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AO-1604L-LPE
PCIe Low Profile DA 100kS/s 16 Bit 4 CH + 4*DI + 4*DO + Cou
440,00 EUR
inkl. Umsatzsteuer 523,60 EUR
- High‑Precision Analog Output:
Four non‑isolated 16‑bit analog output channels with bipolar ±10 V range and maximum output current of ±3 mA.
- High‑Speed Conversion:
100 kS/s (10 µs per conversion) per channel, suitable for waveform generation and control applications.
- Integrated Digital I/O:
Four TTL‑level digital inputs and four TTL‑level digital outputs (positive logic, non‑isolated).
- Built‑in Counter Function:
One 32‑bit up‑counter channel with maximum response frequency of 10 MHz, supporting gate and up‑clock inputs and a count‑match output.
- Buffer Memory:
1 k‑word buffer memory for analog output, supporting FIFO or ring operation modes for continuous or cyclic waveform generation.
- Software‑Based Calibration:
Full software calibration for analog outputs, allowing adjustment and storage of calibration data according to the operating environment.
- Trigger and Clock Synchronization:
Supports software, external trigger, and external clock synchronization for precise timing control.
- Digital Filtering:
1 µs digital filter (software‑selectable) on digital inputs, counter inputs, and external control signals to suppress noise and chattering.
- Cross‑Platform Driver Support:
Includes Windows and Linux driver libraries (API‑PAC(W32), API‑AIO(WDM), API‑AIO(LNX)) with sample programs.
- MATLAB and LabVIEW Integration:
Dedicated plug‑in libraries (ML‑DAQ and VI‑DAQ) available free of charge for seamless integration with MATLAB and National Instruments LabVIEW.
- Compact Low Profile Design:
121.69 mm (L) × 67.90 mm (H), 60 g weight, suitable for space‑constrained systems.
- RoHS and VCCI Compliant:
Environmentally friendly and compliant with Japanese VCCI electromagnetic standards.
Four non‑isolated 16‑bit analog output channels with bipolar ±10 V range and maximum output current of ±3 mA.
- High‑Speed Conversion:
100 kS/s (10 µs per conversion) per channel, suitable for waveform generation and control applications.
- Integrated Digital I/O:
Four TTL‑level digital inputs and four TTL‑level digital outputs (positive logic, non‑isolated).
- Built‑in Counter Function:
One 32‑bit up‑counter channel with maximum response frequency of 10 MHz, supporting gate and up‑clock inputs and a count‑match output.
- Buffer Memory:
1 k‑word buffer memory for analog output, supporting FIFO or ring operation modes for continuous or cyclic waveform generation.
- Software‑Based Calibration:
Full software calibration for analog outputs, allowing adjustment and storage of calibration data according to the operating environment.
- Trigger and Clock Synchronization:
Supports software, external trigger, and external clock synchronization for precise timing control.
- Digital Filtering:
1 µs digital filter (software‑selectable) on digital inputs, counter inputs, and external control signals to suppress noise and chattering.
- Cross‑Platform Driver Support:
Includes Windows and Linux driver libraries (API‑PAC(W32), API‑AIO(WDM), API‑AIO(LNX)) with sample programs.
- MATLAB and LabVIEW Integration:
Dedicated plug‑in libraries (ML‑DAQ and VI‑DAQ) available free of charge for seamless integration with MATLAB and National Instruments LabVIEW.
- Compact Low Profile Design:
121.69 mm (L) × 67.90 mm (H), 60 g weight, suitable for space‑constrained systems.
- RoHS and VCCI Compliant:
Environmentally friendly and compliant with Japanese VCCI electromagnetic standards.
1. Product Overview
Product Name: AO‑1604L‑LPE
Article Number: AO‑1604L‑LPE
Series: PCI Express Low Profile Analog Output Series
Manufacturer: CONTEC CO., LTD.
Model Version: Ver.1.03
The CONTEC AO‑1604L‑LPE is a high‑precision, multifunction analog output interface board designed for PCI Express (PCIe) bus systems. It provides four 16‑bit analog output channels, four digital inputs, four digital outputs, and one 32‑bit counter channel. The board is compliant with the PCI Express Base Specification Rev.1.0a (x1 lane) and supports both Low Profile and standard PCIe slots through interchangeable brackets. It is engineered for applications requiring accurate analog signal generation, digital control, and event counting in compact industrial or laboratory systems.
2. Key Features
- High‑Precision Analog Output:
Four non‑isolated 16‑bit analog output channels with bipolar ±10 V range and maximum output current of ±3 mA.
- High‑Speed Conversion:
100 kS/s (10 µs per conversion) per channel, suitable for waveform generation and control applications.
- Integrated Digital I/O:
Four TTL‑level digital inputs and four TTL‑level digital outputs (positive logic, non‑isolated).
- Built‑in Counter Function:
One 32‑bit up‑counter channel with maximum response frequency of 10 MHz, supporting gate and up‑clock inputs and a count‑match output.
- Buffer Memory:
1 k‑word buffer memory for analog output, supporting FIFO or ring operation modes for continuous or cyclic waveform generation.
- Software‑Based Calibration:
Full software calibration for analog outputs, allowing adjustment and storage of calibration data according to the operating environment.
- Trigger and Clock Synchronization:
Supports software, external trigger, and external clock synchronization for precise timing control.
- Digital Filtering:
1 µs digital filter (software‑selectable) on digital inputs, counter inputs, and external control signals to suppress noise and chattering.
- Cross‑Platform Driver Support:
Includes Windows and Linux driver libraries (API‑PAC(W32), API‑AIO(WDM), API‑AIO(LNX)) with sample programs.
- MATLAB and LabVIEW Integration:
Dedicated plug‑in libraries (ML‑DAQ and VI‑DAQ) available free of charge for seamless integration with MATLAB and National Instruments LabVIEW.
- Compact Low Profile Design:
121.69 mm (L) × 67.90 mm (H), 60 g weight, suitable for space‑constrained systems.
- RoHS and VCCI Compliant:
Environmentally friendly and compliant with Japanese VCCI electromagnetic standards.
3. Technical Specifications
| Category | Specification |
|---------------|------------------|
| Bus Interface | PCI Express Base Specification Rev. 1.0a (x1) |
| Analog Output | |
| Isolation | Non‑isolated |
| Channels | 4 channels |
| Output Range | Bipolar ±10 V |
| Max. Output Current | ±3 mA |
| Output Impedance | ≤ 1 Ω |
| Resolution | 16 bit |
| Non‑Linearity Error | ±5 LSB (approx. 0.1 % FS at 0–50 °C) |
| Conversion Speed | 10 µs (100 kS/s) |
| Buffer Memory | 1 k word |
| Start Trigger | Software / External trigger |
| Stop Trigger | Sampling count / External / Software |
| External Clock | LVTTL level, rising/falling edge selectable |
| External Start/Stop Signals | LVTTL level, rising/falling edge selectable, 1 µs digital filter |
| Digital I/O | |
| Input Channels | 4 ch, TTL level, positive logic, non‑isolated |
| Output Channels | 4 ch, TTL level, positive logic, non‑isolated |
| Output Drive | I_OL = 8 mA |
| Counter | |
| Channels | 1 ch |
| Type | 32‑bit up‑counter |
| Max. Count | FFFFFFFFh (4,294,967,295) |
| External Inputs | 2 LVTTL (Gate High level / Up rising edge) |
| External Output | 1 LVTTL Count‑match output (positive logic pulse) |
| Max. Response Frequency | 10 MHz |
| Common Section | |
| I/O Address | 64 ports |
| Interrupt | One INTA line |
| Connector | 50‑pin mini‑ribbon (3M 10250‑52A2JL or equivalent) |
| Power Consumption | 3.3 V DC 400 mA / 12 V DC 250 mA |
| Operating Temperature | 0 – 50 °C |
| Operating Humidity | 10 – 90 % RH (non‑condensing) |
| Dimensions | 121.69 mm (L) × 67.90 mm (H) |
| Weight | 60 g |
| Certifications | RoHS, VCCI |
4. Functionality
The AO‑1604L‑LPE functions as a multifunction PCIe data acquisition and control board. It generates precise analog voltages, handles digital I/O, and performs high‑speed counting.
- Analog Output Operation:
Digital data written to the board is converted to analog voltage via 16‑bit DACs. Output can be continuous (FIFO mode) or cyclic (ring mode). Synchronization with internal or external clocks allows deterministic waveform generation.
- Digital I/O:
Four TTL inputs and four TTL outputs enable control and monitoring of external devices such as relays, sensors, or logic circuits.
- Counter Function:
The 32‑bit counter counts external pulses up to 10 MHz, supporting gate control and compare‑match output for event timing or frequency measurement.
- Trigger and Clock Control:
External LVTTL‑level signals can start, stop, or clock analog output operations. Rising or falling edge detection is selectable via software.
- Software Calibration:
Calibration data is stored in non‑volatile memory, allowing field recalibration without hardware adjustment.
- Use Cases:
- Analog waveform generation for test and measurement systems
- Control signal output for actuators or instrumentation
- Data acquisition synchronization with external events
- Counter‑based event measurement or frequency counting
- Integration with MATLAB/LabVIEW for automated testing
5. Components & Accessories
Included Items:
- AO‑1604L‑LPE board (1 pc)
- Low Profile bracket (pre‑installed)
- Standard size bracket (1 pc)
- Driver/software disk [API‑PAC(W32)] (1 pc)
- First Step Guide (1 pc)
- Warranty Certificate (1 pc)
- Serial Number Label (1 pc)
Optional Cables:
- Shielded cable with two 50‑pin mini‑ribbon connectors:
PCB50PS‑0.5P (0.5 m), PCB50PS‑1.5P (1.5 m)
- Shielded cable with one 50‑pin mini‑ribbon connector:
PCA50PS‑0.5P (0.5 m), PCA50PS‑1.5P (1.5 m)
Optional Accessories:
- Screw Terminal Unit (50 points, M3): EPD‑50A
- BNC Connector Screw Terminal Unit: ATP‑8L (analog I/O up to 8 ch input / 2 ch output)
*(Cables required separately.)*
Connector Details:
- Interface Connector (CN1): 50‑pin mini‑ribbon 3M 10250‑52A2JL
- Compatible Connector: 3M 10150‑6000EL
Pin Assignments (CN1):
- Analog Output 00–03 → Analog output signals (ch 0–3)
- Analog Ground → Common analog reference
- AO External Start/Stop/Clock Inputs → LVTTL control signals
- Digital Input 00–03 → TTL inputs
- Digital Output 00–03 → TTL outputs
- Counter Gate/Up/Output → Counter I/O signals
- Digital Ground → Common ground for digital and control signals
- Reserved / N.C. → Leave unconnected
6. Installation & Setup
Hardware Installation:
1. Power off the PC and remove the cover.
2. Insert the AO‑1604L‑LPE into an available PCIe x1 slot.
3. Secure the bracket (Low Profile or standard).
4. Reassemble the PC and power on.
Software Installation:
- Install the driver library API‑PAC(W32) before inserting the board.
- Windows: Use API‑AIO(WDM) driver; Linux: use API‑AIO(LNX).
- After installation, configure the device name in Device Manager.
- Diagnostic utilities verify correct operation.
Configuration:
- Product ID (SW1 rotary switch): 0–Fh for up to 16 boards in one system.
- External connections via CN1 using shielded cables.
- Separate analog and digital grounds to minimize noise.
Software Tools:
- API‑AIO(WDM) (Windows DLL library)
- API‑AIO(LNX) (Linux shared library and kernel module)
- C‑LOGGER (data logger software for analog input boards)
- ML‑DAQ (MATLAB Data Acquisition library)
- VI‑DAQ (LabVIEW VI library)
7. Performance & Capabilities
- Analog Output Speed: 100 kS/s per channel (10 µs conversion time)
- Resolution: 16 bits (65,536 steps over ±10 V range)
- Accuracy: ±0.1 % FS typical (non‑linearity ±5 LSB)
- Output Impedance: ≤ 1 Ω
- Output Current Limit: ±3 mA (max.)
- Counter Frequency Response: 10 MHz (max.)
- Digital I/O Response: LVTTL compatible, 8 mA sink capability
- Buffer Modes: FIFO (for continuous streaming) and Ring (for cyclic waveforms)
- Trigger Latency: 100 ns typical for external signals
- Settling Time: 10 µs (max.)
- Environmental Limits: 0–50 °C operation, 10–90 % RH non‑condensing
Limitations:
- Non‑isolated I/O — analog and digital grounds must be managed carefully.
- Output current limited to ±3 mA; not suitable for direct driving of low‑impedance loads.
- External signals must be LVTTL level to avoid damage.
8. Standards & Compliance
- Bus Standard: PCI Express Base Specification Rev. 1.0a (x1 lane)
- Environmental: RoHS Directive compliant
- EMC: VCCI (Class A) compliant
- Operating Conditions: 0–50 °C, 10–90 % RH (non‑condensing)
- Safety Guidelines: Follow CONTEC handling precautions to avoid ESD damage.
- Calibration Standards: Factory calibrated to traceable standards; software recalibration supported.
9. Additional Information
Warranty:
Limited three‑year warranty covering defects in materials and workmanship. Excludes damage from misuse, modification, or improper installation.
Support & Service:
- Technical support and driver updates available at [https://www.contec.com](https://www.contec.com).
- Return Merchandise Authorization (RMA) required for repairs or replacement.
Maintenance:
- Periodically inspect for dust and secure connections.
- Avoid exposure to corrosive gases or excessive vibration.
- Store in original packaging at room temperature when not in use.
Calibration Procedure:
- Use a precision digital multimeter (≥ 5 digits) for output calibration.
- Calibration software accessible via device property page in Windows.
- Factory settings can be restored if required.
Software Utilities and Examples:
- Diagnostic program for testing analog output, digital I/O, and counter functions.
- Sample programs in C/C++, Visual Basic, and gcc for Windows and Linux.
- Utility tools for measuring function execution speed and verifying conversion performance.
Safety Precautions:
- Do not connect outputs to ground or each other.
- Maintain separate analog and digital grounds to reduce noise.
- Use shielded cables for long connections or noisy environments.
- Ensure adequate PC power supply capacity (3.3 V 400 mA, 12 V 250 mA).
Summary
The CONTEC AO‑1604L‑LPE is a compact, high‑precision PCI Express analog output board offering four 16‑bit channels, 4 digital inputs, 4 digital outputs, and a 32‑bit counter. It delivers 100 kS/s conversion speed, ±10 V bipolar range, and software‑controlled triggering and calibration. With comprehensive driver support for Windows and Linux and integration libraries for MATLAB and LabVIEW, it is ideal for scientific instrumentation, automated testing, and industrial control applications requiring precise analog signal generation and digital synchronization in a low‑profile PCIe form factor.
Product Name: AO‑1604L‑LPE
Article Number: AO‑1604L‑LPE
Series: PCI Express Low Profile Analog Output Series
Manufacturer: CONTEC CO., LTD.
Model Version: Ver.1.03
The CONTEC AO‑1604L‑LPE is a high‑precision, multifunction analog output interface board designed for PCI Express (PCIe) bus systems. It provides four 16‑bit analog output channels, four digital inputs, four digital outputs, and one 32‑bit counter channel. The board is compliant with the PCI Express Base Specification Rev.1.0a (x1 lane) and supports both Low Profile and standard PCIe slots through interchangeable brackets. It is engineered for applications requiring accurate analog signal generation, digital control, and event counting in compact industrial or laboratory systems.
2. Key Features
- High‑Precision Analog Output:
Four non‑isolated 16‑bit analog output channels with bipolar ±10 V range and maximum output current of ±3 mA.
- High‑Speed Conversion:
100 kS/s (10 µs per conversion) per channel, suitable for waveform generation and control applications.
- Integrated Digital I/O:
Four TTL‑level digital inputs and four TTL‑level digital outputs (positive logic, non‑isolated).
- Built‑in Counter Function:
One 32‑bit up‑counter channel with maximum response frequency of 10 MHz, supporting gate and up‑clock inputs and a count‑match output.
- Buffer Memory:
1 k‑word buffer memory for analog output, supporting FIFO or ring operation modes for continuous or cyclic waveform generation.
- Software‑Based Calibration:
Full software calibration for analog outputs, allowing adjustment and storage of calibration data according to the operating environment.
- Trigger and Clock Synchronization:
Supports software, external trigger, and external clock synchronization for precise timing control.
- Digital Filtering:
1 µs digital filter (software‑selectable) on digital inputs, counter inputs, and external control signals to suppress noise and chattering.
- Cross‑Platform Driver Support:
Includes Windows and Linux driver libraries (API‑PAC(W32), API‑AIO(WDM), API‑AIO(LNX)) with sample programs.
- MATLAB and LabVIEW Integration:
Dedicated plug‑in libraries (ML‑DAQ and VI‑DAQ) available free of charge for seamless integration with MATLAB and National Instruments LabVIEW.
- Compact Low Profile Design:
121.69 mm (L) × 67.90 mm (H), 60 g weight, suitable for space‑constrained systems.
- RoHS and VCCI Compliant:
Environmentally friendly and compliant with Japanese VCCI electromagnetic standards.
3. Technical Specifications
| Category | Specification |
|---------------|------------------|
| Bus Interface | PCI Express Base Specification Rev. 1.0a (x1) |
| Analog Output | |
| Isolation | Non‑isolated |
| Channels | 4 channels |
| Output Range | Bipolar ±10 V |
| Max. Output Current | ±3 mA |
| Output Impedance | ≤ 1 Ω |
| Resolution | 16 bit |
| Non‑Linearity Error | ±5 LSB (approx. 0.1 % FS at 0–50 °C) |
| Conversion Speed | 10 µs (100 kS/s) |
| Buffer Memory | 1 k word |
| Start Trigger | Software / External trigger |
| Stop Trigger | Sampling count / External / Software |
| External Clock | LVTTL level, rising/falling edge selectable |
| External Start/Stop Signals | LVTTL level, rising/falling edge selectable, 1 µs digital filter |
| Digital I/O | |
| Input Channels | 4 ch, TTL level, positive logic, non‑isolated |
| Output Channels | 4 ch, TTL level, positive logic, non‑isolated |
| Output Drive | I_OL = 8 mA |
| Counter | |
| Channels | 1 ch |
| Type | 32‑bit up‑counter |
| Max. Count | FFFFFFFFh (4,294,967,295) |
| External Inputs | 2 LVTTL (Gate High level / Up rising edge) |
| External Output | 1 LVTTL Count‑match output (positive logic pulse) |
| Max. Response Frequency | 10 MHz |
| Common Section | |
| I/O Address | 64 ports |
| Interrupt | One INTA line |
| Connector | 50‑pin mini‑ribbon (3M 10250‑52A2JL or equivalent) |
| Power Consumption | 3.3 V DC 400 mA / 12 V DC 250 mA |
| Operating Temperature | 0 – 50 °C |
| Operating Humidity | 10 – 90 % RH (non‑condensing) |
| Dimensions | 121.69 mm (L) × 67.90 mm (H) |
| Weight | 60 g |
| Certifications | RoHS, VCCI |
4. Functionality
The AO‑1604L‑LPE functions as a multifunction PCIe data acquisition and control board. It generates precise analog voltages, handles digital I/O, and performs high‑speed counting.
- Analog Output Operation:
Digital data written to the board is converted to analog voltage via 16‑bit DACs. Output can be continuous (FIFO mode) or cyclic (ring mode). Synchronization with internal or external clocks allows deterministic waveform generation.
- Digital I/O:
Four TTL inputs and four TTL outputs enable control and monitoring of external devices such as relays, sensors, or logic circuits.
- Counter Function:
The 32‑bit counter counts external pulses up to 10 MHz, supporting gate control and compare‑match output for event timing or frequency measurement.
- Trigger and Clock Control:
External LVTTL‑level signals can start, stop, or clock analog output operations. Rising or falling edge detection is selectable via software.
- Software Calibration:
Calibration data is stored in non‑volatile memory, allowing field recalibration without hardware adjustment.
- Use Cases:
- Analog waveform generation for test and measurement systems
- Control signal output for actuators or instrumentation
- Data acquisition synchronization with external events
- Counter‑based event measurement or frequency counting
- Integration with MATLAB/LabVIEW for automated testing
5. Components & Accessories
Included Items:
- AO‑1604L‑LPE board (1 pc)
- Low Profile bracket (pre‑installed)
- Standard size bracket (1 pc)
- Driver/software disk [API‑PAC(W32)] (1 pc)
- First Step Guide (1 pc)
- Warranty Certificate (1 pc)
- Serial Number Label (1 pc)
Optional Cables:
- Shielded cable with two 50‑pin mini‑ribbon connectors:
PCB50PS‑0.5P (0.5 m), PCB50PS‑1.5P (1.5 m)
- Shielded cable with one 50‑pin mini‑ribbon connector:
PCA50PS‑0.5P (0.5 m), PCA50PS‑1.5P (1.5 m)
Optional Accessories:
- Screw Terminal Unit (50 points, M3): EPD‑50A
- BNC Connector Screw Terminal Unit: ATP‑8L (analog I/O up to 8 ch input / 2 ch output)
*(Cables required separately.)*
Connector Details:
- Interface Connector (CN1): 50‑pin mini‑ribbon 3M 10250‑52A2JL
- Compatible Connector: 3M 10150‑6000EL
Pin Assignments (CN1):
- Analog Output 00–03 → Analog output signals (ch 0–3)
- Analog Ground → Common analog reference
- AO External Start/Stop/Clock Inputs → LVTTL control signals
- Digital Input 00–03 → TTL inputs
- Digital Output 00–03 → TTL outputs
- Counter Gate/Up/Output → Counter I/O signals
- Digital Ground → Common ground for digital and control signals
- Reserved / N.C. → Leave unconnected
6. Installation & Setup
Hardware Installation:
1. Power off the PC and remove the cover.
2. Insert the AO‑1604L‑LPE into an available PCIe x1 slot.
3. Secure the bracket (Low Profile or standard).
4. Reassemble the PC and power on.
Software Installation:
- Install the driver library API‑PAC(W32) before inserting the board.
- Windows: Use API‑AIO(WDM) driver; Linux: use API‑AIO(LNX).
- After installation, configure the device name in Device Manager.
- Diagnostic utilities verify correct operation.
Configuration:
- Product ID (SW1 rotary switch): 0–Fh for up to 16 boards in one system.
- External connections via CN1 using shielded cables.
- Separate analog and digital grounds to minimize noise.
Software Tools:
- API‑AIO(WDM) (Windows DLL library)
- API‑AIO(LNX) (Linux shared library and kernel module)
- C‑LOGGER (data logger software for analog input boards)
- ML‑DAQ (MATLAB Data Acquisition library)
- VI‑DAQ (LabVIEW VI library)
7. Performance & Capabilities
- Analog Output Speed: 100 kS/s per channel (10 µs conversion time)
- Resolution: 16 bits (65,536 steps over ±10 V range)
- Accuracy: ±0.1 % FS typical (non‑linearity ±5 LSB)
- Output Impedance: ≤ 1 Ω
- Output Current Limit: ±3 mA (max.)
- Counter Frequency Response: 10 MHz (max.)
- Digital I/O Response: LVTTL compatible, 8 mA sink capability
- Buffer Modes: FIFO (for continuous streaming) and Ring (for cyclic waveforms)
- Trigger Latency: 100 ns typical for external signals
- Settling Time: 10 µs (max.)
- Environmental Limits: 0–50 °C operation, 10–90 % RH non‑condensing
Limitations:
- Non‑isolated I/O — analog and digital grounds must be managed carefully.
- Output current limited to ±3 mA; not suitable for direct driving of low‑impedance loads.
- External signals must be LVTTL level to avoid damage.
8. Standards & Compliance
- Bus Standard: PCI Express Base Specification Rev. 1.0a (x1 lane)
- Environmental: RoHS Directive compliant
- EMC: VCCI (Class A) compliant
- Operating Conditions: 0–50 °C, 10–90 % RH (non‑condensing)
- Safety Guidelines: Follow CONTEC handling precautions to avoid ESD damage.
- Calibration Standards: Factory calibrated to traceable standards; software recalibration supported.
9. Additional Information
Warranty:
Limited three‑year warranty covering defects in materials and workmanship. Excludes damage from misuse, modification, or improper installation.
Support & Service:
- Technical support and driver updates available at [https://www.contec.com](https://www.contec.com).
- Return Merchandise Authorization (RMA) required for repairs or replacement.
Maintenance:
- Periodically inspect for dust and secure connections.
- Avoid exposure to corrosive gases or excessive vibration.
- Store in original packaging at room temperature when not in use.
Calibration Procedure:
- Use a precision digital multimeter (≥ 5 digits) for output calibration.
- Calibration software accessible via device property page in Windows.
- Factory settings can be restored if required.
Software Utilities and Examples:
- Diagnostic program for testing analog output, digital I/O, and counter functions.
- Sample programs in C/C++, Visual Basic, and gcc for Windows and Linux.
- Utility tools for measuring function execution speed and verifying conversion performance.
Safety Precautions:
- Do not connect outputs to ground or each other.
- Maintain separate analog and digital grounds to reduce noise.
- Use shielded cables for long connections or noisy environments.
- Ensure adequate PC power supply capacity (3.3 V 400 mA, 12 V 250 mA).
Summary
The CONTEC AO‑1604L‑LPE is a compact, high‑precision PCI Express analog output board offering four 16‑bit channels, 4 digital inputs, 4 digital outputs, and a 32‑bit counter. It delivers 100 kS/s conversion speed, ±10 V bipolar range, and software‑controlled triggering and calibration. With comprehensive driver support for Windows and Linux and integration libraries for MATLAB and LabVIEW, it is ideal for scientific instrumentation, automated testing, and industrial control applications requiring precise analog signal generation and digital synchronization in a low‑profile PCIe form factor.
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