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- 16‑Channel, 16‑Bit Analog Voltage Outputs: Provides 16 independent voltage output channels with high‑resolution 16‑bit digital‑to‑analog conversion.
- Bipolar Output Range: ±10 V output range with ±5 mA maximum drive capability per channel.
- High Accuracy and Linearity: Typical differential nonlinearity (DNL) ±1 LSB, gain error ±0.2 % maximum, monotonic to 15 bits.
- Fast Response: Typical slew rate of 26 V/µs and settling time of 130 µs for a 20 V step.
- Integrated Digital I/O: 4 TTL‑compatible digital inputs and 4 TTL‑compatible digital outputs for auxiliary control and monitoring.
- PCI Express® x1 Interface: Fully compliant with PCIe specifications, providing high‑speed data transfer and plug‑and‑play configuration.
- On‑board DC/DC Converter: Ensures stable analog output performance independent of system power fluctuations.
- Compact Form Factor: 168 mm × 112 mm PCB size suitable for standard PCIe slots.
- Software Support: Compatible with Windows 7/8 (x86/x64) and Linux; supported by ADLINK DAQPilot, DAQMaster, and legacy PCIS‑DASK drivers.
- Third‑Party Integration: Provides APIs and SDKs for LabVIEW™, MATLAB®, Visual C++, Visual Basic, and .NET environments.
- Backward Compatibility: 100 % register‑level and driver compatibility with PCI‑6216V‑GL.
- Bipolar Output Range: ±10 V output range with ±5 mA maximum drive capability per channel.
- High Accuracy and Linearity: Typical differential nonlinearity (DNL) ±1 LSB, gain error ±0.2 % maximum, monotonic to 15 bits.
- Fast Response: Typical slew rate of 26 V/µs and settling time of 130 µs for a 20 V step.
- Integrated Digital I/O: 4 TTL‑compatible digital inputs and 4 TTL‑compatible digital outputs for auxiliary control and monitoring.
- PCI Express® x1 Interface: Fully compliant with PCIe specifications, providing high‑speed data transfer and plug‑and‑play configuration.
- On‑board DC/DC Converter: Ensures stable analog output performance independent of system power fluctuations.
- Compact Form Factor: 168 mm × 112 mm PCB size suitable for standard PCIe slots.
- Software Support: Compatible with Windows 7/8 (x86/x64) and Linux; supported by ADLINK DAQPilot, DAQMaster, and legacy PCIS‑DASK drivers.
- Third‑Party Integration: Provides APIs and SDKs for LabVIEW™, MATLAB®, Visual C++, Visual Basic, and .NET environments.
- Backward Compatibility: 100 % register‑level and driver compatibility with PCI‑6216V‑GL.
Comprehensive Product Summary: ADLINK PCIe‑6216V‑GL 16‑Channel 16‑Bit Analog Output Card
### 1. Product Overview
Product Name: PCIe‑6216V‑GL
Model: PCIe‑6216V‑GL
Series: 6208/6216‑GL Series Multi‑Channel Analog Output Cards
Article Number: PCIe‑6216V‑GL
Manufacturer: ADLINK Technology Inc.
The ADLINK PCIe‑6216V‑GL is a high‑performance, 16‑channel, 16‑bit analog output card designed for PCI Express® (x1 lane) systems. It belongs to ADLINK’s 6208/6216‑GL Series, which includes PCI, PCIe, and CompactPCI (cPCI) variants. The PCIe‑6216V‑GL provides precise, bipolar ±10 V analog voltage outputs with 16‑bit resolution and integrated 4‑channel TTL digital input/output capability. It is fully compatible with the legacy PCI‑6216V model, ensuring seamless hardware and software interchangeability.
### 2. Key Features
- 16‑Channel, 16‑Bit Analog Voltage Outputs: Provides 16 independent voltage output channels with high‑resolution 16‑bit digital‑to‑analog conversion.
- Bipolar Output Range: ±10 V output range with ±5 mA maximum drive capability per channel.
- High Accuracy and Linearity: Typical differential nonlinearity (DNL) ±1 LSB, gain error ±0.2 % maximum, monotonic to 15 bits.
- Fast Response: Typical slew rate of 26 V/µs and settling time of 130 µs for a 20 V step.
- Integrated Digital I/O: 4 TTL‑compatible digital inputs and 4 TTL‑compatible digital outputs for auxiliary control and monitoring.
- PCI Express® x1 Interface: Fully compliant with PCIe specifications, providing high‑speed data transfer and plug‑and‑play configuration.
- On‑board DC/DC Converter: Ensures stable analog output performance independent of system power fluctuations.
- Compact Form Factor: 168 mm × 112 mm PCB size suitable for standard PCIe slots.
- Software Support: Compatible with Windows 7/8 (x86/x64) and Linux; supported by ADLINK DAQPilot, DAQMaster, and legacy PCIS‑DASK drivers.
- Third‑Party Integration: Provides APIs and SDKs for LabVIEW™, MATLAB®, Visual C++, Visual Basic, and .NET environments.
- Backward Compatibility: 100 % register‑level and driver compatibility with PCI‑6216V‑GL.
### 3. Technical Specifications
Analog Voltage Output
- Channels: 16 voltage output channels
- Resolution: 16 bits (15‑bit monotonicity typical)
- Output Range: ±10 V bipolar
- Output Drive: ±5 mA maximum per channel
- Slew Rate: 26 V/µs typical
- Settling Time: 130 µs typical for 20 V step
- Gain Error: ±0.2 % maximum
- Differential Nonlinearity (DNL): ±1 LSB typical
- Output Initial State: 0 V after reset or power‑on
- Data Transfer Mode: Programmed I/O
Digital I/O
- Channels: 4 × TTL inputs, 4 × TTL outputs
- Logic Compatibility: 5 V TTL
- Input Voltage Levels:
- Logic Low: 0 – 0.8 V
- Logic High: 2.0 – 5.5 V
- Output Voltage Levels:
- Logic Low: ≤ 0.4 V at 8 mA sink
- Logic High: ≥ 2.4 V at 0.4 mA source
- Data Transfer: Programmed I/O
General and Environmental
- I/O Connector: One 37‑pin D‑sub female connector
- Operating Temperature: 0 °C – 50 °C (32 °F – 122 °F)
- Storage Temperature: –20 °C – 80 °C (–4 °F – 176 °F)
- Relative Humidity: 5 % – 95 %, non‑condensing
- Dimensions (PCB only): 168 mm × 112 mm (6.55 in × 4.36 in)
- Weight: Approx. 200 g (typical board weight)
- Power Requirements: +3.3 V @ 310 mA typical, +12 V @ 380 mA typical
### 4. Functionality
The PCIe‑6216V‑GL performs digital‑to‑analog conversion (DAC) across 16 independent channels. Each channel uses a dedicated 16‑bit DAC (BB PCM56U or equivalent) to generate precise voltage outputs. The card’s bipolar ±10 V range allows it to produce both positive and negative voltages, ideal for control signals in servo systems, instrumentation, and process automation.
Operation Principle:
Digital data written to the card’s output registers are converted to analog voltages by the onboard DACs. The conversion is monotonic and linear across the full range. The card communicates with the host system via the PCIe bus using programmed I/O.
Use Cases and Applications:
- Industrial process control and automation
- Servo and motion control systems
- Signal generation and waveform synthesis
- Reference voltage generation for test benches
- Automated test equipment (ATE) and SCADA systems
- Laboratory instrumentation and calibration setups
Compatibility:
- Fully compatible with PCI‑6216V‑GL hardware and software.
- Supported by ADLINK’s DAQPilot and DAQMaster software suites.
- Integrates with third‑party environments such as MATLAB® Data Acquisition Toolbox, LabVIEW™ VI sets, and Agilent VEE™.
### 5. Components & Accessories
Included Items:
- PCIe‑6216V‑GL analog output card
- ADLINK All‑in‑One Software CD (drivers, SDKs, utilities)
- User’s Manual (digital or printed)
Optional Terminal Boards and Cables:
- DIN‑37D‑01: Terminal board with one 37‑pin D‑sub connector and DIN‑rail mounting (cables not included).
- ACLD‑9137‑01: General‑purpose terminal board with one 37‑pin D‑sub male connector.
- ACLD‑9137F‑01: General‑purpose terminal board with one 37‑pin D‑sub female connector.
- ACL‑10137‑1MM: 37‑pin D‑sub male‑to‑male cable, 1 m length.
- ACL‑10137‑1MF: 37‑pin D‑sub male‑to‑female cable, 1 m length.
These accessories provide flexible connectivity for laboratory and industrial wiring environments.
### 6. Installation & Setup
System Requirements:
- Available PCI Express® x1 slot (compatible with x4/x8/x16 mechanical slots)
- Supported OS: Windows 7/8 (x86/x64) or Linux
- Administrator privileges for driver installation
Installation Steps:
1. Power off the host system and disconnect all peripherals.
2. Insert the PCIe‑6216V‑GL into an available PCIe slot.
3. Secure the bracket to the chassis.
4. Reconnect power and boot the system.
5. Install ADLINK DAQPilot or DAQMaster from the All‑in‑One CD or ADLINK website.
6. Verify device recognition in DAQMaster or the OS device manager.
Configuration:
The card is plug‑and‑play compliant. The system BIOS automatically assigns base addresses and interrupts. No manual jumper or DIP switch configuration is required.
Calibration:
Factory‑calibrated using a precision 6½‑digit DMM. ADLINK recommends recalibration every 12 months for optimal accuracy. Calibration data are stored in onboard flash memory.
### 7. Performance & Capabilities
Analog Output Performance:
- Resolution: 16 bits (1 part in 65,536)
- Accuracy: ±0.2 % FSR gain error, ±1 LSB DNL typical
- Update Rate: 2.2 µs per channel (digital data transfer rate)
- Settling Time: 130 µs typical for full‑scale step
- Slew Rate: 26 V/µs typical
- Output Drive: ±5 mA per channel
Digital I/O Performance:
- TTL‑compatible, 4 inputs + 4 outputs
- Input impedance and drive levels suitable for standard logic interfacing
Efficiency and Reliability:
- Low power consumption (approx. 2.5 W total)
- Onboard DC/DC converter ensures stable analog reference voltages
- Designed for continuous operation in industrial environments (0 – 50 °C)
Limitations:
- Maximum output current limited to ±5 mA per channel
- No simultaneous update across all channels (programmed I/O sequential update)
- Not intended for high‑frequency waveform generation beyond the settling‑time limit
### 8. Standards & Compliance
- Bus Interface: PCI Express® x1 lane, compliant with PCI‑SIG specifications
- CompactPCI Compliance (Series Reference): PICMG 2.0 R2.1 for cPCI variants
- Electrical Safety: Designed for low‑voltage DC operation
- Environmental: RoHS‑compliant manufacturing
- Software Standards:
- DAQPilot SDK (Windows)
- DASK/X (Linux)
- MATLAB®, LabVIEW™, and ActiveX® integration libraries
- Industry Compatibility: Fully interoperable with ADLINK DAQ software ecosystem and third‑party ADEs
### 9. Additional Information
Warranty:
Standard ADLINK limited warranty (typically 1 year) covering manufacturing defects and hardware failures under normal use.
Technical Support:
ADLINK provides global technical support through regional offices in Taiwan, USA, China, Japan, Germany, France, Korea, Singapore, and India. Support includes driver updates, calibration services, and application engineering assistance.
Maintenance:
- Annual recalibration recommended.
- Keep card free from dust and static discharge.
- Store in anti‑static packaging when not in use.
Software Updates:
Driver and SDK updates are available via ADLINK’s official website:
[www.adlinktech.com](https://www.adlinktech.com)
Documentation:
- *6208/6216‑GL Series User’s Manual* (Part No. 50‑11234‑2020, Rev. 4.03)
- *DAQPilot User’s Manual*
- *DAQMaster Configuration Guide*
- *PCIS‑DASK Legacy Driver Manual*
### Summary
The ADLINK PCIe‑6216V‑GL is a robust, high‑precision analog output solution for engineers and system integrators requiring multiple voltage outputs in industrial automation, test, and measurement systems. With 16 independent 16‑bit channels, ±10 V bipolar range, and integrated TTL digital I/O, it delivers reliable performance for control and signal generation tasks. Its PCIe x1 interface ensures high‑speed communication and easy integration into modern PCs and workstations. Supported by comprehensive software tools and SDKs, the PCIe‑6216V‑GL provides a flexible, scalable platform for data acquisition and control applications across Windows and Linux environments.
End of Product Summary – PCIe‑6216V‑GL
### 1. Product Overview
Product Name: PCIe‑6216V‑GL
Model: PCIe‑6216V‑GL
Series: 6208/6216‑GL Series Multi‑Channel Analog Output Cards
Article Number: PCIe‑6216V‑GL
Manufacturer: ADLINK Technology Inc.
The ADLINK PCIe‑6216V‑GL is a high‑performance, 16‑channel, 16‑bit analog output card designed for PCI Express® (x1 lane) systems. It belongs to ADLINK’s 6208/6216‑GL Series, which includes PCI, PCIe, and CompactPCI (cPCI) variants. The PCIe‑6216V‑GL provides precise, bipolar ±10 V analog voltage outputs with 16‑bit resolution and integrated 4‑channel TTL digital input/output capability. It is fully compatible with the legacy PCI‑6216V model, ensuring seamless hardware and software interchangeability.
### 2. Key Features
- 16‑Channel, 16‑Bit Analog Voltage Outputs: Provides 16 independent voltage output channels with high‑resolution 16‑bit digital‑to‑analog conversion.
- Bipolar Output Range: ±10 V output range with ±5 mA maximum drive capability per channel.
- High Accuracy and Linearity: Typical differential nonlinearity (DNL) ±1 LSB, gain error ±0.2 % maximum, monotonic to 15 bits.
- Fast Response: Typical slew rate of 26 V/µs and settling time of 130 µs for a 20 V step.
- Integrated Digital I/O: 4 TTL‑compatible digital inputs and 4 TTL‑compatible digital outputs for auxiliary control and monitoring.
- PCI Express® x1 Interface: Fully compliant with PCIe specifications, providing high‑speed data transfer and plug‑and‑play configuration.
- On‑board DC/DC Converter: Ensures stable analog output performance independent of system power fluctuations.
- Compact Form Factor: 168 mm × 112 mm PCB size suitable for standard PCIe slots.
- Software Support: Compatible with Windows 7/8 (x86/x64) and Linux; supported by ADLINK DAQPilot, DAQMaster, and legacy PCIS‑DASK drivers.
- Third‑Party Integration: Provides APIs and SDKs for LabVIEW™, MATLAB®, Visual C++, Visual Basic, and .NET environments.
- Backward Compatibility: 100 % register‑level and driver compatibility with PCI‑6216V‑GL.
### 3. Technical Specifications
Analog Voltage Output
- Channels: 16 voltage output channels
- Resolution: 16 bits (15‑bit monotonicity typical)
- Output Range: ±10 V bipolar
- Output Drive: ±5 mA maximum per channel
- Slew Rate: 26 V/µs typical
- Settling Time: 130 µs typical for 20 V step
- Gain Error: ±0.2 % maximum
- Differential Nonlinearity (DNL): ±1 LSB typical
- Output Initial State: 0 V after reset or power‑on
- Data Transfer Mode: Programmed I/O
Digital I/O
- Channels: 4 × TTL inputs, 4 × TTL outputs
- Logic Compatibility: 5 V TTL
- Input Voltage Levels:
- Logic Low: 0 – 0.8 V
- Logic High: 2.0 – 5.5 V
- Output Voltage Levels:
- Logic Low: ≤ 0.4 V at 8 mA sink
- Logic High: ≥ 2.4 V at 0.4 mA source
- Data Transfer: Programmed I/O
General and Environmental
- I/O Connector: One 37‑pin D‑sub female connector
- Operating Temperature: 0 °C – 50 °C (32 °F – 122 °F)
- Storage Temperature: –20 °C – 80 °C (–4 °F – 176 °F)
- Relative Humidity: 5 % – 95 %, non‑condensing
- Dimensions (PCB only): 168 mm × 112 mm (6.55 in × 4.36 in)
- Weight: Approx. 200 g (typical board weight)
- Power Requirements: +3.3 V @ 310 mA typical, +12 V @ 380 mA typical
### 4. Functionality
The PCIe‑6216V‑GL performs digital‑to‑analog conversion (DAC) across 16 independent channels. Each channel uses a dedicated 16‑bit DAC (BB PCM56U or equivalent) to generate precise voltage outputs. The card’s bipolar ±10 V range allows it to produce both positive and negative voltages, ideal for control signals in servo systems, instrumentation, and process automation.
Operation Principle:
Digital data written to the card’s output registers are converted to analog voltages by the onboard DACs. The conversion is monotonic and linear across the full range. The card communicates with the host system via the PCIe bus using programmed I/O.
Use Cases and Applications:
- Industrial process control and automation
- Servo and motion control systems
- Signal generation and waveform synthesis
- Reference voltage generation for test benches
- Automated test equipment (ATE) and SCADA systems
- Laboratory instrumentation and calibration setups
Compatibility:
- Fully compatible with PCI‑6216V‑GL hardware and software.
- Supported by ADLINK’s DAQPilot and DAQMaster software suites.
- Integrates with third‑party environments such as MATLAB® Data Acquisition Toolbox, LabVIEW™ VI sets, and Agilent VEE™.
### 5. Components & Accessories
Included Items:
- PCIe‑6216V‑GL analog output card
- ADLINK All‑in‑One Software CD (drivers, SDKs, utilities)
- User’s Manual (digital or printed)
Optional Terminal Boards and Cables:
- DIN‑37D‑01: Terminal board with one 37‑pin D‑sub connector and DIN‑rail mounting (cables not included).
- ACLD‑9137‑01: General‑purpose terminal board with one 37‑pin D‑sub male connector.
- ACLD‑9137F‑01: General‑purpose terminal board with one 37‑pin D‑sub female connector.
- ACL‑10137‑1MM: 37‑pin D‑sub male‑to‑male cable, 1 m length.
- ACL‑10137‑1MF: 37‑pin D‑sub male‑to‑female cable, 1 m length.
These accessories provide flexible connectivity for laboratory and industrial wiring environments.
### 6. Installation & Setup
System Requirements:
- Available PCI Express® x1 slot (compatible with x4/x8/x16 mechanical slots)
- Supported OS: Windows 7/8 (x86/x64) or Linux
- Administrator privileges for driver installation
Installation Steps:
1. Power off the host system and disconnect all peripherals.
2. Insert the PCIe‑6216V‑GL into an available PCIe slot.
3. Secure the bracket to the chassis.
4. Reconnect power and boot the system.
5. Install ADLINK DAQPilot or DAQMaster from the All‑in‑One CD or ADLINK website.
6. Verify device recognition in DAQMaster or the OS device manager.
Configuration:
The card is plug‑and‑play compliant. The system BIOS automatically assigns base addresses and interrupts. No manual jumper or DIP switch configuration is required.
Calibration:
Factory‑calibrated using a precision 6½‑digit DMM. ADLINK recommends recalibration every 12 months for optimal accuracy. Calibration data are stored in onboard flash memory.
### 7. Performance & Capabilities
Analog Output Performance:
- Resolution: 16 bits (1 part in 65,536)
- Accuracy: ±0.2 % FSR gain error, ±1 LSB DNL typical
- Update Rate: 2.2 µs per channel (digital data transfer rate)
- Settling Time: 130 µs typical for full‑scale step
- Slew Rate: 26 V/µs typical
- Output Drive: ±5 mA per channel
Digital I/O Performance:
- TTL‑compatible, 4 inputs + 4 outputs
- Input impedance and drive levels suitable for standard logic interfacing
Efficiency and Reliability:
- Low power consumption (approx. 2.5 W total)
- Onboard DC/DC converter ensures stable analog reference voltages
- Designed for continuous operation in industrial environments (0 – 50 °C)
Limitations:
- Maximum output current limited to ±5 mA per channel
- No simultaneous update across all channels (programmed I/O sequential update)
- Not intended for high‑frequency waveform generation beyond the settling‑time limit
### 8. Standards & Compliance
- Bus Interface: PCI Express® x1 lane, compliant with PCI‑SIG specifications
- CompactPCI Compliance (Series Reference): PICMG 2.0 R2.1 for cPCI variants
- Electrical Safety: Designed for low‑voltage DC operation
- Environmental: RoHS‑compliant manufacturing
- Software Standards:
- DAQPilot SDK (Windows)
- DASK/X (Linux)
- MATLAB®, LabVIEW™, and ActiveX® integration libraries
- Industry Compatibility: Fully interoperable with ADLINK DAQ software ecosystem and third‑party ADEs
### 9. Additional Information
Warranty:
Standard ADLINK limited warranty (typically 1 year) covering manufacturing defects and hardware failures under normal use.
Technical Support:
ADLINK provides global technical support through regional offices in Taiwan, USA, China, Japan, Germany, France, Korea, Singapore, and India. Support includes driver updates, calibration services, and application engineering assistance.
Maintenance:
- Annual recalibration recommended.
- Keep card free from dust and static discharge.
- Store in anti‑static packaging when not in use.
Software Updates:
Driver and SDK updates are available via ADLINK’s official website:
[www.adlinktech.com](https://www.adlinktech.com)
Documentation:
- *6208/6216‑GL Series User’s Manual* (Part No. 50‑11234‑2020, Rev. 4.03)
- *DAQPilot User’s Manual*
- *DAQMaster Configuration Guide*
- *PCIS‑DASK Legacy Driver Manual*
### Summary
The ADLINK PCIe‑6216V‑GL is a robust, high‑precision analog output solution for engineers and system integrators requiring multiple voltage outputs in industrial automation, test, and measurement systems. With 16 independent 16‑bit channels, ±10 V bipolar range, and integrated TTL digital I/O, it delivers reliable performance for control and signal generation tasks. Its PCIe x1 interface ensures high‑speed communication and easy integration into modern PCs and workstations. Supported by comprehensive software tools and SDKs, the PCIe‑6216V‑GL provides a flexible, scalable platform for data acquisition and control applications across Windows and Linux environments.
End of Product Summary – PCIe‑6216V‑GL
- ACLD-9188 - Panel for mounting low pass filter etc.
- ACLD-9137-01 - Direct 37 small screw terminal
- DIN-37D-01 - 37pin D-type panel DIN rail w/o cable
