GPIB-SCSI-A

Description

The National Instruments GPIB-SCSI-A GPIB SCSI Controller is engineered to manage a sophisticated setup, capable of controlling up to 14 GPIB instruments and 7 SCSI devices. With a range of part numbers including 776569-01 through 776569-06, this versatile device offers two modes of control: SCSI(S) and GPIB(G), catering to different integration needs within a system.

The device’s asynchronous data transfer characteristics and the ability to function as a talker, listener, or controller as per IEEE-488.2 standards, make it a powerful addition to any setup requiring robust communication capabilities. Additionally, the SCSI interface addressing is software selectable, providing flexibility for various configurations.

Its maximum transfer rates are impressive, reaching 1.0 Mbytes/s for SCSI/GPIB read operations into buffer memory, and up to 800 kbytes/s for SCSI reads and GPIB reads from buffer memory. Even without buffering, the device can handle 600 kbytes/s for SCSI reads/GPIB writes. This performance is supported by a broad range of input voltage options from 120 to 240 VAC, and the device includes an input RAM buffer of 256 kbytes, with a maximum current requirement of 90 mA at 120 VAC.

Q1: What are the capabilities and features of the National Instruments GPIB-SCSI-A GPIB SCSI Controller, including its modes of control, data transfer rates, and power requirements?
A1: The maximum transfer rates for SCSI/GPIB read operations into buffer memory using the National Instruments GPIB-SCSI-A GPIB SCSI Controller are 1.0 Mbytes/s.

Q2: What are the maximum transfer rates for SCSI/GPIB read operations into buffer memory using the National Instruments GPIB-SCSI-A GPIB SCSI Controller?
A2: The National Instruments GPIB-SCSI-A GPIB SCSI Controller can manage up to 14 GPIB instruments and 7 SCSI devices, offers SCSI(S) and GPIB(G) modes of control, boasts maximum transfer rates of 1.0 Mbytes/s for SCSI/GPIB read operations into buffer memory and 800 kbytes/s for SCSI reads and GPIB reads from buffer memory, with 600 kbytes/s for SCSI reads/GPIB writes without buffering, and requires a power

Q3: What are the capabilities and specifications of the National Instruments GPIB-SCSI-A GPIB SCSI Controller in terms of the number of instruments it can manage, its modes of control, data transfer rates, and power requirements?
A3: The National Instruments GPIB-SCSI-A GPIB SCSI Controller can control up to 14 GPIB instruments and 7 SCSI devices, offers two modes of control—SCSI(S) and GPIB(G), and achieves maximum data transfer rates of 1.0 Mbytes/s for SCSI/GPIB read operations into buffer memory, and up to 800 kbytes/s for SCSI reads and GPIB reads from buffer memory, with a capable rate of 600 kbytes/s for SCSI reads

Q4: What are the unique features and capabilities of the National Instruments GPIB-SCSI-A GPIB SCSI Controller, and how do they make it suitable for managing a combination of GPIB instruments and SCSI devices in a system?
A4: The National Instruments GPIB-SCSI-A GPIB SCSI Controller can control up to 14 GPIB instruments and 7 SCSI devices, offers SCSI(S) and GPIB(G) modes of control, and supports asynchronous data transfer, functioning as a talker, listener, or controller per IEEE-488.2 standards. It has software selectable SCSI interface addressing, maximum transfer rates of 1.0 Mbytes/s for SCSI/GPIB read operations into buffer memory and 800 kbytes/s

Q5: What are the capabilities of the National Instruments GPIB-SCSI-A GPIB SCSI Controller in terms of the number of devices it can control, its modes of control, and its data transfer rates?
A5: The National Instruments GPIB-SCSI-A GPIB SCSI Controller boasts the ability to control up to 14 GPIB instruments and 7 SCSI devices, offers dual modes of control (SCSI and GPIB), and adheres to IEEE-488.2 standards to operate as a talker, listener, or controller, which provides exceptional flexibility and robust communication in system setups. Its asynchronous data transfer, software-selectable SCSI interface addressing, and high transfer rates of up to 1.0 M