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- IEEE‑488.1 / IEEE‑488.2 Compliance: Fully conforms to international GPIB standards, ensuring interoperability with a wide range of test and measurement instruments.
- High‑Speed Data Transfer: Supports up to 300 KB/s in DMA mode (channels 1–3), enabling efficient data throughput for demanding applications.
- DMA and Interrupt Support: Three selectable DMA channels (CH1–CH3) and one interrupt request line (IRQ2–7) provide flexible system integration.
- Dedicated GPIB Controller: Incorporates the NEC µPD7210 GPIB controller chip (or CONTEC FPGA equivalent), ensuring stable and long‑term availability.
- Bus Master Transfer (on newer models): Allows high‑speed bulk data transfer between the PC and instruments without CPU overhead.
- FIFO Buffering: Onboard FIFO memory for both transmission and reception enhances throughput and reduces latency.
- GPIB Bus Analyzer Function: Enables monitoring and analysis of GPIB bus signals for debugging and system verification.
- High‑Precision Timer: Built‑in timer supports accurate timing control and event measurement under Windows environments.
- Comprehensive Software Support: Includes license‑free API‑TOOL drivers for Windows and Linux, plus dedicated support for MATLAB and LabVIEW.
- Diagnostic and Line Monitoring Tools: Built‑in diagnostic program for hardware and communication testing; line monitoring for IFC, ATN, SRQ, REN, EOI, DAV, NRFD, and NDAC signals.
- Long‑Term Reliability: Designed for industrial environments with robust electrical characteristics and long‑term component availability.
- High‑Speed Data Transfer: Supports up to 300 KB/s in DMA mode (channels 1–3), enabling efficient data throughput for demanding applications.
- DMA and Interrupt Support: Three selectable DMA channels (CH1–CH3) and one interrupt request line (IRQ2–7) provide flexible system integration.
- Dedicated GPIB Controller: Incorporates the NEC µPD7210 GPIB controller chip (or CONTEC FPGA equivalent), ensuring stable and long‑term availability.
- Bus Master Transfer (on newer models): Allows high‑speed bulk data transfer between the PC and instruments without CPU overhead.
- FIFO Buffering: Onboard FIFO memory for both transmission and reception enhances throughput and reduces latency.
- GPIB Bus Analyzer Function: Enables monitoring and analysis of GPIB bus signals for debugging and system verification.
- High‑Precision Timer: Built‑in timer supports accurate timing control and event measurement under Windows environments.
- Comprehensive Software Support: Includes license‑free API‑TOOL drivers for Windows and Linux, plus dedicated support for MATLAB and LabVIEW.
- Diagnostic and Line Monitoring Tools: Built‑in diagnostic program for hardware and communication testing; line monitoring for IFC, ATN, SRQ, REN, EOI, DAV, NRFD, and NDAC signals.
- Long‑Term Reliability: Designed for industrial environments with robust electrical characteristics and long‑term component availability.
Comprehensive Product Summary – CONTEC GP‑IB(PC) IEEE‑488 Interface Card
### 1. Product Overview
Product Name: GP‑IB(PC)
Model: GP‑IB(PC)
Series: IEEE‑488 (GPIB) Interface Card
Article Number: GP‑IB(PC)
Manufacturer: CONTEC Co., Ltd.
Product Category: Industrial Automation / Measurement and Control Communication Interface
Product Type: ISA‑bus GPIB (IEEE‑488.1 / IEEE‑488.2) Interface Card
The CONTEC GP‑IB(PC) is a high‑performance IEEE‑488 (GPIB) interface card designed for PC‑based control and measurement systems. It provides a reliable and efficient communication link between a host computer and GPIB‑compliant instruments such as oscilloscopes, signal generators, multimeters, and other laboratory or production test equipment. The board supports IEEE‑488.1 and IEEE‑488.2 standards and is compatible with a wide range of operating systems and development environments.
### 2. Key Features
- IEEE‑488.1 / IEEE‑488.2 Compliance: Fully conforms to international GPIB standards, ensuring interoperability with a wide range of test and measurement instruments.
- High‑Speed Data Transfer: Supports up to 300 KB/s in DMA mode (channels 1–3), enabling efficient data throughput for demanding applications.
- DMA and Interrupt Support: Three selectable DMA channels (CH1–CH3) and one interrupt request line (IRQ2–7) provide flexible system integration.
- Dedicated GPIB Controller: Incorporates the NEC µPD7210 GPIB controller chip (or CONTEC FPGA equivalent), ensuring stable and long‑term availability.
- Bus Master Transfer (on newer models): Allows high‑speed bulk data transfer between the PC and instruments without CPU overhead.
- FIFO Buffering: Onboard FIFO memory for both transmission and reception enhances throughput and reduces latency.
- GPIB Bus Analyzer Function: Enables monitoring and analysis of GPIB bus signals for debugging and system verification.
- High‑Precision Timer: Built‑in timer supports accurate timing control and event measurement under Windows environments.
- Comprehensive Software Support: Includes license‑free API‑TOOL drivers for Windows and Linux, plus dedicated support for MATLAB and LabVIEW.
- Diagnostic and Line Monitoring Tools: Built‑in diagnostic program for hardware and communication testing; line monitoring for IFC, ATN, SRQ, REN, EOI, DAV, NRFD, and NDAC signals.
- Long‑Term Reliability: Designed for industrial environments with robust electrical characteristics and long‑term component availability.
### 3. Technical Specifications
| Parameter | Specification |
|----------------|------------------|
| Interface Standard | IEEE‑488.1 / IEEE‑488.2 (GPIB) |
| Bus Type | ISA (AT Bus) |
| Controller Chip | NEC µPD7210 or CONTEC FPGA (µPD7210C compatible) |
| DMA Channels | CH1–CH3 (software selectable) |
| Interrupts | IRQ2–7 (software selectable) |
| I/O Address | Any 32‑byte boundary |
| Transfer Speed | Up to 300 KB/s (DMA mode) |
| Data Lines | 8 parallel data lines (DIO1–DIO8) |
| Handshake Lines | 3 (DAV, NRFD, NDAC) |
| Signal Logic | Negative logic: Low ≤ 0.8 V, High ≥ 2.0 V |
| Number of Channels | 1 |
| Maximum Cable Length | 20 m total, 4 m maximum between devices |
| Maximum Devices | 15 devices per bus |
| Power Consumption | 5 V DC ± 5%, 350 mA (typical) |
| Connector Type | 24‑pin ribbon connector (AMP 555139‑2 or equivalent) |
| Board Dimensions | 163.0 mm (L) × 107.0 mm (H) |
| Weight | Approx. 190 g |
| Operating Environment | 0 – 50 °C, 10 – 90 % RH (non‑condensing) |
| Compliance | CE Marking, RoHS (lead‑free) |
### 4. Functionality
The GP‑IB(PC) card functions as a GPIB controller or device interface, enabling a PC to communicate with instruments over the IEEE‑488 bus. It supports both controller‑in‑charge and talker/listener modes, allowing the host system to send commands, receive data, and coordinate multiple instruments.
Operation Principle:
- The µPD7210 GPIB controller manages the low‑level IEEE‑488 protocol, including handshaking, addressing, and bus arbitration.
- Data transfer can occur via programmed I/O, interrupt‑driven I/O, or DMA for maximum throughput.
- The card’s onboard FIFO buffers and DMA engine minimize CPU load and latency.
- The driver software exposes a high‑level API compatible with Win32 and Linux shared libraries, simplifying integration into custom applications.
Typical Use Cases:
- Automated test equipment (ATE) systems in manufacturing lines.
- Laboratory data acquisition and instrument control.
- Calibration and verification systems.
- Research and development measurement setups.
- Integration with MATLAB or LabVIEW for scientific data processing.
Compatibility:
- Compatible with all IEEE‑488.1/488.2 compliant instruments.
- Supported on Windows and Linux platforms.
- Works with CONTEC’s API‑TOOL, API‑PAC(W32), and VI‑DAQ libraries.
### 5. Components & Accessories
Included Items:
- GP‑IB(PC) interface card (ISA bus)
- Software driver package (API‑PAC(W32) or API‑TOOL)
- Documentation and installation guide
Optional Accessories:
- GPIB Cables:
- *PCN‑T02* (2 m, double‑shielded)
- *PCN‑T04* (4 m, double‑shielded)
High‑reliability cables with low electrical resistance and noise immunity.
- Connector Adapter:
- *CN‑GP/C* – GPIB connector adapter for high‑noise environments or tight installation spaces.
- Diagnostic Software:
- Hardware and communication test utilities for verifying board operation and bus integrity.
Connectors:
- 24‑pin ribbon connector (AMP 555139‑2 or equivalent)
- Compatible with standard IEEE‑488 cables and adapters.
### 6. Installation & Setup
System Requirements:
- PC with available ISA (AT) expansion slot.
- +5 V DC power supplied from the bus.
- Supported operating systems: Windows (API‑PAC(W32)), Linux (API‑TOOL).
Installation Steps:
1. Power off the PC and insert the GP‑IB(PC) card into an available ISA slot.
2. Secure the card using the mounting screw.
3. Connect the GPIB cable to the 24‑pin connector.
4. Install the driver software from the provided package or CONTEC website.
5. Configure I/O address, DMA channel, and IRQ using software or jumpers.
6. Verify operation using the included diagnostic utility.
Mounting Options:
- Standard ISA slot mounting.
- Compatible with industrial PC chassis and backplanes.
Configuration:
- Software‑selectable DMA and IRQ settings.
- Address configuration via utility or DIP switch.
- Supports multiple GPIB devices on a single bus (up to 15).
### 7. Performance & Capabilities
- Data Transfer Rate: Up to 300 KB/s in DMA mode; 400 KB/s maximum in later revisions.
- Bus Mastering: Offloads data transfer from CPU, improving system efficiency.
- FIFO Buffering: Reduces latency and supports continuous data streaming.
- Analyzer Function: Captures and monitors GPIB bus activity for debugging and validation.
- Timer Precision: Built‑in high‑precision timer for accurate event timing and synchronization.
- Bus Monitoring: Reads control line states (IFC, ATN, SRQ, REN, EOI, DAV, NRFD, NDAC) and data lines (DIO1–DIO8).
- Reliability: Industrial‑grade design ensures stable operation in continuous‑use environments.
- Limitations:
- Requires ISA slot (not suitable for modern PCI/PCIe systems).
- Maximum cable length limited to 20 m total per IEEE‑488 standard.
- Up to 15 devices per bus segment.
### 8. Standards & Compliance
- IEEE‑488.1 / IEEE‑488.2: Fully compliant with both electrical and protocol layers.
- CE Marking: Meets European safety and EMC requirements.
- RoHS / Pb‑Free: Manufactured using lead‑free processes.
- Electrical Safety: Designed for industrial environments with noise‑resistant signal levels.
- Software Standards:
- Windows API‑TOOL (Win32 DLL interface)
- Linux API‑TOOL (shared library and module driver)
- MATLAB API‑GPLV(W32) support
- LabVIEW VI‑DAQ compatibility
Industry Standards Supported:
- IEEE‑488 (GPIB) for instrumentation communication.
- ISA (AT Bus) for PC hardware interface.
- Compatible with National Instruments and other GPIB ecosystems.
### 9. Additional Information
Warranty & Support:
- Standard CONTEC limited warranty (typically one year; extended service available).
- Technical support via CONTEC’s global portal (www.contec.com).
- Firmware and driver updates available online.
Maintenance:
- Periodic inspection of connectors and cables recommended.
- Keep card and connectors free from dust and static discharge.
- Use shielded cables in electrically noisy environments.
Software Updates:
- API‑TOOL and API‑PAC(W32) drivers updated regularly for OS compatibility.
- MATLAB and LabVIEW integration libraries downloadable at no cost.
Long‑Term Availability:
- CONTEC guarantees long‑term supply and support for industrial customers.
- Replacement and upgrade paths available (e.g., PCI, PCIe, USB, or CompactPCI GPIB models).
Related Products in the GPIB Family:
- GP‑IB(PCI)F / FL: PCI bus, 1.5 MB/s, bus master transfer, analyzer function.
- GP‑IB(LPCI)F / FL: Low‑profile PCI, 1.5 MB/s, compact form factor.
- GP‑IB(CB)F / FL: CardBus PC card, 1.5 MB/s, portable systems.
- GP‑IB(CPCI)F: CompactPCI, 1.5 MB/s, 3U × 4HP format.
- GP‑IB(USB)FL: USB 2.0 interface, 1.5 MB/s, portable and bus‑powered.
- RP‑GPIB(FIT)GY: GPIB‑to‑Ethernet media converter for remote control.
Environmental & Physical Characteristics:
- Operating temperature: 0 – 50 °C
- Storage temperature: −20 – 60 °C
- Humidity: 10 – 90 % RH (non‑condensing)
- Vibration resistance: Designed for industrial PC environments
Support Resources:
- API‑TOOL for Windows: License‑free driver and DLL interface for Win32 applications.
- API‑TOOL for Linux: Open‑source compatible driver and shared library.
- API‑GPLV(W32): MATLAB interface for CONTEC GPIB boards.
- VI‑DAQ Library: LabVIEW VI set for direct integration with CONTEC GPIB devices.
- Diagnostic Utilities: Hardware test and communication verification tools.
### Summary
The CONTEC GP‑IB(PC) is a robust, industrial‑grade IEEE‑488 (GPIB) interface card for ISA‑bus computers, offering reliable and high‑speed communication with laboratory and production instruments. With support for DMA transfers up to 300 KB/s, flexible interrupt and address configuration, and comprehensive software support across Windows, Linux, MATLAB, and LabVIEW, it provides a complete solution for automated measurement and control systems. Its adherence to IEEE‑488.1/488.2 standards ensures full compatibility with existing instrumentation, while CONTEC’s long‑term product support and accessory ecosystem make it a dependable choice for industrial and research applications requiring stable, high‑performance GPIB connectivity.
Manufacturer Contact:
CONTEC Co., Ltd.
Global Portal: [www.contec.com](https://www.contec.com)
Category: Industrial Automation Products – Measurement and Control Communication Interfaces
*(Approx. 3,000 tokens / 12,000 characters)*
### 1. Product Overview
Product Name: GP‑IB(PC)
Model: GP‑IB(PC)
Series: IEEE‑488 (GPIB) Interface Card
Article Number: GP‑IB(PC)
Manufacturer: CONTEC Co., Ltd.
Product Category: Industrial Automation / Measurement and Control Communication Interface
Product Type: ISA‑bus GPIB (IEEE‑488.1 / IEEE‑488.2) Interface Card
The CONTEC GP‑IB(PC) is a high‑performance IEEE‑488 (GPIB) interface card designed for PC‑based control and measurement systems. It provides a reliable and efficient communication link between a host computer and GPIB‑compliant instruments such as oscilloscopes, signal generators, multimeters, and other laboratory or production test equipment. The board supports IEEE‑488.1 and IEEE‑488.2 standards and is compatible with a wide range of operating systems and development environments.
### 2. Key Features
- IEEE‑488.1 / IEEE‑488.2 Compliance: Fully conforms to international GPIB standards, ensuring interoperability with a wide range of test and measurement instruments.
- High‑Speed Data Transfer: Supports up to 300 KB/s in DMA mode (channels 1–3), enabling efficient data throughput for demanding applications.
- DMA and Interrupt Support: Three selectable DMA channels (CH1–CH3) and one interrupt request line (IRQ2–7) provide flexible system integration.
- Dedicated GPIB Controller: Incorporates the NEC µPD7210 GPIB controller chip (or CONTEC FPGA equivalent), ensuring stable and long‑term availability.
- Bus Master Transfer (on newer models): Allows high‑speed bulk data transfer between the PC and instruments without CPU overhead.
- FIFO Buffering: Onboard FIFO memory for both transmission and reception enhances throughput and reduces latency.
- GPIB Bus Analyzer Function: Enables monitoring and analysis of GPIB bus signals for debugging and system verification.
- High‑Precision Timer: Built‑in timer supports accurate timing control and event measurement under Windows environments.
- Comprehensive Software Support: Includes license‑free API‑TOOL drivers for Windows and Linux, plus dedicated support for MATLAB and LabVIEW.
- Diagnostic and Line Monitoring Tools: Built‑in diagnostic program for hardware and communication testing; line monitoring for IFC, ATN, SRQ, REN, EOI, DAV, NRFD, and NDAC signals.
- Long‑Term Reliability: Designed for industrial environments with robust electrical characteristics and long‑term component availability.
### 3. Technical Specifications
| Parameter | Specification |
|----------------|------------------|
| Interface Standard | IEEE‑488.1 / IEEE‑488.2 (GPIB) |
| Bus Type | ISA (AT Bus) |
| Controller Chip | NEC µPD7210 or CONTEC FPGA (µPD7210C compatible) |
| DMA Channels | CH1–CH3 (software selectable) |
| Interrupts | IRQ2–7 (software selectable) |
| I/O Address | Any 32‑byte boundary |
| Transfer Speed | Up to 300 KB/s (DMA mode) |
| Data Lines | 8 parallel data lines (DIO1–DIO8) |
| Handshake Lines | 3 (DAV, NRFD, NDAC) |
| Signal Logic | Negative logic: Low ≤ 0.8 V, High ≥ 2.0 V |
| Number of Channels | 1 |
| Maximum Cable Length | 20 m total, 4 m maximum between devices |
| Maximum Devices | 15 devices per bus |
| Power Consumption | 5 V DC ± 5%, 350 mA (typical) |
| Connector Type | 24‑pin ribbon connector (AMP 555139‑2 or equivalent) |
| Board Dimensions | 163.0 mm (L) × 107.0 mm (H) |
| Weight | Approx. 190 g |
| Operating Environment | 0 – 50 °C, 10 – 90 % RH (non‑condensing) |
| Compliance | CE Marking, RoHS (lead‑free) |
### 4. Functionality
The GP‑IB(PC) card functions as a GPIB controller or device interface, enabling a PC to communicate with instruments over the IEEE‑488 bus. It supports both controller‑in‑charge and talker/listener modes, allowing the host system to send commands, receive data, and coordinate multiple instruments.
Operation Principle:
- The µPD7210 GPIB controller manages the low‑level IEEE‑488 protocol, including handshaking, addressing, and bus arbitration.
- Data transfer can occur via programmed I/O, interrupt‑driven I/O, or DMA for maximum throughput.
- The card’s onboard FIFO buffers and DMA engine minimize CPU load and latency.
- The driver software exposes a high‑level API compatible with Win32 and Linux shared libraries, simplifying integration into custom applications.
Typical Use Cases:
- Automated test equipment (ATE) systems in manufacturing lines.
- Laboratory data acquisition and instrument control.
- Calibration and verification systems.
- Research and development measurement setups.
- Integration with MATLAB or LabVIEW for scientific data processing.
Compatibility:
- Compatible with all IEEE‑488.1/488.2 compliant instruments.
- Supported on Windows and Linux platforms.
- Works with CONTEC’s API‑TOOL, API‑PAC(W32), and VI‑DAQ libraries.
### 5. Components & Accessories
Included Items:
- GP‑IB(PC) interface card (ISA bus)
- Software driver package (API‑PAC(W32) or API‑TOOL)
- Documentation and installation guide
Optional Accessories:
- GPIB Cables:
- *PCN‑T02* (2 m, double‑shielded)
- *PCN‑T04* (4 m, double‑shielded)
High‑reliability cables with low electrical resistance and noise immunity.
- Connector Adapter:
- *CN‑GP/C* – GPIB connector adapter for high‑noise environments or tight installation spaces.
- Diagnostic Software:
- Hardware and communication test utilities for verifying board operation and bus integrity.
Connectors:
- 24‑pin ribbon connector (AMP 555139‑2 or equivalent)
- Compatible with standard IEEE‑488 cables and adapters.
### 6. Installation & Setup
System Requirements:
- PC with available ISA (AT) expansion slot.
- +5 V DC power supplied from the bus.
- Supported operating systems: Windows (API‑PAC(W32)), Linux (API‑TOOL).
Installation Steps:
1. Power off the PC and insert the GP‑IB(PC) card into an available ISA slot.
2. Secure the card using the mounting screw.
3. Connect the GPIB cable to the 24‑pin connector.
4. Install the driver software from the provided package or CONTEC website.
5. Configure I/O address, DMA channel, and IRQ using software or jumpers.
6. Verify operation using the included diagnostic utility.
Mounting Options:
- Standard ISA slot mounting.
- Compatible with industrial PC chassis and backplanes.
Configuration:
- Software‑selectable DMA and IRQ settings.
- Address configuration via utility or DIP switch.
- Supports multiple GPIB devices on a single bus (up to 15).
### 7. Performance & Capabilities
- Data Transfer Rate: Up to 300 KB/s in DMA mode; 400 KB/s maximum in later revisions.
- Bus Mastering: Offloads data transfer from CPU, improving system efficiency.
- FIFO Buffering: Reduces latency and supports continuous data streaming.
- Analyzer Function: Captures and monitors GPIB bus activity for debugging and validation.
- Timer Precision: Built‑in high‑precision timer for accurate event timing and synchronization.
- Bus Monitoring: Reads control line states (IFC, ATN, SRQ, REN, EOI, DAV, NRFD, NDAC) and data lines (DIO1–DIO8).
- Reliability: Industrial‑grade design ensures stable operation in continuous‑use environments.
- Limitations:
- Requires ISA slot (not suitable for modern PCI/PCIe systems).
- Maximum cable length limited to 20 m total per IEEE‑488 standard.
- Up to 15 devices per bus segment.
### 8. Standards & Compliance
- IEEE‑488.1 / IEEE‑488.2: Fully compliant with both electrical and protocol layers.
- CE Marking: Meets European safety and EMC requirements.
- RoHS / Pb‑Free: Manufactured using lead‑free processes.
- Electrical Safety: Designed for industrial environments with noise‑resistant signal levels.
- Software Standards:
- Windows API‑TOOL (Win32 DLL interface)
- Linux API‑TOOL (shared library and module driver)
- MATLAB API‑GPLV(W32) support
- LabVIEW VI‑DAQ compatibility
Industry Standards Supported:
- IEEE‑488 (GPIB) for instrumentation communication.
- ISA (AT Bus) for PC hardware interface.
- Compatible with National Instruments and other GPIB ecosystems.
### 9. Additional Information
Warranty & Support:
- Standard CONTEC limited warranty (typically one year; extended service available).
- Technical support via CONTEC’s global portal (www.contec.com).
- Firmware and driver updates available online.
Maintenance:
- Periodic inspection of connectors and cables recommended.
- Keep card and connectors free from dust and static discharge.
- Use shielded cables in electrically noisy environments.
Software Updates:
- API‑TOOL and API‑PAC(W32) drivers updated regularly for OS compatibility.
- MATLAB and LabVIEW integration libraries downloadable at no cost.
Long‑Term Availability:
- CONTEC guarantees long‑term supply and support for industrial customers.
- Replacement and upgrade paths available (e.g., PCI, PCIe, USB, or CompactPCI GPIB models).
Related Products in the GPIB Family:
- GP‑IB(PCI)F / FL: PCI bus, 1.5 MB/s, bus master transfer, analyzer function.
- GP‑IB(LPCI)F / FL: Low‑profile PCI, 1.5 MB/s, compact form factor.
- GP‑IB(CB)F / FL: CardBus PC card, 1.5 MB/s, portable systems.
- GP‑IB(CPCI)F: CompactPCI, 1.5 MB/s, 3U × 4HP format.
- GP‑IB(USB)FL: USB 2.0 interface, 1.5 MB/s, portable and bus‑powered.
- RP‑GPIB(FIT)GY: GPIB‑to‑Ethernet media converter for remote control.
Environmental & Physical Characteristics:
- Operating temperature: 0 – 50 °C
- Storage temperature: −20 – 60 °C
- Humidity: 10 – 90 % RH (non‑condensing)
- Vibration resistance: Designed for industrial PC environments
Support Resources:
- API‑TOOL for Windows: License‑free driver and DLL interface for Win32 applications.
- API‑TOOL for Linux: Open‑source compatible driver and shared library.
- API‑GPLV(W32): MATLAB interface for CONTEC GPIB boards.
- VI‑DAQ Library: LabVIEW VI set for direct integration with CONTEC GPIB devices.
- Diagnostic Utilities: Hardware test and communication verification tools.
### Summary
The CONTEC GP‑IB(PC) is a robust, industrial‑grade IEEE‑488 (GPIB) interface card for ISA‑bus computers, offering reliable and high‑speed communication with laboratory and production instruments. With support for DMA transfers up to 300 KB/s, flexible interrupt and address configuration, and comprehensive software support across Windows, Linux, MATLAB, and LabVIEW, it provides a complete solution for automated measurement and control systems. Its adherence to IEEE‑488.1/488.2 standards ensures full compatibility with existing instrumentation, while CONTEC’s long‑term product support and accessory ecosystem make it a dependable choice for industrial and research applications requiring stable, high‑performance GPIB connectivity.
Manufacturer Contact:
CONTEC Co., Ltd.
Global Portal: [www.contec.com](https://www.contec.com)
Category: Industrial Automation Products – Measurement and Control Communication Interfaces
*(Approx. 3,000 tokens / 12,000 characters)*
-
M_gpib.pdf
PDF Catalog
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