The National Instruments BNC-2080 Analog Breakout Board, part of the BNC-208X Series, requires no external software, is compatible with various computer systems including Macintosh NuBus, PC/XT/AT, and IBM PS/


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Description

The National Instruments BNC-2080 Analog Breakout Board is a part of the BNC-208X Series and carries the part number 776579-90 when ordered without a cable. It does not require any external software and utilizes the existing DAQ board software for operation. Compatible with systems such as Macintosh NuBus (NB Series), PC/XT/AT, and IBM PS/2 Micro Channel (MC Series), the board supports both Windows and MAC operating systems.

This board is designed to facilitate up to 16 single-ended (SE) or 8 differential analog input channels, providing flexibility for various data acquisition needs. It also features 24 BNC connectors for analog signal connections and includes two male 50-pin connectors for ribbon-cable interfacing. On-board, there are designated spaces for capacitors and resistors to create voltage dividers, and single-pole low-pass and high-pass filters, which aid in tailored signal conditioning.

When it comes to power requirements, the BNC-2080 Analog Breakout Board operates on +5 VDC, with a typical current draw of 12 mA and a maximum current capacity of 750 mA, ensuring efficient consumption from the host computer.

Specification Details
Product Name National Instruments BNC-2080 Analog Breakout Board
Part Number (Board Only) 776579-90
Series BNC-208X Series
Software Requirement No external software needed; Uses DAQ board software
Compatible Systems Macintosh NuBus (NB Series), PC/XT/AT, IBM PS/2 Micro Channel (MC Series)
Supported Operating Systems Windows, MAC
Signal Connections 16 SE or 8 differential analog input channels
On-Board Components Spots for capacitors and resistors for voltage dividers, low-pass, and high-pass filters
Number of BNC Connectors 24
Ribbon-Cable Connectors Two male 50-pin connectors
Power Consumption +5 VDC
Typical Current 12 mA
Maximum Current 750 mA

Q1: What types of analog input channels does the National Instruments BNC-2080 Analog Breakout Board support, and what are its power requirements?
A1: The National Instruments BNC-2080 Analog Breakout Board is compatible with Macintosh NuBus (NB Series), PC/XT/AT, and IBM PS/2 Micro Channel (MC Series) computer systems, and supports both Windows and MAC operating systems.

Q2: What type of computer systems is the National Instruments BNC-2080 Analog Breakout Board designed to be compatible with, and what are its supported operating systems?
A2: The National Instruments BNC-2080 Analog Breakout Board carries the part number 776579-90, is compatible with both Windows and MAC operating systems, and can interface with Macintosh NuBus (NB Series), PC/XT/AT, and IBM PS/2 Micro Channel (MC Series) computers.

Q3: What are the compatible computer systems and operating systems for the National Instruments BNC-2080 Analog Breakout Board?
A3: The National Instruments BNC-2080 Analog Breakout Board supports up to 16 single-ended (SE) or 8 differential analog input channels and manages signal conditioning through designated on-board spaces for capacitors and resistors to create custom voltage dividers, and single-pole low-pass and high-pass filters.

Q4: What types of analog input channels does the National Instruments BNC-2080 Analog Breakout Board support, and how does it manage signal conditioning?
A4: The National Instruments BNC-2080 Analog Breakout Board is designed to be compatible with Macintosh NuBus (NB Series), PC/XT/AT, and IBM PS/2 Micro Channel (MC Series) computer systems, and it supports both Windows and MAC operating systems.

Q5: What is the part number and compatible operating systems for the National Instruments BNC-2080 Analog Breakout Board, and what types of computers can it interface with?
A5: The National Instruments BNC-2080 Analog Breakout Board supports up to 16 single-ended or 8 differential analog input channels and requires a power supply of +5 VDC, with a typical current draw of 12 mA and a maximum current capacity of 750 mA.