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PC Add-On Cards

PC-Erweiterungskarten erweitern industrielle Systeme gezielt um zusätzliche Schnittstellen, Messfunktionen oder Kommunikationsprotokolle. So lassen sich Maschinen, Prüfstände und Automationslösungen flexibel an individuelle Anforderungen anpassen.

Unterkategorien

3.1 - (A/D Cards) Messdatenerfassungskarten zur Digitalisierung analoger Signale in industriellen Prüf- und Automatisierungssystemen.
3.1.1 - (A/D Cards General Purpose) A/D-Karten für universelle Messaufgaben in Prüfständen, Labor- und Automatisierungsanwendungen.
3.1.1.1 - (A/D General Purpose PCIe) PCI-Express-A/D-Karten für die universelle Erfassung und Digitalisierung analoger Messsignale.
3.1.1.2 - (A/D General Purpose PCI) PCI-A/D-Karten für die universelle Erfassung und Digitalisierung analoger Messsignale.
3.1.1.3 - (A/D General Purpose ISA) ISA-A/D-Karten für die universelle Erfassung und Digitalisierung analoger Messsignale.
3.1.2 - (A/D Cards Intelligent) Intelligente A/D-Karten für anspruchsvolle Mess-, Überwachungs- und Steuerungsaufgaben.
3.1.2.1 - (A/D Intelligent PCIe) Intelligente PCI-Express-A/D-Karten für anspruchsvolle Mess- und Steuerungsaufgaben.
3.1.2.2 - (A/D Intelligent PCI) Intelligente PCI-A/D-Karten für anspruchsvolle Mess- und Steuerungsaufgaben.
3.1.2.3 - (A/D Intelligent PXI/PXIe/cPCI) Intelligente PXI-, PXI-Express- und CompactPCI-A/D-Karten für anspruchsvolle Mess- und Steuerungsaufgaben.
3.1.3 - (A/D Cards High Resolution) Hochauflösende A/D-Karten für präzise Messungen mit hohen Anforderungen an Genauigkeit und Dynamik.
3.1.3.1 - (A/D High Resolution PCIe) Hochauflösende PCI-Express-A/D-Karten für präzise Messungen mit hoher Genauigkeit und Dynamik.
3.1.3.2 - (A/D High Resolution PCI) Hochauflösende PCI-A/D-Karten für präzise Messungen mit hoher Genauigkeit und Dynamik.
3.1.3.3 - (A/D High Resolution PXI) Hochauflösende PXI-A/D-Karten für präzise Messungen mit hoher Genauigkeit und Dynamik.
3.1.3.4 - (A/D High Resolution ISA) Hochauflösende ISA-A/D-Karten für präzise Messungen mit hoher Genauigkeit und Dynamik.
3.1.4 - (A/D Cards High Speed) Schnelle A/D-Karten und Digitizer zur Erfassung dynamischer und transienter Signale.
3.1.4.1 - (A/D High Speed PCIe) Schnelle PCI-Express-A/D-Karten und Digitizer zur Erfassung dynamischer und transienter Signale.
3.1.4.2 - (A/D High Speed PCI) Schnelle PCI-A/D-Karten und Digitizer zur Erfassung dynamischer und transienter Signale.
3.1.4.3 - (A/D High Speed PXI/PXIe) Schnelle PXI- und PXI-Express-A/D-Karten und Digitizer zur Erfassung dynamischer und transienter Signale.
3.1.4.4 - (A/D High Speed ISA) Schnelle ISA-A/D-Karten und Digitizer zur Erfassung dynamischer und transienter Signale.
3.1.5 - (A/D Cards Isolated) Galvanisch getrennte A/D-Karten für störsichere Messungen in industriellen Umgebungen.
3.1.5.1 - (A/D Isolated PCIe) Galvanisch getrennte PCI-Express-A/D-Karten für störsichere Messungen in industriellen Umgebungen.
3.1.5.2 - (A/D Isolated PCI) Galvanisch getrennte PCI-A/D-Karten für störsichere Messungen in industriellen Umgebungen.
3.1.5.3 - (A/D Isolated ISA) Galvanisch getrennte ISA-A/D-Karten für störsichere Messungen in industriellen Umgebungen.
3.2 - (D/A Cards) Ausgabekarten zur Erzeugung analoger Spannungs- und Stromsignale für industrielle Steuerungs- und Prüfsysteme.
3.2.1 - (D/A Cards General Purpose) D/A-Karten für universelle analoge Ausgabe-, Steuerungs- und Simulationsaufgaben.
3.2.1.1 - (D/A General Purpose PCIe) PCI-Express-D/A-Karten für die präzise Ausgabe analoger Spannungs- und Stromsignale.
3.2.1.2 - (D/A General Purpose PCI) PCI-D/A-Karten für die präzise Ausgabe analoger Spannungs- und Stromsignale.
3.2.1.3 - (D/A General Purpose ISA) ISA-D/A-Karten für die präzise Ausgabe analoger Spannungs- und Stromsignale.
3.2.2 - (D/A Cards Intelligent) Intelligente D/A-Karten für anspruchsvolle analoge Ausgabe- und Regelungsaufgaben.
3.2.2.1 - (D/A Intelligent PCIe) Intelligente PCI-Express-D/A-Karten für anspruchsvolle analoge Ausgabe- und Regelungsaufgaben.
3.2.2.2 - (D/A Intelligent PCI) Intelligente PCI-D/A-Karten für anspruchsvolle analoge Ausgabe- und Regelungsaufgaben.
3.2.2.3 - (D/A Intelligent PXI/cPCI) Intelligente PXI- und CompactPCI-D/A-Karten für anspruchsvolle analoge Ausgabe- und Regelungsaufgaben.
3.2.3 - (D/A Cards Isolated) Galvanisch getrennte D/A-Karten für sichere analoge Signalausgabe in Industrieanlagen.
3.2.3.1 - (D/A Isolated PCIe) Galvanisch getrennte PCI-Express-D/A-Karten für sichere analoge Signalausgabe in Industrieanlagen.
3.2.3.2 - (D/A Isolated PCI) Galvanisch getrennte PCI-D/A-Karten für sichere analoge Signalausgabe in Industrieanlagen.
3.2.3.3 - (D/A Isolated ISA) Galvanisch getrennte ISA-D/A-Karten für sichere analoge Signalausgabe in Industrieanlagen.
3.3 - (DIO Cards) Karten für digitale Ein- und Ausgänge, Relais, Zählerfunktionen und industrielle Bewegungssteuerung.
3.3.1 - (DIO Non-Isolated) Nicht isolierte Digital-I/O-Karten für schnelle TTL- und Logiksignale innerhalb definierter Systemumgebungen.
3.3.1.1 - (DIO Non-Isolated PCIe) Nicht isolierte PCI-Express-Digital-I/O-Karten für schnelle TTL- und Logiksignale.
3.3.1.2 - (DIO Non-Isolated PCI) Nicht isolierte PCI-Digital-I/O-Karten für schnelle TTL- und Logiksignale.
3.3.1.3 - (DIO Non-Isolated PXI/PXIe/cPCI) Nicht isolierte PXI-, PXI-Express- und CompactPCI-Digital-I/O-Karten für schnelle TTL- und Logiksignale.
3.3.1.4 - (DIO Non-Isolated ISA) Nicht isolierte ISA-Digital-I/O-Karten für schnelle TTL- und Logiksignale.
3.3.2 - (DIO Isolated) Galvanisch getrennte Digital-I/O-Karten zur sicheren Anbindung industrieller Sensoren und Aktoren.
3.3.2.1 - (DIO Isolated PCIe) Galvanisch getrennte PCI-Express-Digital-I/O-Karten zur sicheren Anbindung von Sensoren und Aktoren.
3.3.2.2 - (DIO Isolated PCI) Galvanisch getrennte PCI-Digital-I/O-Karten zur sicheren Anbindung von Sensoren und Aktoren.
3.3.2.3 - (DIO Isolated PXI/PXIe/cPCI) Galvanisch getrennte PXI-, PXI-Express- und CompactPCI-Digital-I/O-Karten zur sicheren Anbindung von Sensoren und Aktoren.
3.3.2.4 - (DIO Isolated ISA) Galvanisch getrennte ISA-Digital-I/O-Karten zur sicheren Anbindung von Sensoren und Aktoren.
3.3.3 - (Counter/Timer) Zähler- und Timerkarten zur präzisen Erfassung, Ausgabe und Verarbeitung zeitkritischer Impulssignale.
3.3.3.1 - (Counter/Timer PCIe) PCI-Express-Zähler- und Timerkarten zur präzisen Verarbeitung zeitkritischer Impulssignale.
3.3.3.2 - (Counter/Timer PCI) PCI-Zähler- und Timerkarten zur präzisen Verarbeitung zeitkritischer Impulssignale.
3.3.3.3 - (Counter/Timer PXI/PXIe/cPCI) PXI-, PXI-Express- und CompactPCI-Zähler- und Timerkarten zur präzisen Verarbeitung zeitkritischer Impulssignale.
3.3.3.4 - (Counter/Timer ISA) ISA-Zähler- und Timerkarten zur präzisen Verarbeitung zeitkritischer Impulssignale.
3.3.4 - (Motion Control Plug-In Cards) Einsteckkarten für mehrachsige Servo-, Schrittmotor- und EtherCAT-basierte Bewegungssteuerung.
3.3.4.1 - (Motion Control / EtherCAT PCIe) PCI-Express-Karten für mehrachsige Servo-, Schrittmotor- und EtherCAT-basierte Bewegungssteuerung.
3.3.4.2 - (Motion Control / EtherCAT PCI) PCI-Karten für mehrachsige Servo-, Schrittmotor- und EtherCAT-basierte Bewegungssteuerung.
3.3.4.3 - (Motion Control / EtherCAT PXI/PXIe/cPCI) PXI-, PXI-Express- und CompactPCI-Karten für mehrachsige Servo-, Schrittmotor- und EtherCAT-basierte Bewegungssteuerung.
3.3.4.4 - (Motion Control / EtherCAT ISA) ISA-Karten für mehrachsige Servo-, Schrittmotor- und EtherCAT-basierte Bewegungssteuerung.
3.3.4.5 - (Motion Control / EtherCAT Additional Modules) Ergänzungsmodule für Motion-Control- und EtherCAT-Systeme zur Erweiterung von Achsen und I/O-Funktionen.
3.4 - (Panels, Driver, Accessories) Anschlussmodule, Kabel, Treiber und Zubehör für die fachgerechte Integration industrieller I/O-Karten.
3.4.1 - (DIN Rail Panels) DIN-Schienen-Anschlussmodule für eine strukturierte und servicefreundliche Feldverdrahtung.
3.4.2 - (General Purpose Panels) Universelle Anschlussmodule für die übersichtliche Anbindung von Mess- und I/O-Signalen.
3.4.3 - (High Density Panels) Anschlussmodule für I/O-Karten mit hoher Kanaldichte und kompakter Feldverdrahtung.
3.4.4 - (Analog Panels) Anschlussmodule für analoge Mess- und Ausgangssignale in Prüf- und Automatisierungssystemen.
3.4.5 - (Digital Panels) Anschlussmodule für digitale Eingänge, Ausgänge, Relais und industrielle Steuersignale.
3.4.6 - (Cables and Accessories) Kabel, Steckverbinder und Systemzubehör zur zuverlässigen Verbindung von I/O-Karten und Anschlussmodulen.
3.4.7 - (Driver, Software) Treiber und Softwarepakete für Konfiguration, Programmierung und Betrieb industrieller Erweiterungskarten.
3.4.7.1 - (ADLink Driver, Software) Treiber und Softwarewerkzeuge für Mess-, Steuerungs- und Kommunikationshardware von ADLINK.
3.4.7.2 - (Rayon Driver, Software) Treiber und Softwarewerkzeuge für industrielle Erweiterungskarten von Rayon.
3.4.7.3 - (Contec Driver, Software) Treiber und Softwarewerkzeuge für Mess- und I/O-Hardware von Contec.
3.4.7.4 - (Axiom Driver, Software) Treiber und Softwarewerkzeuge für industrielle Erweiterungskarten von Axiom.
3.5 - (Communication Cards: RS232, RS485, IEEE) Schnittstellenkarten für industrielle Kommunikation über RS-232, RS-422, RS-485 und IEEE-488/GPIB.
3.5.1 - (Professional Serial) Professionelle serielle Schnittstellenkarten für zuverlässige Mehrport-Kommunikation in Industrieanwendungen.
3.5.2 - (PCI Serial 1..2-Ports) Serielle PCI-Karten mit einem oder zwei Ports für kompakte RS-232-, RS-422- und RS-485-Anbindungen.
3.5.2.1 - (RS232 2-Ports PCI) PCI-Schnittstellenkarten mit zwei RS-232-Ports für industrielle Peripherie und Steuergeräte.
3.5.2.2 - (RS485 / RS422 2-Ports) Zweikanalige Schnittstellenkarten für robuste RS-422- und RS-485-Kommunikation.
3.5.2.3 - (RS485 / RS422 1-2-Port) Serielle Schnittstellenkarten mit einem oder zwei RS-422-/RS-485-Ports für Feldgeräte und Bussysteme.
3.5.2.4 - (Sharer/Converter 1-2 Ports) Port-Sharer und Schnittstellenkonverter für serielle Verbindungen mit einem oder zwei Ports.
3.5.3 - (PCI Serial 4-Port) Serielle PCI-Karten mit vier Ports für die parallele Anbindung mehrerer Industriekomponenten.
3.5.3.1 - (RS232 4-Ports) Schnittstellenkarten mit vier RS-232-Ports für industrielle Geräte und Peripheriesysteme.
3.5.3.2 - (RS485 / RS422 4-Po) Schnittstellenkarten mit vier RS-422-/RS-485-Ports für störsichere serielle Kommunikation.
3.5.3.3 - (RS232 Mixed RS485 / RS422 4-Ports PCI) Vierport-PCI-Karten mit kombinierbaren RS-232-, RS-422- und RS-485-Schnittstellen.
3.5.4 - (Serial 8-Port) Serielle Achtport-Karten für Systeme mit hohem Bedarf an industriellen Kommunikationsschnittstellen.
3.5.4.1 - (RS232 8-Port) Schnittstellenkarten mit acht RS-232-Ports für umfangreiche serielle Geräteanbindungen.
3.5.4.2 - (8-Port 5V Single Mixed) Achtport-Karten für gemischte serielle 5-V-Schnittstellen und flexible Geräteanbindungen.
3.5.4.3 - (RS485 / RS422 8-ports) Schnittstellenkarten mit acht RS-422-/RS-485-Ports für industrielle Mehrpunktverbindungen.
3.5.4.4 - (RS232 Mixed RS485 / RS422 8-Port) Achtport-Karten mit kombinierbaren RS-232-, RS-422- und RS-485-Schnittstellen.
3.5.5 - (Converter USB, RS232, RS485, RS422, TTY20mA) Schnittstellenkonverter für USB, RS-232, RS-422, RS-485 und TTY-20-mA-Kommunikation.
3.5.5.1 - (USB RS232 Converter) USB-zu-RS-232-Konverter zur Erweiterung industrieller Systeme um serielle Schnittstellen.
3.5.5.2 - (RS232 RS485 Converter) Konverter zur zuverlässigen Umsetzung zwischen RS-232 und RS-485.
3.5.5.3 - (RS232 Port Sharer) RS-232-Port-Sharer zur kontrollierten gemeinsamen Nutzung serieller Geräteverbindungen.
3.5.5.4 - (Serial Data Logger) Serielle Datenlogger zur kontinuierlichen Erfassung und Dokumentation von Kommunikationsdaten.
3.5.6 - (PCIe / PCI max 128 Serial) PCIe- und PCI-Karten für skalierbare serielle Systeme mit bis zu 128 Schnittstellen.
3.5.6.1 - (PCIe max 128 Serial) PCI-Express-Lösungen für skalierbare serielle Kommunikation mit bis zu 128 Ports.
3.5.6.2 - (PCI max 128 Serial) PCI-Lösungen für skalierbare serielle Kommunikation mit bis zu 128 Ports.
3.5.7 - (cPCI Serial 4/8-Port) CompactPCI-Karten mit vier oder acht seriellen Ports für modulare Industriesysteme.
3.5.8 - (General Purpose Cards) Universelle Kommunikationskarten für ergänzende serielle Schnittstellen und industrielle Geräteanbindung.
3.6 - (Special Cards) Spezialkarten und Schnittstellenmodule für besondere industrielle Mess-, Überwachungs- und Kommunikationsaufgaben.
3.6.1 - (IEEE (GPIB) Cards) IEEE-488-/GPIB-Schnittstellenkarten zur Steuerung und Einbindung von Mess- und Laborgeräten.
3.6.2 - (CardBus) CardBus-Erweiterungskarten für zusätzliche Mess- und Kommunikationsschnittstellen in kompatiblen Systemen.
3.6.3 - (External AD Converter) Externe A/D-Wandler zur Digitalisierung analoger Messsignale außerhalb des Computersystems.
3.6.4 - (Watch Dog Cards) Watchdog-Karten zur Überwachung industrieller Computersysteme und Auslösung definierter Sicherheitsreaktionen.
3.6.5 - (mini-PCIe) Mini-PCIe-Module zur kompakten Erweiterung industrieller Embedded- und Computersysteme.

Produkte

1321 Produkte

Nr. Code Produkt Preis Menge
3.4.6 96 pin half pitch D-type male with metal case PCST96
96 pin half pitch D-type male with metal case

- **High‑Density 96‑Pin Interface:** Supports up to 96 discrete signal lines in a compact half‑pitch D‑type format, enabling high channel‑count connectivity for digital and analog I/O boards. - **Metal Case Construction:** Provides mechanical strength, EMI/RFI shielding, and long‑term durability in industrial environments. - **Standardized Pin Configuration:** Fully compatible with CONTEC’s 96‑pin half‑pitch board connectors (e.g., PCR‑E96LMD, HDRA‑E100W1L‑FDT1EC‑SL, HONDA Tsushin Kogyo equivalents). - **Industrial‑Grade Reliability:** Designed for continuous operation in automation systems, ensuring stable signal transmission under vibration, temperature variation, and electrical noise. - **Broad Compatibility:** Interfaces with CONTEC’s PCI, CompactPCI, and PC Card I/O boards, including digital input/output, analog input/output, counter, and motor control boards. - **Ease of Integration:** Supports a wide range of optional shielded and flat cables (PCB96PS, PCA96PS, PCB96P, PCA96P, PCB96W, PCB96WS, PCB100/96PS) and terminal units (EPD‑96, DTP‑64(PC), CCB‑96). - **DIN‑Rail Adaptability:** Can be used with DIN‑ADP1 adapter for secure mounting of terminal panels in control cabinets. - **Signal Integrity:** Gold‑plated contacts and precision alignment minimize contact resistance and signal loss. - **Compliance with PCI Bus Standards:** Designed to complement CONTEC’s PCI Bus Series boards supporting 32‑bit, 33 MHz, 5 V signaling.

Hersteller: Contec

Kategorie: Cables and Accessories

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3.4.6 Slot Bracket extern 50pin flat cable intern 2*20pin SLOT
Slot Bracket extern 50pin flat cable intern 2*20pin

- **External 50‑Pin Flat Cable Interface:** Provides a robust external connection point for 50‑pin ribbon or flat cable connectors, commonly used in SCSI, parallel, or custom signal applications. - **Internal Dual 20‑Pin Connectors (2×20‑Pin):** Two internal 20‑pin IDC (Insulation Displacement Connector) headers allow direct connection to internal circuit boards, controllers, or signal distribution modules. - **Standard Slot Bracket Form Factor:** Designed to fit into a standard PCI/ISA/ATX expansion slot opening, enabling secure mounting on the rear panel of a PC chassis or industrial enclosure. - **Passive Signal Pass‑Through:** No active components; ensures direct one‑to‑one signal continuity between internal and external connectors. - **High‑Quality Flat Cable Assembly:** Pre‑assembled flat ribbon cable ensures consistent signal integrity and simplifies installation. - **Versatile Application Range:** Suitable for data, control, or communication signal routing in industrial automation, laboratory instrumentation, and embedded computing systems. - **Mechanical Stability:** Metal bracket construction provides grounding and mechanical support for the external connector, preventing strain on internal wiring. - **Ease of Integration:** Plug‑and‑play mechanical interface; no drivers or software required.

Hersteller: Keine Kategorie

Kategorie: Cables and Accessories

17,90 EUR (w/o VAT)
3.4.6 SMB to BNC cable 1m (PXI-9816/26/46) SMB-BNC-1m
SMB to BNC cable 1m (PXI-9816/26/46)

- **Interface Conversion:** Converts SMB male connector (PXI module side) to BNC male connector (instrumentation side), enabling direct connection to standard laboratory equipment. - **Optimized for PXI Digitizers:** Designed for seamless integration with ADLINK PXI-9816, PXI-9826, and PXI-9846 modules, ensuring impedance matching and minimal signal loss. - **High Signal Integrity:** Utilizes precision coaxial construction with 50 Ω impedance to maintain consistent signal quality across the full frequency range supported by the PXI digitizers. - **Durable Construction:** Features high-quality shielding and robust connector housings to minimize electromagnetic interference (EMI) and mechanical wear. - **Standard Length:** 1-meter cable length provides flexibility for bench setups while maintaining low attenuation and minimal phase distortion. - **Plug-and-Play Compatibility:** No configuration required; simply connect between PXI module SMB ports and external BNC-based instruments. - **Versatile Application:** Suitable for analog input/output, waveform generation, and signal monitoring in test and measurement systems. - **Reliable Mechanical Coupling:** SMB snap-on connector ensures secure attachment to PXI modules, while BNC bayonet coupling provides quick and stable connection to oscilloscopes, analyzers, or other test devices.

Hersteller: Adlink Technology Inc.

Kategorie: Cables and Accessories

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3.4.6 SMB to SMB cable 1m (PCIe-7350) SMB-SMB-1m
SMB to SMB cable 1m (PCIe-7350)

- **High-Frequency SMB-to-SMB Connectivity:** Equipped with male SMB connectors on both ends, the cable supports secure snap-on coupling for quick, reliable connections in high-density setups. - **Optimized for ADLINK PCIe-7350:** Designed to interface directly with ADLINK’s PCIe-7350 high-speed digital I/O card, ensuring signal integrity and compatibility with the card’s timing and triggering functions. - **Low Signal Loss and High Shielding Efficiency:** Constructed with precision coaxial cable featuring a high-quality dielectric and braided shielding to minimize electromagnetic interference (EMI) and maintain signal fidelity. - **Compact and Flexible Design:** The 1-meter length provides sufficient reach for internal or bench-top setups while maintaining manageable cable routing and minimal signal degradation. - **Durable Construction:** Built with robust materials suitable for repeated connections and disconnections, ensuring long-term reliability in test and measurement environments. - **Broad Application Range:** Suitable for high-speed digital signal transmission, clock synchronization, trigger signal routing, and other timing-critical applications. - **Standardized SMB Interface:** Complies with industry-standard SMB connector specifications, ensuring interoperability with other SMB-compatible devices and instruments.

Hersteller: Adlink Technology Inc.

Kategorie: Cables and Accessories

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3.4.7.1 Windows 3.x, 95/98, NT DLL driver for DIO for ACL-Cards ACLS-DLL1
Windows 3.x, 95/98, NT DLL driver for DIO for ACL-Cards

- **Comprehensive Windows Support:** Compatible with Windows 3.11, 95/98, NT 4.0, and 2000. - **Dynamic-Link Library Architecture:** Provides DLL-based APIs for seamless integration with Windows applications. - **Multi-Language Compatibility:** Supports Microsoft Visual C/C++, Visual Basic, Borland C++, and Delphi. - **Hardware Abstraction:** Offers unified function naming conventions across all supported cards for consistent programming. - **Interrupt and Timer/Counter Operations:** Enables interrupt-driven I/O and timer-based event handling. - **Multi-Card System Support:** Allows initialization and control of up to eight cards simultaneously. - **Backward Compatibility:** Supports legacy ACL-722, ACL-724, ACL-725, and ACL-725B cards through equivalent function mapping. - **Sample Programs Included:** Ready-to-run examples for both Visual Basic and C/C++ environments. - **Integrated Utilities:** Includes driver registry and configuration tools for Windows NT/2000 environments. - **Error Handling and Status Codes:** Comprehensive return codes for debugging and system validation.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Run time license for ACLS-DLL1 ACLS-DLL1/R
Run time license for ACLS-DLL1

- **Runtime License Functionality:** Enables execution of applications developed with ACLS-DLL1 without requiring the full SDK installation. - **Comprehensive Driver Support:** Compatible with NuDAQ ISA-Bus digital I/O cards including ACL-7120, ACL-7122, ACL-7124, ACL-7125, ACL-7130, ACL-7225, and PET-48DIO. - **Windows Compatibility:** Supports Microsoft Windows 3.1, Windows 95/98, and Windows NT 4.0 environments. - **Dynamic Link Library Architecture:** Provides high-performance DLL-based drivers for seamless integration with Windows applications. - **Multi-Language Support:** Usable with any Windows programming language capable of calling DLLs, including Visual Basic, Visual C/C++, and Borland C++. - **High-Performance Data Acquisition:** Optimized for digital input/output operations, interrupt handling, and timer/counter control. - **Sample Programs Included:** Offers numerous example applications in both Visual Basic and C/C++ to accelerate development. - **Backward Compatibility:** Supports both new and legacy ACL digital I/O cards with identical register structures. - **Interrupt and Timer Operations:** Provides functions for interrupt-driven I/O and timer-based event handling. - **Ease of Integration:** Simplifies hardware communication through intuitive function naming conventions and consistent API design.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Windows 3.x DLL driver for AD, DA ACL-Cards ACLS-DLL2
Windows 3.x DLL driver for AD, DA ACL-Cards

- **Comprehensive Windows Support:** Compatible with Microsoft Windows 3.11, Windows 95/98, Windows NT 4.0, and Windows 2000. - **Dynamic-Link Library Architecture:** Provides DLL-based APIs for seamless integration with Windows programming environments such as Microsoft Visual C/C++, Visual Basic, and Borland C++. - **Multi-Card Support:** Enables simultaneous operation of multiple NuDAQ ISA cards with independent initialization and switching functions. - **Unified Function Naming Convention:** Consistent function syntax across all supported cards (e.g., `W_8111_AD_Set_Channel`) simplifies cross-card development. - **High-Performance Data Acquisition:** Supports analog-to-digital (A/D) and digital-to-analog (D/A) conversions, digital I/O, and timer/counter operations with interrupt and DMA transfer capabilities. - **Hardware Abstraction:** Provides a software layer that abstracts low-level hardware operations, allowing developers to focus on application logic. - **Extensive Function Library:** Includes hundreds of functions for initialization, configuration, data acquisition, and control of each supported card. - **Backward Compatibility:** Maintains consistent function names and behavior across Windows 3.x, 9x, and NT/2000 environments. - **Sample Programs and Utilities:** Includes example source code in C/C++ and Visual Basic, along with driver registry and DMA configuration utilities. - **Error Handling and Status Codes:** Returns standardized error codes for diagnostics and debugging.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Run time license ACLS-DLL2 ACLS-DLL2/R
Run time license ACLS-DLL2

- **Comprehensive Driver Library:** Provides a unified DLL interface for multiple ADLINK NuDAQ ISA-bus multifunction cards, simplifying software development across different hardware models. - **Multi-Platform Support:** Compatible with Microsoft Windows 3.11, Windows 95/98, Windows NT 4.0, and Windows 2000. - **High-Performance Data Acquisition:** Supports analog-to-digital (A/D) and digital-to-analog (D/A) conversions, digital I/O, and timer/counter operations. - **Flexible Programming Interface:** Usable with any Windows programming language that supports DLL calls, including Visual Basic, Visual C/C++, and Borland C++. - **Hardware Abstraction:** Provides consistent function naming conventions and data types across supported hardware, ensuring portability and scalability. - **Interrupt and DMA Operation:** Supports interrupt-driven and direct memory access (DMA) data transfer modes for high-speed analog input/output operations. - **Comprehensive Function Set:** Includes initialization, configuration, data acquisition, digital I/O, and timer control functions for each supported card. - **Sample Programs and Documentation:** Includes example applications in both Visual Basic and C/C++ for rapid development and testing. - **Backward Compatibility:** Maintains consistent function names and behavior across Windows versions, ensuring application portability. - **Runtime Licensing:** The ACLS-DLL2/R license enables deployment of applications developed with the ACLS-DLL2 development kit without requiring additional development tools.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 LabView driver for multi functions Cards ACLS-LView
LabView driver for multi functions Cards

- **Comprehensive LabVIEW Integration:** Provides complete VI libraries (ALV.LLB and 8316.LLB) for all supported NuDAQ ISA‑bus cards, enabling direct access to analog input/output, digital I/O, and timing functions. - **Broad Hardware Support:** Compatible with a wide range of ADLINK ISA cards, including: - **Analog Input (AD):** ACL‑8111, ACL‑8112DG/HG/PG, ACL‑8113, ACL‑8216 - **Analog Output (DA):** ACL‑6126, ACL‑6128 - **Digital I/O (DIO):** ACL‑7120, ACL‑7122, ACL‑7124, ACL‑7125, ACL‑7225, ACL‑7130, PET‑48DIO - **High‑Performance DAS:** ACL‑8316/8312 - **Full VI Functionality:** Includes configuration, analog input/output, digital I/O, and timer/counter function groups. Each VI is designed for modular use within LabVIEW block diagrams. - **Continuous and One‑Shot Data Acquisition:** Supports both single‑shot and continuous analog input modes using interrupt or DMA transfer. - **Error Handling and Diagnostics:** Built‑in error codes and range validation ensure robust operation and simplified debugging. - **Sample Programs and Documentation:** Includes sample LabVIEW projects for each supported card, PDF manuals, and online help files for quick deployment. - **Backward Compatibility:** Supports legacy Windows operating systems and early LabVIEW versions, ensuring compatibility with existing industrial and laboratory setups.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 ADlink configuration-based Data Logger AD-Logger
ADlink configuration-based Data Logger

The AD-Logger is engineered to simplify data acquisition workflows while maintaining high flexibility and performance. Its key features include: - **Configuration-Based Operation:** Built on ADLINK’s DAQPilot task configuration framework, the AD-Logger allows users to define acquisition tasks without programming. Users can configure channels, sampling rates, triggers, and logging parameters through an intuitive graphical interface. - **Real-Time and Historical Data Viewing:** The software supports both live data visualization and playback of previously recorded sessions. This dual-mode capability enables users to monitor ongoing experiments and review historical trends for analysis and reporting. - **Intuitive User Interface:** Designed as a ready-to-run application, the AD-Logger provides a clean, user-friendly interface that minimizes setup time. The interface includes customizable dashboards, graphical widgets, and monitoring panels for quick access to key parameters. - **Comprehensive Data Export Functions:** Data can be exported for offline analysis in multiple third-party environments, including **Microsoft Excel**, **NI DIAdem**, and **MathWorks MATLAB**. This ensures compatibility with standard engineering and scientific analysis tools. - **Full Support for ADLINK DAQ Hardware:** The AD-Logger supports the complete range of ADLINK DAQ devices, including analog input/output, digital I/O, and counter/timer modules. It automatically detects connected hardware and adapts configuration options accordingly. - **Monitoring Toolbox:** A built-in monitoring toolbox provides real-time visualization of system performance, signal integrity, and acquisition status. Users can track buffer usage, sampling rates, and data throughput in real time. - **Buffer Monitoring Mechanism:** The AD-Logger includes an automatic buffer monitoring and evaluation system that continuously checks the data processing pipeline. It alerts users to potential bottlenecks or data loss conditions, ensuring reliable long-term logging. - **Ready-to-Run Application:** No programming or scripting is required. The AD-Logger is designed for immediate deployment, making it ideal for laboratory, industrial, and field data acquisition tasks.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 GPIB tools driver for ADLink GPIB Cards ADL-GPIB
GPIB tools driver for ADLink GPIB Cards

- **Comprehensive GPIB Driver Suite:** The ADL-GPIB provides full driver support for ADLINK’s GPIB interface cards, ensuring reliable communication with a wide range of IEEE 488.1 and IEEE 488.2 compliant instruments. - **High Compatibility:** Supports multiple ADLINK GPIB hardware models, enabling seamless integration across various test and measurement setups. - **Optimized Performance:** Engineered for low-latency data transfer and efficient bus management, ensuring stable and high-speed communication between host systems and instruments. - **Cross-Platform Support:** Compatible with major operating systems commonly used in industrial and laboratory environments, including Windows and Linux distributions (depending on version). - **API and Programming Interface:** Provides a standardized programming interface compatible with VISA (Virtual Instrument Software Architecture) and other industry-standard APIs, allowing easy integration into existing test automation frameworks. - **Diagnostic and Utility Tools:** Includes GPIB configuration utilities, device scanning tools, and communication test functions for quick setup and troubleshooting. - **Backward Compatibility:** Maintains support for legacy ADLINK GPIB cards, ensuring long-term usability and simplified migration from older systems. - **Plug-and-Play Configuration:** Automatically detects installed ADLINK GPIB hardware and configures communication parameters for immediate operation. - **Robust Error Handling:** Built-in error detection and reporting mechanisms enhance system reliability and simplify debugging during development and testing. - **Scalable Architecture:** Supports multiple GPIB interfaces within a single system, allowing complex multi-instrument configurations.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Windows driver & SDK for DAQ/DAQe/PXI-2000 Series Cards D2K-DASK
Windows driver & SDK for DAQ/DAQe/PXI-2000 Series Cards

- **Comprehensive Windows Driver & SDK:** Provides full driver and API support for ADLINK DAQ/DAQe/PXI-2000 series cards, enabling complete control of analog, digital, and timing functions. - **Wide OS Compatibility:** Supports Windows 7/8/10, as well as legacy systems including Windows NT, 98, 2000, and XP. Ensures 32-bit applications can run on 64-bit Windows editions. - **32-/64-bit Kernel Drivers and APIs:** Includes both 32-bit and 64-bit kernel-level drivers and APIs for seamless integration with modern and legacy systems. - **User-Defined Callbacks:** Supports asynchronous data acquisition with user-defined callback functions for event-driven programming. - **Comprehensive Function Library:** Includes function groups for analog input/output, digital I/O, timers/counters, SSI bus control, and calibration. - **High-Performance Data Transfer:** Utilizes bus mastering DMA for efficient, high-speed data transfer between DAQ hardware and system memory. - **Double-Buffered Continuous Data Acquisition:** Supports circular buffer operation for continuous, non-stop data streaming without data loss. - **Sample Programs and Tutorials:** Includes complete examples and tutorials for Microsoft Visual C/C++, Visual Basic, and Delphi environments. - **MAPS Core Integration:** D2K-DASK, along with UD-DASK, WD-DASK, PCIS-DASK, and DAS-DASK, is now unified under the MAPS Core driver framework for simplified deployment.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 MatLab driver for ADLink Cards DAQ-MTLB
MatLab driver for ADLink Cards

- **Full MATLAB Integration:** Seamless compatibility with MATLAB 6.5 or later and MATLAB Data Acquisition Toolbox 2.2 or later. - **Unified Command Interface:** Uses standard MATLAB DAQ Toolbox commands (`analoginput`, `analogoutput`, `digitalio`, `addchannel`, `getdata`, `putdata`, etc.), ensuring minimal learning curve. - **Comprehensive Hardware Support:** Supports a wide range of ADLINK PCI, PXI, and CompactPCI DAQ cards. - **Analog and Digital I/O Control:** Enables acquisition and generation of analog signals and manipulation of digital I/O lines. - **Triggering and Synchronization:** Supports multiple trigger types (Immediate, Manual, Software, Hardware Digital, Hardware Analog Channel, Hardware Analog Pin) and conditions (Rising, Falling, AboveHigh, BelowLow, etc.). - **Flexible Sampling:** Adjustable sample rates and sample counts per trigger, with automatic hardware‑based rate adjustment. - **Hardware Abstraction:** Provides a unified software layer for all ADLINK DAQ hardware, simplifying code portability. - **Example Scripts:** Includes MATLAB examples for analog input/output and digital I/O operations, including continuous waveform capture and hardware‑triggered acquisition. - **Cross‑Platform Hardware Detection:** Automatically detects installed ADLINK DAQ devices via `daqhwinfo('mwadlink')`. - **Robust Error Handling:** Built‑in MATLAB error reporting for unsupported configurations or timeout conditions.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 ActiveX controls for ADLink Cards DAQBench
ActiveX controls for ADLink Cards

- **Comprehensive ActiveX Control Suite:** DAQBench provides a complete set of 32-bit ActiveX controls for measurement, automation, and data visualization. It supports ADLINK’s NuDAQ PCI cards and NuDAM modules, enabling rapid development of DAQ and control applications. - **Cross-Platform Development Support:** Fully compatible with Microsoft Visual Basic, Visual C++, and Delphi environments. Controls can be embedded in any ActiveX container application. - **User Interface Controls:** Includes DBoolean, DSlide, DKnob, D7Segment, DLEDMeter, DGraph, DChart, DXYGraph, DIntenGraph, and DIntenChart for real-time data display and control. - **Hardware Integration:** Provides NuDAQ PCI and NuDAM module controls for analog/digital I/O, counter/timer operations, and serial communication. - **Analysis Library:** Built-in DQAnalysis ActiveX control for mathematical and statistical operations, including FFT, matrix algebra, and signal processing. - **Information Integration Controls:** ExcelLinker, DBAccess, WebSnapshot, and OPCClient controls for seamless integration with Excel, ODBC databases, web servers, and OPC servers. - **Thermocouple Support:** Dedicated control for J-, K-, and T-type thermocouples with automatic voltage-to-temperature conversion. - **SCADA and MMI Development:** Equipment controls (Pump, Valve, Motor, Pipe, Tank) for industrial automation visualization. - **Remote Device Access (RDA):** Enables remote configuration and control of NuDAQ devices over a network. - **DDE/NetDDE Communication:** Built-in DDE client capability for data exchange with DDE servers and remote NetDDE communication.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 ActiveX controls for ADLink Cards, runtime DAQBench/R
ActiveX controls for ADLink Cards, runtime

- **Comprehensive ActiveX Control Suite:** Includes over 20 specialized ActiveX controls for data acquisition, visualization, analysis, and industrial automation. - **Hardware Integration:** Seamless integration with ADLINK NuDAQ PCI cards and NuDAM distributed I/O modules for analog, digital, and counter/timer operations. - **Cross-Platform Development Support:** Fully compatible with Microsoft Visual Basic, Visual C++, and Delphi environments supporting 32-bit ActiveX containers. - **User Interface Controls:** Graphical components such as DGraph, DChart, DKnob, DSlide, DBoolean, D7Segment, and DLEDMeter for real-time data display and control. - **Analysis Library:** Built-in DQAnalysis ActiveX control providing mathematical, statistical, and FFT functions for signal processing and data analysis. - **Information Integration Controls:** ExcelLinker, DBAccess, WebSnapshot, and OPCClient controls for linking DAQ data to Excel, databases, web servers, and OPC systems. - **Industrial Equipment Simulation:** DBEquip controls (Pump, Valve, Motor, Tank, Pipe) for SCADA/MMI visualization. - **Thermocouple Support:** Dedicated control for J, K, and T-type thermocouples with automatic voltage-to-temperature conversion. - **Remote Device Access (RDA):** Enables remote configuration and data acquisition from NuDAQ devices over a network. - **DDE/NetDDE Communication:** Built-in Dynamic Data Exchange client capability for real-time data sharing with other DDE servers or networked systems.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Configuration-based device manager for ADLINK Cards DAQMaster
Configuration-based device manager for ADLINK Cards

DAQMaster is engineered to streamline the configuration and management of ADLINK’s DAQ and PCI cards. Its key features include: - **Configuration-Based Management:** Provides a graphical, configuration-driven interface for setting up and managing ADLINK DAQ devices without requiring manual coding or low-level driver manipulation. - **Comprehensive Device Detection:** Automatically scans and identifies all connected ADLINK DAQ and PCI cards, displaying detailed device information such as model number, serial number, firmware version, and channel configuration. - **Unified Device Administration:** Centralizes control of multiple DAQ devices, allowing users to configure, calibrate, and monitor all connected hardware from a single software environment. - **Parameter Configuration:** Enables users to define sampling rates, input ranges, trigger modes, and channel mappings through an intuitive interface. - **Real-Time Monitoring:** Provides live data visualization and signal monitoring for verification and troubleshooting. - **Driver and Firmware Integration:** Seamlessly integrates with ADLINK’s driver packages and firmware utilities, ensuring compatibility and up-to-date device operation. - **Diagnostic and Test Tools:** Includes built-in diagnostic functions for verifying device connectivity, signal integrity, and performance metrics. - **User-Friendly Interface:** Offers a structured, menu-driven GUI that simplifies complex configuration tasks, reducing setup time and minimizing configuration errors. - **Cross-Platform Support:** Compatible with major Windows operating systems and supports integration with ADLINK SDKs and APIs for advanced application development. - **Scalability:** Supports a wide range of ADLINK DAQ and PCI cards, from entry-level analog input modules to high-speed, multi-channel data acquisition systems.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Task-oriented DAQ Driver and SDK for ADLINK Cards DAQPilot
Task-oriented DAQ Driver and SDK for ADLINK Cards

- **Task-Oriented Design:** DAQPilot is structured around measurement tasks rather than low-level hardware commands, allowing users to focus on application objectives such as analog input, analog output, digital I/O, or counter/timer operations. - **Comprehensive LabVIEW Integration:** Provides a complete set of polymorphic Virtual Instruments (VIs) for LabVIEW, enabling intuitive graphical programming and rapid application development. - **Broad Hardware Compatibility:** Supports ADLINK DAQ and PCI card families, including digitizer, dynamic signal acquisition (DSA), and USB DAQ series. - **Polymorphic VI Architecture:** Offers flexible VI interfaces that automatically adapt to different data types and configurations, reducing programming complexity. - **Cross-Version Windows Support:** Compatible with Windows 7, Windows 8, and Windows 10, in both 32-bit (x86) and 64-bit (x64) environments. - **Integration with MAPS Core:** Works seamlessly with ADLINK’s MAPS Core v20.01 Windows Software Suite, which provides foundational drivers, libraries, and runtime components for measurement and automation applications. - **Enhanced Performance and Stability:** Optimized for high-speed data throughput and reliable communication with ADLINK hardware, ensuring consistent performance in demanding measurement environments. - **Scalable SDK Framework:** Supports both entry-level and advanced users through a layered API structure, from simple task-based functions to low-level hardware control. - **Backward Compatibility:** Maintains support for legacy ADLINK DAQ cards and earlier LabVIEW versions, ensuring long-term usability and smooth migration paths. - **Simplified Deployment:** Includes installation packages and configuration tools that streamline setup and reduce integration time.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Data acquisition system creator for ADLink Cards DAQView
Data acquisition system creator for ADLink Cards

DAQView is engineered to simplify the process of building and managing data acquisition systems. Its key features include: - **Seamless Integration with ADLINK Hardware:** Fully compatible with ADLINK’s DAQ card families, including PCI, PXI, USB, and Ethernet-based models. - **Graphical Configuration Interface:** Provides an intuitive GUI for setting up channels, sampling rates, and trigger conditions without coding. - **Real-Time Data Visualization:** Offers live waveform display, trend plotting, and statistical analysis tools for immediate insight into signal behavior. - **Multi-Channel Data Logging:** Supports simultaneous acquisition from multiple analog and digital channels, with synchronized sampling. - **Flexible Data Export:** Enables data export in standard formats (CSV, TXT, BIN, or MATLAB-compatible files) for post-processing and reporting. - **Trigger and Timing Control:** Advanced trigger configuration (software, external, or level-based) and precise timing synchronization across multiple devices. - **Customizable Measurement Parameters:** Users can define voltage ranges, sampling frequencies, and input modes (single-ended or differential). - **Device Auto-Detection:** Automatically identifies connected ADLINK DAQ hardware and loads appropriate configuration profiles. - **Calibration and Diagnostics Tools:** Built-in utilities for device calibration, self-test, and performance verification. - **Scripting and Automation Support:** Optional scripting interface for repetitive test sequences and automated data collection. - **User-Friendly Interface:** Designed for both novice and expert users, minimizing setup time and reducing the need for manual configuration.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 DasyLAB driver package for ADLink Cards DasyLAB/ADLink
DasyLAB driver package for ADLink Cards

- **Seamless Integration:** Provides direct compatibility between DasyLAB software and a wide range of ADLINK DAQ cards, allowing users to incorporate ADLINK hardware into DasyLAB’s modular, icon-based workflow. - **Plug-and-Play Configuration:** Automatically detects supported ADLINK devices installed in the system and makes their channels available for configuration within DasyLAB. - **Comprehensive Hardware Support:** Supports analog input/output, digital input/output, and counter/timer functions of ADLINK DAQ cards. - **Graphical Programming Interface:** Enables users to design measurement and control applications using DasyLAB’s drag-and-drop interface, eliminating the need for traditional coding. - **Real-Time Data Acquisition:** Facilitates high-speed data transfer between ADLINK hardware and DasyLAB for real-time monitoring, analysis, and control. - **Scalable System Architecture:** Supports multi-channel and multi-device configurations, allowing complex measurement systems to be built and managed efficiently. - **Customizable Channel Configuration:** Users can define sampling rates, voltage ranges, trigger conditions, and other acquisition parameters directly within DasyLAB. - **Error Handling and Diagnostics:** Includes built-in diagnostic tools for device detection, communication verification, and error reporting. - **License-Based Activation:** Requires a valid DasyLAB license number for activation and integration, ensuring compatibility with licensed DasyLAB installations. - **Cross-Version Compatibility:** Designed to work with multiple versions of DasyLAB (typically from version 13 onward) and a broad range of ADLINK PCI, PCIe, PXI, and USB DAQ cards.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 OPC driver for ADLink HSL distributed IO systems HSL-OPC
OPC driver for ADLink HSL distributed IO systems

- **OPC Compliance:** Fully compliant with the OPC Data Access (DA) specification, ensuring compatibility with a wide range of SCADA, HMI, and MES systems. - **Integration with ADLINK HSL Systems:** Specifically optimized for ADLINK’s HSL distributed I/O modules, providing direct access to digital and analog input/output channels. - **Real-Time Data Exchange:** Enables high-speed, deterministic communication between field devices and supervisory systems. - **Vendor-Neutral Connectivity:** Allows integration with third-party OPC clients, ensuring flexibility in system design and deployment. - **Scalable Architecture:** Supports multiple HSL nodes and modules, allowing expansion of distributed I/O networks without reconfiguration of the OPC interface. - **User-Friendly Configuration:** Includes intuitive setup tools for defining I/O mappings, channel names, and data types. - **Robust Error Handling:** Built-in diagnostics and communication status monitoring for reliable operation in industrial environments. - **Secure Communication:** Supports standard Windows authentication and network security features to protect data integrity. - **Low Latency Performance:** Optimized for minimal communication delay between OPC clients and HSL hardware. - **Comprehensive Data Access:** Provides read/write access to all I/O points, including digital inputs, digital outputs, analog inputs, and analog outputs.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 DAQ software & utility all-in-one core package MAPS-Core
DAQ software & utility all-in-one core package

- **All-in-One DAQ Software Core:** Combines essential utilities, drivers, and configuration tools into a single integrated package for ADLINK DAQ and PXI systems. - **Comprehensive Driver Support:** Includes official ADLINK device drivers for Windows operating systems, ensuring stable and optimized communication between hardware and host systems. - **ACE (ADLINK Configuration Environment):** A dedicated driver and device management utility that simplifies installation, updates, and configuration of ADLINK hardware components. - **PXI Configuration Utility:** Provides a graphical interface for configuring PXI chassis, modules, and system resources, enabling efficient setup and resource allocation. - **Resource Management Tool:** Centralized management of PXI system resources, including slot assignments, trigger routing, and synchronization settings. - **Test and Diagnostic Utilities:** Includes SFP (System Function Panel) and Chassis Watch tools for real-time monitoring, testing, and troubleshooting of PXI systems. - **Unified Interface:** Offers a consistent user experience across multiple ADLINK hardware platforms, reducing setup time and minimizing configuration errors. - **Optimized for ADLINK Ecosystem:** Designed specifically for ADLINK’s PXI, PXIe, and DAQ product lines, ensuring full compatibility and performance optimization. - **Scalable Architecture:** Supports expansion and integration with additional ADLINK software modules and third-party applications. - **Windows OS Compatibility:** Fully compatible with modern Windows environments, supporting both 32-bit and 64-bit architectures.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Windows driver & SDK for ADLINK PCI/PCIe/cPCI DAQ Cards PCIS-DASK
Windows driver & SDK for ADLINK PCI/PCIe/cPCI DAQ Cards

- **Comprehensive Driver Support:** Provides 32‑bit and 64‑bit Windows kernel drivers for ADLINK PCI, PCIe, and cPCI DAQ cards, supporting both AMD64 and Intel x86‑64 architectures. - **Operating System Compatibility:** Supports Windows 98/NT/2000/XP/Server 2003/Vista (x32/x64), Windows 7/8/10 (32‑bit and 64‑bit editions). Ensures 32‑bit applications run on 64‑bit Windows via WOW64 subsystem. - **Full Hardware Functionality:** Enables complete access to ADLINK DAQ card features including analog input/output, digital I/O, counter/timer operations, pattern generation, and buffered data acquisition. - **Kernel‑Level Event Handling:** Provides kernel‑level event notification and memory mapping for high‑performance, low‑latency data acquisition. - **User‑Defined Callbacks:** Supports asynchronous data acquisition with user‑defined callback functions for event‑driven applications. - **CodeCreator Utility:** Automatically generates C source code templates to accelerate application development. - **Comprehensive API Library:** Unified Application Programming Interface (API) across all supported cards ensures portability and reduces learning curve. - **.NET Framework Support:** Includes native DLL access for C# and VB.NET, compatible with Microsoft Visual Studio .NET 2003/2005 and later. - **Sample Programs and Tutorials:** Extensive examples in Visual C/C++, Visual Basic, Delphi, C#, and VB.NET for rapid prototyping. - **Digital Signature Compliance:** All 64‑bit drivers are digitally signed for Windows Vista and later, ensuring secure installation and system stability. - **MAPS Core Integration:** PCIS‑DASK, D2K‑DASK, WD‑DASK, UD‑DASK, and DAS‑DASK are unified under the MAPS Core driver framework for simplified deployment.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 Linux driver for ADLink PCI Cards PCIS-DASK/X
Linux driver for ADLink PCI Cards

- **Comprehensive Linux Driver Support:** PCIS-DASK/X provides full Linux kernel module support for ADLINK’s NuDAQ PCI and NuIPC CompactPCI DAQ cards, enabling analog input/output, digital I/O, and counter/timer operations. - **Shared Library Architecture:** Includes a shared library (`libpci-dask.so`) for user-space applications, offering a consistent API for C/C++ programming under Linux. - **Kernel Module Integration:** Provides loadable kernel modules for each supported DAQ card, ensuring efficient communication between user applications and hardware. - **Automatic Device Detection:** Utilizes PCI bus architecture for automatic detection of NuDAQ PCI devices, simplifying installation and configuration. - **High-Performance Data Transfer:** Supports DMA (Direct Memory Access) and interrupt-driven data transfer for high-speed continuous data acquisition and output. - **Memory Management:** Includes high-memory management modules for contiguous memory allocation, essential for continuous analog or digital operations. - **Cross-Platform Consistency:** Maintains API compatibility with Windows versions of PCIS-DASK, allowing easy migration of applications between Windows and Linux. - **Extensive Hardware Compatibility:** Supports a wide range of ADLINK PCI and CompactPCI cards, including analog, digital, and multifunction DAQ boards such as PCI-6208, PCI-7200, PCI-9112, PCI-9812, and others. - **Sample Programs and Documentation:** Includes example source code, PDF manuals, and configuration utilities to accelerate development and deployment.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 DDE server for ADLink PCI Cards PCIS-DDE
DDE server for ADLink PCI Cards

- **Dynamic Data Exchange (DDE) Server:** Enables real-time data communication between ADLINK NuDAQ PCI-bus data acquisition cards and DDE-compliant Windows applications. - **Windows NT Compatibility:** Designed for Windows NT environments, supporting Wonderware InTouch, Microsoft Excel, and other DDE client applications. - **Client-Server Architecture:** Implements Microsoft’s DDE protocol for bidirectional data exchange between server (PCIS-DDE) and client applications. - **Support for Multiple ADLINK PCI Cards:** Compatible with a wide range of NuDAQ PCI cards including PCI-7200, PCI-7230, PCI-7248, PCI-7432, PCI-9111, PCI-9112, PCI-9113, PCI-9114, PCI-9118, PCI-6208, and cPCI-7252. - **Configurable Topics and Boards:** Allows users to define logical devices (topics) and associate them with specific boards and channels. - **Real-Time Data Access:** Supports both one-time data transfers and continuous “hot link” updates for live monitoring and control. - **Integration with Wonderware InTouch:** Provides seamless integration for industrial automation and SCADA systems. - **Comprehensive Configuration Utility:** Includes PciUtil for driver registration, buffer allocation, and board configuration. - **Sample Programs Included:** Provides InTouch sample applications for all supported NuDAQ cards to simplify integration and testing.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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3.4.7.1 InControl interface for ADLink PCI Cards PCIS-ICL
InControl interface for ADLink PCI Cards

- **Comprehensive Integration:** Provides a direct interface between Wonderware InControl and ADLINK NuDAQ/CompactPCI data acquisition cards. - **Software PLC Functionality:** Enables PC‑based control systems to perform PLC‑like operations using IEC1131‑3 compliant programming languages. - **Wide Hardware Support:** Compatible with seventeen ADLINK PCI and CompactPCI DAQ cards, including analog and digital I/O models. - **Open Architecture:** Fully compatible with the open‑architecture design of Wonderware FactorySuite, supporting multiple programming paradigms (IL, ST, FBD, LD, SFC). - **Driver‑Based Communication:** Utilizes ADLINK’s AdlDask and card‑specific device drivers for reliable data exchange between hardware and software. - **Graphical Configuration:** Provides an intuitive configuration dialog within InControl’s I/O View for device and tag management. - **Sample Programs Included:** Offers pre‑configured example projects for each supported card to accelerate application development. - **Automatic Installation and Uninstallation:** Includes setup utilities for easy deployment, driver registration, and removal. - **License Management:** Supports serial number‑based licensing with a 120‑minute demo mode for evaluation. - **Industrial Reliability:** Designed for factory automation and process control environments requiring deterministic I/O handling.

Hersteller: Adlink Technology Inc.

Kategorie: ADLink Driver, Software

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