3Com Corporation
ABLE Communications
Acorn Computers Limited
Adaptec, Inc.
Adax, Inc.
Addmaster Corporation
Advanced Digital Corporation
Advanced Micro Devices
Advanced Scientific Instruments, Inc.
Alpha Microsystems
Altos Computer Systems
Ampro Computers, Inc.
Analogic Corporation
Apollo Computer, Inc.
Apple Computer
Applied Digital Data Systems
Applied Microsystems Corporation
Archive Corporation
Artec Electronics, Inc.
AT&T Information Systems
Beehive International
Bondwell Holding Ltd.
Burroughs Corporation
C. Itoh Electronics
California Computer Products, Inc. (CalComp)
California Computer Systems
Central Data Corporation
Centronics
Centronics Data Computer Corp.
Century Data Systens
Citizen
CompuPro
Computer Control Company
Compu/Time
Control Data Corporation
Corvus Systems, Inc.
Cromemco, Inc.
Data Dynamics Ltd.
Data Electronics, Inc.
Data General Corporation
Data I/O Corporation
Data Systems Design, Inc.
Datapoint Corporation
Dataproducts Corporation
Diablo Systems, Inc.
Digital Equipment Corporation
Digital Research, Inc.
Digitronics Corporation
Distributed Logic Corporation (Dilog)
Documation, Inc.
Dual Systems Corporation
DY 4 Systems Inc.
Emulex Corporation
Epson
Facit
Ferranti Ltd.
John Fluke Mfg. Co., Inc.
GRI Computer Corporation
Hayes Microcomputer Products, Inc.
Hazeltine Corporation
Heath/Zenith
Hewlett-Packard
Honeywell Information Systems Inc.
INMOS Limited
Intel Corporation
Interdata/Perkin-Elmer
International Business Machines
International Computers and Tabulators Limited
Kimtron Corporation
A/S Kongsberg Våpenfabrikk
Lear Siegler, Inc.
Megatek Corporation
MITS, Inc.
Moore Corporation
Morrow Designs
Motorola
National Semiconductor Corporation
Nixdorf Computer Corporation
Oki Electric Industry Company, Ltd.
Osborne Computer Corporation
Prime Computer, Inc.
Qume Corporation
Random Corporation
Research, Inc.
Research Machines
S&H Computer Systems, Inc.
Seattle Computer Products, Inc.
Shugart Associates
Soroc Technology, Inc.
Sun Microsystems, Inc.
Tandy Corporation
Tektronix
Teletype Corporation
TeleVideo
Texas Instruments
Vector Graphics, Inc.
Visual Technology Inc.
VLSI Technology, Inc.
Volker-Craig Ltd.
Western Digital Corporation
Wyse Technology
Xebec Systems, Inc.
Xerox Corporation
Zilog, Inc.
About
|
Reports
|
Help
ADV11-A, KWV11-A, AAV11-A, DRV11 User's Manual
Company:
Digital Equipment Corporation
Part:
EK-ADV11-OP-001
Date:
1976-11
Text:
adv11op1.txt
Table of Contents
Chapter 1
Introduction
1.1
General
1.2
References
Chapter 2
ADV11-A Analog-to-Digital Converter
2.1
General Description
2.2
Specifications
2.2.1
Electrical
2.2.2
Coding
2.2.3
Performance
2.2.4
Timing
2.2.5
Test Signals
2.2.6
Power Requirements
2.3
Functional Description
2.3.1
Channel Selection
2.3.2
A/D Conversion
2.3.3
Interface Functions
2.3.4
Control
2.4
User Interfacing
2.4.1
Analog Inputs
2.4.1.1
Single-Ended Mode
2.4.1.2
Quasi-Differential Mode
2.4.2
Avoiding Spurious Signals
2.4.2.1
Twisted Pair Input Lines
2.4.2.2
Shielded Input Lines
2.4.2.3
Allowing for Input Settling with High Source Impedance
2.4.3
Connections
2.4.3.1
Distribution Panel
2.4.3.2
External and Clock Starts
2.4.3.3
Mode Control
2.4.4
Vector and Address Selection
2.5
Programming
2.5.1
Control/Status Register (CSR)
2.5.2
Data Buffer Register (DBR)
2.5.3
Programming Example
Chapter 3
KWV11-A Programmable Real-Time Clock
3.1
General Description
3.2
Specifications
3.2.1
Clock
3.2.2
Input and Output Signals
3.2.2.1
Input Signals
3.2.2.2
Output Signals
3.2.2.3
Power Requirements (from LSI-11 Bus Power Supply)
3.3
Functional Description
3.3.1
Bus Control
3.3.2
Control/Status Register
3.3.3
Mode Control
3.3.3.1
Mode 0 (Single Interval)
3.3.3.2
Mode 1 (Repeated Interval)
3.3.3.3
Mode 2 (External Event Timing)
3.3.3.4
Mode 3 (External Event Timing from Zero Base)
3.3.3.5
Flag Overrun
3.3.4
Oscillator, Divider, Rate Control Options
3.3.5
Buffer/Preset and Counter Registers
3.3.6
Schmitt Triggers
3.4
Connectors, Switches, and Controls
3.4.1
40-Pin Connector
3.4.2
FAST ON Connectors (Clock Overflow and ST1 Outputs)
3.4.3
Selector Switches (Address, Vector, and Slope/Reference Level)
3.4.3.1
Address Selection
3.4.3.2
Vector Selection
3.4.3.3
Slope and Reference Level Selector Switches and Controls
3.5
Programming
3.5.1
CSR Bit Assignments
3.5.2
Buffer/Preset Register (BPR)
3.5.3
Normal Control Sequences
3.5.3.1
Mode 0 (Single Interval)
3.5.3.2
Mode 1 (Repeated Interval)
3.5.3.3
Mode 2 (External Event Timing)
3.5.3.4
Mode 3 (External Event Timing from Zero Base)
3.5.4
Programming Example
Chapter 4
AAV11-A Digital-to-Analog Converter
4.1
General Description
4.2
Specifications
4.3
Functional Description
4.3.1
Bus Control
4.3.2
Control Logic
4.3.3
DACs 0, 1, and 2
4.3.4
DAC 3
4.4
Connectors, Switches, and Controls
4.4.1
40-Pin Connectors
4.4.2
Address Switches
4.4.3
Mode/Level Selector Jumpers
4.5
Interfacing to Output Devices
4.5.1
Ground Connections
4.5.2
Twisting
4.5.3
Shielding
4.5.4
Drive Capability
4.6
Programming
Chapter 5
DRV11 Parallel Line Unit
5.1
General Description
5.2
Jumper-Selected Addressing and Vectors
5.2.1
Locations
5.2.2
Addressing
5.2.3
Vectors
5.3
Interfacing to the User's Device
5.3.1
General
5.3.2
Output Data Interface
5.3.3
Input Data Interface
5.3.4
Request Flags
5.3.5
Initialization
5.3.6
NEW DATA READY and DATA TRANSMITTED Pulse Width Modifications
5.4
Programming
5.4.1
Addressing
5.4.2
Interrupt Vectors
5.4.3
Word Formats
5.4.4
I/O Timing
Chapter 6
ADV11-A, KWV11-A, AAV11-A, and DRV11 Maintenance
6.1
Maintenance Philosophy
6.2
ADV11-A Analog-to-Digital Converter
6.2.1
Installation
6.2.1.1
Location
6.2.1.2
Address and Vector Selection
6.2.1.3
Board Insertion
6.2.1.4
Test Connector
6.2.1.5
Shields
6.2.1.6
Acceptance
6.2.1.7
Final Connections
6.2.2
ADV11-A Circuitry
6.2.2.1
ADV11-A Analog Power Supply
6.2.2.2
ADV11-A A/D Conversion Circuit
6.2.2.3
The Vernier DAC
6.2.3
ADV11-A Performance Test (MAINDEC-11-DVADA-A)
6.2.4
Maintenance
6.2.5
Calibration
6.3
KWV11-A Real Time Clock
6.3.1
Installation
6.3.1.1
Location
6.3.1.2
Address and Vector Selection
6.3.1.3
Board Insertion
6.3.1.4
Test Connections
6.3.1.5
Acceptance
6.3.2
Final Connections
6.3.3
KWV11-A Circuitry
6.3.4
KWV11-A Diagnostic (MAINDEC-11-DVKWA-A-D)
6.3.5
Maintenance
6.4
AAV11-A Digital-to-Analog Converter
6.4.1
Installation
6.4.1.1
Location
6.4.1.2
Address Selection
6.4.1.3
Board Insertion
6.4.1.4
Test Connectors
6.4.1.5
Acceptance Test
6.4.2
Final Connections
6.4.3
Mode/Level Selection
6.4.4
AAV11-A Circuitry
6.4.4.1
AAV11-A Analog Power Supply
6.4.4.2
Digital-to-Analog Circuits
6.4.5
AAV11-A Diagnostic Test (MAINDEC-11-DVAAA-A)
6.4.6
Maintenance
6.4.7
Calibration
6.5
DRV11 Parallel Line Interface
Copies
Address:
http://vt100.net/mirror/antonio/adv11op1.pdf
Site:
Paul Williams' VT100.net
Format:
PDF
Size:
38926475 bytes (37.1 MiB)
Comments, queries or problems to <
manx@celigne.co.uk
>
