑term supported PCI‑6208 series, ensuring continued driver and software compatibility with modern operating systems and development environments. It is fully interchangeable with legacy PCI‑6216V configurations and supported by the latest PCI‑6208V‑GL series documentation.
### Summary
The ADLINK EXP‑8V expansion module is a precision 8‑channel analog voltage output daughterboard engineered to extend the capabilities of the PCI‑6208V analog output card. Together, they form a high‑density 16‑channel analog output solution (PCI‑6216V) with 16‑bit resolution, ±10 V range, and fast 4 µs settling time. The module’s robust design, low error rates, and seamless integration with ADLINK’s software ecosystem make it ideal for demanding industrial and laboratory applications requiring accurate, multi‑channel voltage generation.
With its proven reliability, compliance with PCI standards, and comprehensive software support, the EXP‑8V provides a scalable and cost‑effective path to expand analog output capacity in automated test, control, and measurement systems.
### 1. Product Overview
Product Name: EXP‑8V
Model: EXP‑8V
Series: PCI‑6208 Series Analog Output Expansion Modules
Article Number: EXP‑8V
Manufacturer: ADLINK Technology Inc.
Product Description:
The ADLINK EXP‑8V is an 8‑channel voltage output expansion module designed specifically for use with the ADLINK PCI‑6208V analog output card. When combined, the EXP‑8V and PCI‑6208V form the PCI‑6216V configuration, providing a total of 16 independent, high‑resolution analog voltage output channels. This expansion module extends the analog output density of the PCI‑6208V platform, enabling high‑performance signal generation and control in industrial and laboratory environments.
### 2. Key Features
- 8 Additional Voltage Output Channels: Expands the PCI‑6208V from 8 to 16 channels, forming the PCI‑6216V configuration.
- High‑Resolution Analog Output: 16‑bit resolution with 15‑bit guaranteed monotonicity for precise voltage generation.
- Wide Output Range: ±10 V bipolar output range suitable for a variety of analog control and signal generation tasks.
- Fast Response: Typical 4 µs settling time for a 20 V step and 10 V/µs slew rate, ensuring rapid and stable output transitions.
- Low Error and High Accuracy: Gain error within ±0.2% (maximum) and differential non‑linearity (DNL) of ±0.65 LSB typical.
- Stable Power‑On Behavior: On‑board analog switches minimize power‑on glitches; outputs default to 0 V at startup.
- Compact and Modular Design: Daughterboard form factor designed for direct connection to the PCI‑6208V main card.
- Industrial‑Grade Reliability: Operating temperature range of 0 °C to 50 °C and humidity tolerance up to 95% non‑condensing.
- Compatibility: Fully compatible with ADLINK’s PCI‑6208V and PCI‑6208A series cards and associated software libraries.
- Applications: Ideal for automatic test equipment (ATE), process control, servo control, and signal generation systems.
### 3. Technical Specifications
Analog Voltage Output:
- Number of Channels: 8 (EXP‑8V only); 16 when combined with PCI‑6208V.
- Resolution: 16 bits (15‑bit monotonicity typical).
- Output Range: ±10 V bipolar.
- Output Drive Capability: ±5 mA maximum per channel.
- Slew Rate: 10 V/µs typical.
- Settling Time: 4 µs typical for a 20 V step.
- Gain Error: ±0.2% maximum.
- Differential Non‑Linearity (DNL): ±0.65 LSB typical.
- Output Initial Status: 0 V after reset or power‑on.
- Data Transfer Mode: Programmed I/O.
Digital I/O (via PCI‑6208V host card):
- Channels: 4 digital inputs and 4 digital outputs.
- Logic Level: 5 V TTL compatible.
- Transfer Mode: Programmed I/O.
Electrical and Environmental:
- Operating Temperature: 0 °C to 50 °C.
- Storage Temperature: −20 °C to 80 °C.
- Relative Humidity: 5 % to 95 %, non‑condensing.
- Power Requirements (via host card):
- +5 V DC @ 580 mA typical (PCI‑6208V)
- +12 V DC @ 90 mA typical (PCI‑6208V)
- Combined PCI‑6216V configuration: +5 V DC @ 1.2 A typical, +12 V DC @ 300 mA typical.
- Dimensions: 175 mm × 107 mm (excluding connectors).
- Connector Type: 37‑pin D‑sub female (shared with host card).
Materials and Construction:
High‑quality PCB with precision analog circuitry, shielded traces for low noise, and industrial‑grade components for long‑term stability.
### 4. Functionality
Operating Principle:
The EXP‑8V functions as a daughterboard that connects directly to the PCI‑6208V main analog output card. It replicates the voltage output circuitry of the base card, adding eight additional channels (V8–V15). Each channel uses a dedicated 16‑bit digital‑to‑analog converter (DAC) to generate precise voltage levels within the ±10 V range. The outputs are individually addressable and updated through programmed I/O operations managed by the host system.
Use Cases and Applications:
- Automatic Test Equipment (ATE): Multi‑channel voltage generation for component and system testing.
- Industrial Process Control: Analog control of actuators, valves, and transducers.
- Servo and Motion Control: Generation of reference voltages for servo amplifiers and motor controllers.
- Signal Generation: Creation of arbitrary or waveform signals for simulation and calibration.
- Laboratory Automation: Integration into measurement and control systems requiring multiple analog outputs.
Compatibility:
- Designed for direct integration with ADLINK PCI‑6208V cards.
- When installed, the system identifies the combined configuration as PCI‑6216V.
- Fully supported by ADLINK’s software libraries (PCIS‑DASK, DAQPilot, DAQMaster) and compatible with third‑party environments such as MATLAB®, LabVIEW™, and VEE™.
### 5. Components & Accessories
Included Components:
- EXP‑8V expansion daughterboard.
- Mounting hardware for secure attachment to PCI‑6208V.
- Documentation and software utilities (via ADLINK All‑in‑One CD).
Optional Accessories:
- DIN‑37D Termination Board: 37‑pin D‑sub connector with DIN‑rail mounting; includes 1 m ACL‑10137 cable.
- ACLD‑9137 Termination Board: General‑purpose 37‑pin D‑sub male connector board for wiring and testing.
- ACL‑10137 Cable: 37‑pin D‑sub male‑to‑male shielded cable for signal routing.
Connectors and Pin Assignments:
The EXP‑8V uses the same 37‑pin D‑sub interface as the PCI‑6208V. Analog outputs are labeled V8–V15, with corresponding analog grounds (AGND). Digital I/O lines (DI0–DI3, DO0–DO3) and auxiliary power lines (+5 V, ±15 V) are routed through the host card connector.
### 6. Installation & Setup
Requirements:
- Compatible ADLINK PCI‑6208V main card installed in a PCI slot.
- Available internal expansion connector for the EXP‑8V daughterboard.
- Proper anti‑static handling equipment (ESD wrist strap, grounded mat).
Installation Procedure:
1. Power off the host PC and disconnect all power sources.
2. Remove the system cover and locate the installed PCI‑6208V card.
3. Align the EXP‑8V connector with the expansion header on the PCI‑6208V.
4. Firmly seat the module and secure it using the provided mounting screws.
5. Replace the system cover and reconnect power.
6. Boot the system; the combined configuration will be recognized as PCI‑6216V.
7. Install or update ADLINK drivers (DAQPilot or PCIS‑DASK) as required.
8. Verify operation using the 6208UTIL.EXE utility or DAQMaster software.
Configuration:
No manual jumper or DIP switch settings are required. The PCI BIOS automatically assigns I/O addresses and interrupts. Calibration and functional testing can be performed using the provided software utilities.
### 7. Performance & Capabilities
Analog Output Performance:
- Resolution: 16 bits (1 part in 65,536).
- Accuracy: ±0.2% of full‑scale range (FSR).
- Monotonicity: 15 bits typical, ensuring smooth output transitions.
- Settling Time: 4 µs typical for a 20 V step.
- Slew Rate: 10 V/µs typical.
- Output Drive: ±5 mA maximum per channel.
- Output Impedance: Low, suitable for direct connection to high‑impedance loads.
System Throughput:
Each channel can be updated individually through programmed I/O. The data transfer time per D/A write is approximately 2.2 µs, allowing high‑speed waveform generation when controlled via optimized software routines.
Limitations:
- Output current limited to ±5 mA; external buffering may be required for low‑impedance loads.
- Voltage range fixed at ±10 V; for current output applications, the PCI‑6208A/EXP‑8A combination is recommended.
- Not intended for isolated or differential output configurations; all channels share a common analog ground.
### 8. Standards & Compliance
Bus Interface:
- 32‑bit PCI bus, Plug‑and‑Play compliant.
- Fully compatible with PCI 2.1 and later specifications.
Electrical and Safety Compliance:
- Designed to meet CE and FCC Class A requirements for electromagnetic compatibility.
- Manufactured under ISO 9001 quality management standards.
Environmental Compliance:
- RoHS compliant (lead‑free manufacturing).
- Operating environment: 0 °C – 50 °C, 5 – 95 % RH non‑condensing.
Industry Standards Supported:
- TTL digital I/O compatibility (5 V logic).
- Analog output performance consistent with IEEE instrumentation standards for 16‑bit DACs.
- Compatible with ADLINK’s NuDAQ® and DAQPilot® software ecosystems.
### 9. Additional Information
Warranty:
- Standard ADLINK limited two‑year warranty (one year in China).
- Covers defects in materials and workmanship under normal operating conditions.
- Excludes damage from misuse, improper installation, or unauthorized repair.
Support and Maintenance:
- Calibration: Recommended annual recalibration for optimal accuracy; ADLINK offers factory calibration services.
- Software Updates: Drivers and utilities available via ADLINK’s website (www.adlinktech.com).
- Technical Support:
- Email: service@adlinktech.com
- Phone: +886‑2‑8226‑5877 (Taiwan HQ)
- Regional offices in the USA, Europe, China, Japan, Korea, and Singapore.
Maintenance Guidelines:
- Handle modules using ESD precautions.
- Keep connectors clean and free of dust.
- Store in anti‑static packaging when not in use.
- Avoid exposure to excessive vibration or temperature extremes.
Product Lifecycle and Compatibility:
The EXP‑8V is part of ADLINK’s long‑term supported PCI‑6208 series, ensuring continued driver and software compatibility with modern operating systems and development environments. It is fully interchangeable with legacy PCI‑6216V configurations and supported by the latest PCI‑6208V‑GL series documentation.
### Summary
The ADLINK EXP‑8V expansion module is a precision 8‑channel analog voltage output daughterboard engineered to extend the capabilities of the PCI‑6208V analog output card. Together, they form a high‑density 16‑channel analog output solution (PCI‑6216V) with 16‑bit resolution, ±10 V range, and fast 4 µs settling time. The module’s robust design, low error rates, and seamless integration with ADLINK’s software ecosystem make it ideal for demanding industrial and laboratory applications requiring accurate, multi‑channel voltage generation.
With its proven reliability, compliance with PCI standards, and comprehensive software support, the EXP‑8V provides a scalable and cost‑effective path to expand analog output capacity in automated test, control, and measurement systems.
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05-24.pdf
PDF Catalog
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P6208 Manual.PDF
Manual
- PCI-6208V - 8 DA PCI Card 16bit ±10V
