HP 1630A Owner's manual
OPERATING
AND
PROGRAMMING
MANUAL
C
P
~HEWLETT
PACKARD
[hp]
OPERATING
AND
PROGRAMMING
MANUAL
HP
LOGIC
ANALYZERS
MODELS
1630A/D/G
This
manual
applies
to
Models
1630A/D
(Option
007)
and
all
1630G
instruments
.
It
also
applies
to
1630A
instruments
serial
prefixed
2424A
and
below,
and
1630D
instruments
serial
prefixed
2428A
and
below
.
HP
Part
Number
01630-90915
PRINTED
:
OCTOBER
1985
Microfiche
Part
Number
01630-90815
GROUND
THE
INSTRUMENT
.
SAFETY
SUMMARY
The
following
general
safety
precautions
must
be
observed
during
all
phases
of
operation,
service,
and
repair
of
this
Instrument
.
Failure
to
comply
with
these
precautions
or
with
specific
warnings
elsewhere
In
this
manual
violates
safety
standards
of
design,
manufacture,
and
intended
use
of the
Instrument
.
Hewlett-Packard
Company
assumes
no
liability
for
the
customer's
failure
to
comply
with
these
requirements
.
To
minimize
shock
hazard, the instrument
chassis
and
cabinet
must
be
connected
to
an
electrical
ground
.
The
instrument
is
equipped
with a
three-conductor
ac
power
cable
.
The
power
cable
must
either
be
plugged
into
an approved
three-contact
electrical
outlet
or
used
with
a
three-contact
to
two-contact
adapter
with
the
grounding
wire
(green)
firmly
connected
to
an
electrical
ground
(safety
ground)
at
the
power
outlet
.
The
power
jack
and
mating
plug
of
the
power
cable
meet
International
Electrotechnical
Commission
(IEC)
safety
standards
.
DO
NOT
OPERATE
IN
AN
EXPLOSIVE
ATMOSPHERE
.
Do
not
operate
the
instrument
in
the
presence
of
flammable
gases
or
fumes
.
Operation
of
any
electrical
instrument
in
such an
environment
constitutes
a
definite
safety
hazard
.
KEEP
AWAY
FROM
LIVE
CIRCUITS
.
Operatingpersonnel
must
not
remove
instrument
covers
.
Component
replacement
and
internal
adjustments
must be
made
by
qualified
maintenance
personnel
.
Do
not
replace
components
with
power
cable
connected
.
Under
certain conditions,
dangerous
voltages
may
exist
even
with
the
power
cable
removed
.
To
avoid
injuries,
always disconnect
power
and
discharge
circuits
before
touching
them
.
DO
NOT
SERVICE
OR
ADJUST
ALONE
.
Do
not
attempt
internal
service
or
adjustment
unless
another
person,
capable
of
rendering
first
aid
and
resuscitation,
is
present
.
USE
CAUTION
WHEN
EXPOSING
OR
HANDLING
THECRT
.
Breakage
of
the
Cathode-ray
Tube
(CRT)
causes
a
high-velocity
scattering
of
glass
fragments
(implosion)
.
To
prevent
CRT
implosion,
avoid
rough
handling
or
jarring
of
the
instrument
.
Handling
of
the
CRT
shall
be
done
only
by
qualified
maintenance
personnel
using
approved
safety
mask
and
gloves
.
DO
NOT
SUBSTITUTE
PARTS
OR
MODIFY
INSTRUMENT
.
Because
of
the
danger
of
introducing
additional
hazards,
do
not
install
substitute
parts
or
perform
any
unauthorized
modification
of
the
instrument
.
Return
the
instrument
to a
Hewlett-Packard
Sales
and
Service
Office
for
service
and
repair to
ensure
that
safety
features
are
maintained
.
DANGEROUS
PROCEDURE
WARNINGS
.
Warnings,
such
as the
example
below,
precede
potentially
dangerous
procedures
throughout
this
manual
.
Instructions
contained
in
the
warnings
must
be followed
.
WARNING
Dangerous
voltages,
capable
of
causing
death,
are
present
in
this
instrument
.
Use
extreme
caution
when
handling,
testing,
and
adjusting
.
Model
1630A/D/G
Table
of
Contents
1630A/D/G
Operating
and
Programming
Manual
Table
of
Contents
Chapter
1
.
General
Information
Chapter
2
.
Installation
Introduction
............
........
. .
. .
........................
.
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...
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.
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1-1
Manual
Contents
......
..........
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1-1
Analyzer
Description
...
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.............................................
1-1
State
Analysis
.........
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................
1-2
Timing
Analysis
.......
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.
.................................
1-2
Internal
Storage
..........
.
.
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.............................................
1-3
The
System
Specification
.
.
...
.......
....
.
....................................
...
1-3
The
Format
Specification
.....
........
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.......................
.....
1-3
The
Trace
Specification
.......
.
.
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..........
1-3
List
Displays
..................
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.
1-3
Waveform
Displays
......
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...........
1-3
Chart
Displays
...........
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1-3
Physical
Configurations
.......
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1-4
Analyzer
Memory
.........
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.
1-4
Introduction
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2-1
Initial
Inspection
.........
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.
2-1
Power
Requirements
.....
.
...
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.
..............................
.
....
.
.....
. .
....
2-1
Line
Voltage
Selection
.........
.
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.. .
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.
2-2
AC
Power
Cable
.............
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2-2
Operator's
Maintenance
.......
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.
2-2
Site
Selection
..................
.
.
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.
......................
.
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......
2-2
Rear
Panel
Address
Switch
.....
.
...
...
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...
......
2-2
Rear
Panel
B
N
C
Connectors
....
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2-3
Connecting
Operating
Power
...
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2-3
Applying Operating
Power
...........
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2-3
Self-Test
..
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2-4
1630A/D
Self-Test
..................
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2-4
1630G
Self-Test
....................
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.
........................
2-4
Connecting
Analyzer
To
Target
System
...........
.
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.
.........................
2-6
Connecting
Analyzer
Through
Probe
Interface
...
.
..........................
.
.
.
.
2-6
Connecting
Probes
Directly
To
Target
System
. .
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.
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2-6
Chapter
3
.
Front Panel Controls
and
Menu
Map
Introduction
.
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...................................................
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3-1
State
Measurements
...................................................
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3-1
Timing
Measurements
........................................
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3-1
Interactive
State/Timing
Measurements
..............
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3=1
Chapter
4
.
State
Measurements
Introduction
.
...
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.
.
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4-1
Capturing
A
State
Trace
......................................................
...
4-1
The
State
Format
Specification
..........................................
...
. .
....
4-4
The
State
[Assignment]
Format
Specification
..........................
.........
4-4
Table
of
Contents
Model
1630A/D/G
Chapter
4
.
State
Measurements
(Cont'd)
Chapter
5
.
Performance
Analysis
Measurements
Chapter
6
.
Timing
Measurements
Chapter
7
.
Interactive
State
And
Timing
Measurements
iv
The
State
[Relocation]
Format
Specification
......
.
.....
.
...........
..........
4-10
The
State
[User
Base]
Format
Specification
............
...
.
.
...........
.......
4-13
Inverse
Assemblers
For
The
Logic
Analyzer
...............
.
...............
......
4-15
The
State
Trace
Specification
.
.
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4-15
Resource
Terms
.
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4-19
Sequential
Triggering
......
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.......................
4-22
[Compare/Edit
Compare/Full
Compare]
Trace
Modes
. .
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.
4-27
The
State
Display
.
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4-31
List
Displays
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4-31
Waveform
Displays
......
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4-33
XY
Charts Of
Label
Activity
....
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4-34
Introduction
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5-1
State Label
Overview
Measurement
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5-1
Time
Interval
Overview
Measurement
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5-4
Time
Positional
Measurements
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5-6
Linkage
Overview
Measurements
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5-10
Introduction
.
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6-1
Glitches
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6-1
Triggering
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6-1
Simple Timing
Measurements
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6-1
Activating
The
Timing
Analyzer
...........
...
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..
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6-1
Controlling
The
Timing
Display
......
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6-3
Selecting
Trace
Positions
On
The
Display
.
.
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6-4
Triggering
O
n
A
Timing
Event
.......
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6-5
The
Timing Format
Specification
.............
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6-7
Timing
Format
Specification
[Assignment]
...
.
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6-7
Timing
Format
Specification
[User
Base]
....
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6-8
The
Timing
Trace
Specification
....................
.
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.
......................
6-9
[Single]
Timing
Trace
Specification
..............
. .
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.
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......................
6-9
[Continuous]
Timing
Trace
Specification
..........
.
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6-9
The
Timing
Display
.
.
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........................
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..........................
6-10
Waveform
Displays
.
.
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6-10
List
Displays
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6-11
Chart
Displays
.....
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6-12
Introduction
.
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7-1
The
Format
Specification
........
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7-1
The
Trace
Specification
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7-1
Interactive
State/Timing
Displays
.
.
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...
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. .
7-1
Interactive
State/Timing
Triggering
.............................................
. .
7-1
Special
Use
For
Stop
Key
....
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7-2
Making
Coordinated
State
And
Timing
Measurements
...
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7-2
Setup
For
State
And
Timing
Measurements
.................
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7-2
Executing
Coordinated
Measurements
....
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. .
7-4
Model
1630A/D/G
Table
of
Contents
Chapter
8
.
The
Peripherals
Menus
[Peripherals]
System
Configuration
.
.......
....
.
......................
.....
......
8-1
1630A/D
System
[Peripherals]
Specification
Menu
....
.
...............
...
.
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....
8-
1630G
System
[Peripherals] Specification
Menu
. .
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.
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.
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.
.......
8-2
Chapter
9
.
Using
HP-113
Or
HP-IL
Interface
Introduction
. .
....
.
...
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.
...
...
.
..............
..........
..........
...
.
9-1
HP-113
and
HP-IL
Interface Capabilities
......
.
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.....
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9-1
Keyboard
Mnemonics
..................
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..
9-2
Data Formats
.
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.........
9-5
Data
Formatting
Examples
..................
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.........
9-6
HP
1630A/D
Learn
String
Commands
...........................
....
.............
9-10
TC
-
Transmit
Configuration
Learn
String
...................
........
...........
9-10
TS
-
Transmit
State
Aquisition
Learn
String
..............
.
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.
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9-10
TT
-
Transmit
Timing
Acquisition
Learn
String
...........
.
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.
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9-14
TE
-
Transmit
Everything
Learn
String
..................
. .
.....................
9-15
Data
Transfer
Terminaton
.
..........................
.
.....
.
.....................
9-15
HP
1630G
Learn
String
Commands
.................................
.
............
9-15
TC
-
Transmit
Configuration
Learn
String
......................................
9-15
TS
-
Transmit
State
Acquisition
Learn
String
..........
.
.
.
.....................
.
9-16
TT
-
Transmit
Timing
Acquisition
Learn
String
................................
.
9-21
TE
-
Transmit
Everything
Learn
String
.....................................
.
.
. .
9-22
Data
Transfer
Termination
...
. .
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..........................................
.
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. .
9-22
Appendix
A
.
Display
Messages
Appendix
B
.
An
HP-1131
Overview
Introduction
....
.
....
....
.
....................................................
. .
B-1
HP-IB
System
Terms
.
.
...
.
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......
. .
B-1
Interface
Bus
Concepts
.
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.
B-1
Message
Concepts
.......
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...
B-2
The
HP
Interface
Bus
...
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.
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.
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.
......
...
B-3
HP-113
Lines
And
Operations
...
....
.
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.
.
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....
.
......
.
.
.
.
.....
B-3
Interface
Functions
...
. .
. .
.....
.
...........
.
....
. .
....
. .
....
. .
.
.
. .
.....
.
.....
...
B-5
Bus
Messages
.............
.
.
.
....
. .
.
.
.
...
.
.
.
.
.
.
...
...
...
.
.
.
.......... .
.........
B-6
HP
1630
HP-IB
Implementation
.
...........
.
....
.
. .
.
.
....
...
...........
.........
B-6
Appendix
C
.
Using
A
Printer
Introduction
............................................................ .
.
. .
.
.
. .
C-1
Obtaining
Hard
Copy
From
A
Printer
.........................
.
.....
...
.
.
.
.....
. .
C-1
Using
A
Controller
To
Operate
The
Analyzer
And
Printer
............
.
.....
.....
. .
C-2
Appendix
D
.
Using
The
Disc
Memory
Accessory
Introduction
....
.
.... .
.
... .
. .
...
...
.
.....
.
.
.
.. .
..
....
....
.
......
.
..............
.
D-1
Connecting
The
9121
D/S
Flexible
Disc
Drive
..............................
.
.
....
D-1
The
Storage
Operations
Menu
.....
. .
.
.
. .
.
......
.
.
.
. .
...
. .
......................
D-1
How
To
Read
A
Disc
File
...........................................
.
...
......
.
.
D-2
How
To
Create
A
New
Disc
File
...
.
.....
.
...........
.
..........................
.
D-3
How
To
Find
A
Disc
File
............................................
.
....
.....
. .
D-3
How
To
Delete
A
Disc
File
........
.
......................................
......
.
D-4
How
To
Load
An
Inverse
Assembler
From
Disc
To
Internal
Storage
. .
.
.
.
.
.
.
.....
. .
D-4
How
To
Format
A
Disc
............................................
.
.....
......
.
D-5
Table
of
Contents
List
of
Illustrations
Appendix
E
.
Using
The
Tape
Memory
Accessory
Index
vi
Introduction
................
.
...
...
.
. .
.... .
.
............
.
.................
. .
....
E-1
How
To
Use
Tape
Memory
Accessory
. .
...
.
.....
.
..........................
.
....
E-1
How
To
Create
A
New
File
.......
. .
. .
....
.
...
...
.
.......................
.
.......
E-4
How
To
Read
A
File
. .
................
.
.
.
.
..........
. .
.
...........
.....
.
...
....
.
E-4
How
To
Copy
An
Existing
File
From
One
Tape
To
Another
....
.
....
.....
...
...
.
. .
E-4
List
of
Illustrations
Model
1630A/D/G
Figure
3-1
.
1630
Front
Panel Controls
.......
. .
. .
....
.
...
...
. .
......
.
...
.
.....
...
...
.
.............
3-2
Figure
3-2
.
Input/Output
Displays
Menu
Map
.....
........
..
. .
.
.
. .
. .
....
. .
......................
. .
3-3
Figure
4-1
a
.
1630D
Default
System
Specification
Menu
. .
.
.
...
.
........................
. .
. .
.....
.
.
.
4-2
Figure
4-1
b
.
1630G
Default
System
Specification
Menu
....
.
.....
.
.
.
.
...
.
.
.
.
.
.
...........
...
. .
....
4-2
Figure
4-2a
.
Free-Run
State
Trace
Captured
By
The
1630A/D
.......................
.
...
...
.
.
.
....
4-2
Figure
4-2b
.
Free-Run
State
Trace
Captured
By
The
1630G
.
.
.....
.
.....
.
....
. .
.
.
........
.
.....
...
4-3
Figure
4-3a
.
1630A/D
Default
State
Format
Specification
Menu
.
. .
. .
.....
.
.....
.
.
.
...
.
.
.
........
...
4-4
Figure
4-3b
.
1630G
Default
State
Format
Specification
Menu
...
. .
. .
....
. .
.....
.
.....
.
... .
........ .
4-5
Figure
4-4
.
1630G
State
Listing
Including
The
ADDR
Label
............
.
...
...
.....
.
...............
4-7
Figure
4-5a
.
1630A/D
State
[Assignment]
Format
Specification
Menu
.
. .
....
. .
....................
.
4-7
Figure
4-5b
.
1630G
State
[Assignment]
Format
Specification
Menu
...............................
.
4-8
Figure
4-6a
.
1630A/D
State
Listing
For
ADDR,
DATA,
And
STAT
Labels
..........................
.
4-8
Figure
4-6b
.
1630G
State
Listing
For
ADDR,
DATA,
and
STAT
Labels
.................
.
.....
...... .
4-9
Figure
4-7
.
State
Assignment
With
Bits
Assigned
To
Multiple
Labels
..................
. .
....
.....
.
.
4-9
Figure
4-8
.
State
Listing
With
Bits
Assigned
To
Multiple
Labels
..............................
.
.
.
.
4-10
Figure
4-9
.
Default
State
[Relocation]
Format
Specification
Menu
...............................
.
4-11
Figure
4-10
.
State
[Relocation]
Format
Specification
With
Assigned
Modules
Figure
4-11
.
State
Listing
Using
Relocation
Values
...
..
. .
....
. .
... .
.
...........
. .
....
....
.
......
4-12
Figure
4-12
.
State
Listing
With
Relocation
And
Absolute
Value
Lists
. .
....
....
. .
....
.
......
.
.
.
...
4-13
Figure
4-13
.
State
[User
Base]
Format
Specification
Menu
.
.
......
.
....
.
............
.
.
.
...
......
4-13
Figure
4-14
.
User
Base
Specification
With
Assigned
Conditions
To
STAT
Label
.......
.
.
.
. .
. .
.
.
.
.
4-14
Figure
4-15
.
State
Listing
With
User
Base
Names
In
STAT
List
.
.........
.
.....
...
...
.....
.
......
4-14
Figure
4-16
.
State
Listing
With
Disassembled
Data
List
.
.
.
...
...
...
.
.....
...
.
.
.
...
.
.
.
.....
.
......
4-15
Figure
4-17
.
1630G
Default
State
Trace
Specification
Menu
.
...
.
.
.
...
.
.
.
.....
.
..................
4-16
Figure
4-18
.
1630G
State
Listing
With
Count
States
List
....
.
....
. .
. .
.
.
. .
....
.
...................
4-17
Figure
4-19
.
1630G
State
Listing
With
States
List
In
Absolute
Values
.............................
4-17
Figure
4-20
.
State
Listing
With
Specific
States
Marked
..........................................
4-18
Figure
4-21
.
State
Listing
Showing
Only
A
Specific
State
....................................
. .
.
.
4-18
Figure
4-22
.
The
State
Trace
Specification
With
Fields
For
Resource
Terms
............
. .
....
....
4-20
Figure
4-23
.
Specification
Of Trigger
On
First
OccurrenceOf
A
Specific
State
...
.
.....
.
.
.
...
....
4-20
Figure
4-24
.
Trigger
Starts
Trace
Listing
...
.
...................................
.
.....
....
. .
....
4-20
Figure
4-25
.
Trigger
Centers
Trace
State
Listing
. .
.
.
.
.....................
.
.....
...
...
..........
4-21
Figure
4-26
.
Trigger
Ends
Trace
State
Listing
. .
...
. .
....
.
...........
.
.....
.
.
.
...
................
4-21
Figure
4-27
.
Branching
Network
With
Specified
Paths
...
...
...
.
.
.
...
. .
....
..................
.
.
. .
4-22
Figure
4-28
.
State
Trace
Specification
With
Sequence
Terms
. .
...
...
...
.
.
.
...........
....
. .
.....
4-23
Figure
4-29
.
State
Trace
Specification
With
[next
to]
Sequence
Terms
....
.
.....
. .
....
.....
.
.....
4-23
Figure 4-30
.
State
Trace
Specification
With
Sequence
Terms
And
ORed
Trigger
Starts
Terms
.....
4-24
Figure
4-31
.
Maximum
Sequence
Restart
ORed
Resource
Terms
................
....
.
............
4-25
Figure
4-32
.
ORed
Resource
Terms
As
Store
Qualifiers
When
Trigger
Starts
Trace
. .
.
............
4-25
Figure
4-33
.
Store
Qualifying
Data
Between
Sequence
Terms
. .
.
.
. .
....
. .
.......................
4-26
Figure
4-34
.
Maximum
Amount
Of
Resource
Terms
For
The
State
Trace
Specification
............
4-27
Model1630A/D/G
List
of
Illustrations
(Cont'd)
List
of
Illustrations
Figure
4-35
.
[Compare/Edit
Compare]
State
Trace
Specification
.
.
...
....
...
.
.....
........
.....
. .
4-28
Figure
4-36
.
The
[Compare/Edit
Compare]
List
.........
. .
...
...
.
...
....
.
.
. .
.
........
....
.....
. .
4-28
Figure
4-37
.
Trace
Taken
In
Compare
[until
i4]
Mode
. .
.
.
.
...
.
.
.
. .
...
. .
...........
.
. .
.....
.
.
. .
. .
4-29
Figure
4-38
.
Original
Compare
List
With
Compare
Event
Differences
. .
. .
. .
.
.
. .
.
.
...
.
....
. .
.....
. .
4-29
Figure
4-39
.
[Full
Compare]
State
Trace
Specification
....
.
.....
.
...
. .
.
...
.
.
.
. .
.
...
. .
..........
. .
4-30
Figure
4-40
.
Typical
List
Display
In
Single
Trace
Mode
..............
.........
...
.
.....
. .
. .
....
. .
4-31
Figure
4-41
.
Typical
List
Display
In
Compare
Trace
Mode
.
....
.
.....
.......
. .
.....
....
.
...
....
. .
4-32
Figure
4-42
.
Typical
State
Waveform
Display
........................
.
.
...........
..............
4-33
Figure
4-43
.
Typical
State
XY
Chart
Of
A
Label
..........................
...
. .
....
..............
4-34
Figure
5-1
.
Example
State
Label
Overview
Trace
Specification
..............
.
...
...
..............
. .
5-3
Figure
5-2
.
State Label
Overview
Chart
Of
Example
Measurement
................
.
...
.
........
.
.
. .
5-4
Figure
5-3
.
Example
State
Time
Interval
Overview
Trace
Specification
.......................
.
.
.
.
. .
5-5
Figure
5-4
.
State
Time
Interval
Overview
Chart
Of
Example
Measurement
...
.
.....
.
........
........
5-6
Figure
5-5
.
Example
State
Time-Positional
Trace
specification
..............
.
..............
........
5-7
Figure
5-6
.
State
Time
Positional
Overview
Chart
Of
Example
Measurement
..........
.............
.
5-8
Figure
5-7
.
State
Time
Positional
Listing
for
Example
Measurement
...
.
...
.
....
...
...
..........
. .
.
.
5-9
Figure 5-8
.
Example
State
Linkage
Trace
Specification
.
.....
.
.................
.
.
.
...
.
.
.
.........
5-11
Figure 5-9
.
State
LinkageOverview
Chart
For
Example
Measurement
....
. .
....
...
...
.
...........
5-12
Figure
6-1
.
Selecting
The
Timing
Analyzer
Configuration
Of
The
1630D
(1630A
and
1630G
Have
8
Less
Channels)
...................
.
. .
........
.
.
.
.
.
.
...
.
...........
.
............
. .
.
.......
...
6-2
Figure
6-2
.
Default
Timing
Measurement
For
1630D
(1630A
and
1630G
Have
8
Less
Channels)
.
.....
6-2
Figure 6-3
.
Magnification
Around
"x"
...
.
. .
.....
.
....
.
.
.
.
...
...
...
...
...
.
.
.
.
.
.
.....
.
.....
...
.
.
.
...
6-3
Figure 6-4
.
Selecting
Waveform
Positions
On
Display
.....
. .
...
.
.
.
...
.
.
.
...........
. .
.
.
.
...
.
.
. .
...
6-5
Figure 6-5
.
Triggering
On
A
Pattern
And
Edge
Transition
........
.
.....
.
.................
. .
.
.
. .
...
6-6
Figure 6-6
.
Triggering
On
A
Timing
Event
.
.
.
...
.
....
.
.....
.
.....
.
.....
.
...
.
.
.
...........
.
.....
...
6-6
Figure
6-7
.
Timing
AssignmentFormat
Specification
.......
.
.....
.
..........
. .
.....
.
......
.
.
.
. .
...
6-7
Figure
6-8
.
Timing
UserBaseFormat
Specification
..............
.
.....
.
.....
.
.....
.
.....
.........
6-8
Figure
6-9
.
TimingTrace
Specification
(With
[Glitch]
Selected)
...
.
.....
.
.
.
...
.
......
.
.
.
. .
.........
6-9
Figure
6-10
.
Typical
Timing
Waveform
Display
.
.
.
.
........
.
.....
.
............
.
....
.
......
.......
6-10
Figure
6-11
.
Typical
List
Display
Of
Timing
Activity
..............
.
.................
.
.
.
.
.
.
.......
6-11
Figure
6-12
.
Typical
Timing
XY
Chart
Of
A
Label
. .
. .
. .
.
.
. .
.
.
.
...
. .
....
. .
....
. .
.
.
. .
.............
6-12
Figure
7-1
.
Combined
State/Timing
Analyzer
System
Configuration
for
The
1630G
.................
7-2
Figure 7-2
.
State
Assignment
Format
Specification
. .
.
.....
.
.....
.
.................................
7-3
Figure 7-3
.
State
Trace
Specification
In
State/Timing
Measurements
. .
.
...........................
.
7-3
Figure 7-4
.
State
Trace
Specification
With
Trigger
In
Row
"b"
...
.
...............................
. .
7-4
Figure 7-5
.
Timing
Trace
Specification
For
Combined
State/Timing
Measurements
...........
.
.
.
.
. .
7-5
Figure 7-6
.
Timing
Waveform
Display
.....................................................
.......
7-6
Figure 7-7
.
TimingTrace
Specification
With
Master
[Timing]
...............................
.....
. .
7-6
Figure 7-8
.
Timng
Listing
Display
.........................................................
.....
. .
7-7
Figure
8-1
.
1630A/D
[Peripherals]
System
Specification
..............................
...
.
.
.
.....
. .
8-1
Figure 8-2
.
1630G
System
[Peripherals]
Specification
Menu
Without
Internally
Stored
Information
.
. .
8-2
Figure 8-3
.
1630G
System
[Peripherals]
Specification
Menu
With
Internally
Stored
Information
....
. .
8-4
Figure D-1
.
The
[Storage
Operations]
Menu
...................................
. .
....
.......
.
...
.
D-2
Figure
E-
1
.
Tape
Operations
System
Menu
. .
...............................
.
. .
....
. .
......
. .
.
.
.
.
E-2
List
of
Tables
Model
1630A/D/G
List
of
Tables
Table
1-1
.
Specifications
....
.
...
.
.
.
....
.
....
.
.
. .
. .
........
...
...
...............
.
.... .
...
........
1-5
Table
1-2
.
Operating
Characteristics
...
.
.....
....
.
........
.....
.
...................
.
.
....
........
1-7
Table
4-1
.
Address
Map
For Relocation
Example
........
.
...
...
. .
....
.
.................
.........
4-10
Table
4-2
.
UserBase
Names
For
STAT
Label
.
..............
...
.
.
.
...
...
..............
..........
4-14
Table
9-1
.
HP-IB/HP-IL
Keyboard
Mnemonics
.
.
.
.
...
...
.
....................
....
.
.....
.....
......
9-
2
Chapter
1
.
General
Information
Introduction
...
. .
...
.
....................
.
..............
....
.
...
...
...
.....
.
.
. .
. .
1-1
Manual
Contents
..........
...
.....
.
...
...
.
.....
........
...
.........
....
......
.
.
.
1-1
Analyzer
Description
.......
. .
....
.
...
....
. .
.
.
.
..........
...
.
. .
....
.
.
...
.......
. .
1-1
State
Analysis
...................
.
....
. .
...
.
.
.
.........
......
....
.....
........
.
1-2
Timing
Analysis
........
.
.
.
.....
. .
. .
....
. .
.
.
..
..........
. .
.
. .
........
...
......
.
1-2
Internal
Storage
......
. .
. .
.
.
. .
....
. .
.
.....
. .
.
.
. .
..........
......
......
. .
.
.
......
.
1-3
The
System
Specification
.
.
.
.
.....
. .
. .
.
.
. .
. .
...
...........
......
......
.....
.....
.
1-3
The
Format
Specification
..........
.
...
.
.
.
.....
.
..........
. .
.
....
. .
. .
.
. .
.
.
......
.
1-3
The
Trace
Specification
.....
.
...
.
.
.
...
...
...
.
.............
.
.
....
...
.....
.
.
......
1-3
List
Displays
....
.
.....
.
.....
.
...
.
.
.
.
.....
...............
...
.
....
. .
......
.
.
......
1-3
Waveform
Displays
.....
.
.....
.
.................
...
.
.
.
...
......
.....
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1-3
Chart
Displays
......
.
. .
. .
....
. .
...........
.
....
....
.
....
...
.
...
...
......
.
.
.....
.
1-3
Physical
Configurations
...
...
.
.
.
...
.
......
. .
...
.....
.
...
........
. .
.....
.........
1-4
Analyzer
Memory
........
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1-4
Model1630A/D/G
General
Information
INTRODUCTION
This
manual
describes
how
to
operate
the
Hewlett-Packard
Models
1630A, 1630D,
and
1630G
Logic
Analyzers
.
The
three
analyzers
operate
the
same,
but
each have
different
configuration
capabilities
.
The
1630G
is
the
latest
configuration
with
added
performance
measurement
capabilities
that
are
not
possible
with
the
1630A
or
1630D
logic
analyzers
.
The
differences
are
described,
wherever
applicable,
throughout
this
manual
.
This
first
chapterdescribes
the
physical
and
electrical
characteristics
of
the
analyzer
.
At
the
end
of
this
chapter
are
two
tables
:
one
lists
the
analyzer
specifications
guaranteed
by
HP,
and
the
other
lists
the
analyzer
operating
characteristics
.
MANUAL
CONTENTS
Chapter
1
General
Information
This
manual
contains
instructions
and
information
to
help
you
install
and
operate
the
logic
analyzer
.
It
shows
how
to
assign
labels
in
the
format
specification
to
identify
signals
from
the
input
probes,
and
how
to
assign
symbols
to
represent
values
found
on
those
labeled
inputs
.
Chapter
2
describes
how
to
set
up
the
logic
analyzer
for
use
.
Directions
are
given
for
connecting
the
probe
cables
to
a
system
under
test
and
initiating
the
analyzer
self test
.
Chapter
3
contains
a
menu
map
and
a
front
panel
keyboard
description
.
The
menu
map
helps
to
put
the
overall
operation
of
the
analyzer
into
perspective
.
Page
numbers
are
given
byeach
menu
to
reference
the
description
of
the
menu
in
the
manual
.
Chapter
4
of
this
manual
is
State
Measurements
.
The
basic
state
measurements,
from
taking
a
trace
in
a
free-
run
mode
to
selective tracing,
is
explained
in
a
step-by-step
process
.
Chapter
5
contains
the
software
performance
analysis
measurements
.
Although
these
measurements
are
state
measurements,
an
entire
chapter
is
devoted
to
them
because
of
the
complexity
of
overview
analysis
.
Chapter
6
is
a
description
of
thetiming
measurements
.
Simple
timing
measurements
are
described
in
a
step-
by-step
process
.
Chapter
7
describes
interactive
state/timing
measurements
.
Chapter
8
is
a
description
of
the
system
peripheral
menus
of
the
1630A/D
and
the
1630G
.
Chapter
9
contains
the
instructions
used
for
programming
the
1630
logic
analyzers
via
HP-113
or
HP-IL
.
Appendix
A
contains
all
the
possible
display
messages
that
may
appear
on
the
analyzer
screen
.
An
HP-113
overview
is
given
in
Appendix
B
for
use
as
a
reference
for
programming
over
the
HP-113
.
Appendices
C, D,
and
E
explain
using
a
printer,
tape
memory,
or disc
memory
accessories
with
the
logic
analyzer
.
ANALYZER
DESCRIPTION
Logic
analyzers
perform
trace
measurements
.
The
HP
1630A/D/G
models
are
interactive
state
and
timing
analyzers
for
use
in
the
design
and
troubleshooting
of
microprocessor
based
systems
.
An
analyzer
traces
activity
from
several points
during
a
period
of
system
operating
time
.
The
analyzer
may
perform
both
state
and
timing
measurements
together
and
interactively
control
the
capture
of
information
in
each
of
these
two
functions
.
General
Information
Model1630A/D/G
The
analyzer
can
perform
overview
measurements
with
which
the
performance
of
code
modules
in
software-
intensive
systems
may
then
be analyzed
.
Overview
measurements
available
in
all
three
1630
models
include
state
and
time
interval
histograms
.
The
1630G
has
added
overview
measurement
features
that
enhance
the
state
label
histogram
and
allow
time
position
and
linkage
measurements
.
The
logic
analyzers
can
be
described
as
having
two
basic
functions,
that
of
state
and
timing,
and
have
special
features
in
each
function
which
are
listed
below
.
State
Analysis
The
state
analysis
function
of
each
model
features
:
"
Continuous
trace
until
compare
"equal
to" or
"not
equal
to"
is
provided
.
The
compare
file
is
the
width
of
the
analyzer,
and
has
depth
of
up
to
16
words
with
the
1630A/D
and
in
the
edit
compare
mode
of
the
1630G
.
The
1630G
has
a
full
compare
mode
in
which
the
entire
trace
may
be
compared
.
"
Three
ORed
clocks
given
in
single-phase
or
two-phase
demultiplexing
modes
.
"
Data
sampling
up
to
25
MHz
.
"
1024
states
available
in
memory
after
a
trace
.
"
A
State
Chart
of
any
user-defined
label
may
be
selected
for
display
.
"
State
analysis
can
be
armed
by
the timing
analysis
section
.
"
A
State
Histogram
of
any
user-defined
label
may
be
selected
.
"
A
Time
Interval
Histogram
of
the
timesoftware
takes
to
executefrom
one
selected
point
in
software
to
another
.
"
Time
Positional
measurements
for
the
occurrences
of
an
event
per
unit
time
may
be
made
.
(1630G
only)
Linkage
measurements
which
show
the
relative
frequency
of
occurrence
of a
set
of
events
.
(1630G
only)
Timing
Analysis
The
timing
analysis
function
of
each
system
features
:
"
Sampling
ranges
from
10
nS
to
500
mS,
in
increments
of
1,
2,
and
5
.
"
Timing
waveforms
that
can
be
magnified
from
X1 to
X40
in
1,
2,
and
4
increments
.
"
Time
between
dual
cursors
(x
and
o)
can
be
displayed
to within
1
sample
period
.
"
1024
samples
available
in
memory
after
a
trace
.
"
Timing
analysis
can
be
armed
by
the
state
analysis
section
.
"
Timing
can
be
triggered
by an
asynchronous
pattern,
ANDed
with a
glitch
or
edgeon
any
channel,
and
patterns
that
exceed
or
fall
short
of
a
specified
time
limit
.
Model
1630A/D/G
General
Information
INTERNAL
STORAGE
The
1630G
has
the
added
feature
of
an
internal
storage
spacewhich
allows the
user
to
store
menu
configurations
and
an
inverse
assembler
.
One
configuration
of
each
menu
and
one
inverse
assembler
maybe
stored
at
one
time
.
The
storedconfigurations
and
inverse
assemblers
may
be
specified
for
automatic
loading
at
power-up
of
the
1630G
.
THE
SYSTEM
SPECIFICATION
Use
the
menus
in
this
specification
to
identify
how
the
analyzer
will
be
used
:
whether
as
a
state
analyzer,
a
timing
analyzer
(with
or
without
glitch
capture),
or
a
combined
state
and
timing
analyzer
.
In
this
menu,
you
also
identify
the
waythe
analyzer
will
operate
when
used
as part of
a
system,
or
when
using
capabilities
offered
by
accessories
.
THE
FORMAT
SPECIFICATION
Use
the
menus
in
this
specification
to set
up
the
way
the
analyzer
formulates
displays
from
its
captured
information
.
You
can
label
individual
bits
or sets
of
bits,
and
assign
names
to
identify
address
ranges
and/or
specific
values
found
in
those
labeled
sets
.
The
analyzerwill
compose
displays
using
your
labels
and
names,
if
desired
.
THE
TRACE
SPECIFICATION
Use
the
menus
in
this
specification
to
enter
parameters
for
making
your
measurements
.
You
can
set
up
the
analyzer
to
trace
state
flow
and/or
record
electrical
activity at
nodes
in
a
system
under
test
.
The
analyzer
can
also
perform
overview
measurements
to
gauge
the
efficiency of
selected
software
routines
.
LIST
DISPLAYS
The
analyzer
composes
lists
of
information
captured
from
labeled
sets
of bits
.
These
lists
show
a series of
soft-
ware
executions,
and/or
a
sequence
of
electrical
activities
at
nodes
in
a
system
under
test
.
Valuesshown
in
these
lists
can
be
expressed
using
names
of
your
choice,
as
well
as
using
numbers
in
the
binary,
octal,
decimal,
and
hexadecimal
number
bases
.
Values
can
also
be
expressed
as
ASCII
codes
for
labels
having
from
6
to
16
bits
.
WAVEFORM
DISPLAYS
The
waveform
display
shows
up
to
16
individual
traces
of
electrical
activity
on
selected
bits
.
Each
trace
is
shown
as
a
continuous
line
of
high
and
low
states
.
The
waveform
shows
how
the
states
changed
with
time
at
each
monitored
point
.
You
can
also
see
points
on
the traces
where
glitches
were
detected
during
the
measurement,
if
desired
.
Glitch
detection
is
accomplished
by
internally
combining
two
timing
channels
attached
to
a
single
probe,
using
one
channel
for
data
values,
and
using
one
of
the
channels
as
a
glitch
detector
.
CHART
DISPLAYS
The
analyzer
can
format
two
types
of
chart
displays
:
XY
charts,
and
histograms
.
XY
charts
show
a plot of
the
flow
of
values
on
a
labeled
set of
bits
.
You
can
control
the
horizontal
and
vertical
scales
of
the
chart
to
examine
the
details
around
areas
of
interest
on
the
XY
chart
.
Histogram
charts
are
bar
graphs
used
to
measure
the
performance
of
software
modules
in
a
system
under
test
.
The
analyzer
can
show
two
types
of
histograms
:
state label
histograms,
and
time
interval
histograms
.
A
state
label
histogram
shows
the
relative
number
of
executions
within
each
range
of
states
you
define
.
Up
to
eight
ranges
of
states
can
be
defined
for
a
label
histogram
.
Time
interval
histograms
show
eight
timeranges
;
you
can
define
the
period
of
each
range
.
You
can
set
up
the
analyzer
to
make
time
interval
measurements
each
time
the
software
executes
from
one
selected
point
to
another
in
the
system
under
test
.
The
time
interval
histogram
shows
how
often
execution
of
the
selected
software
module
was
completed
within
each
of
the
time
ranges
you
defined
.
General
Information
Model
1630A/D/G
PHYSICAL
CONFIGURATIONS
The
following
is
a
list
of
the
analyzer
configurations,
components,
and
optional
accessories
:
1
.
HP
Model 1630A
Logic
Analyzer
.
Offers
35
channels
for
state,
timing,
and
combined
state/timing
measurements
.
2
.
HP
Model1630D
Logic
Analyzer
.
Same
as 1630A,
except
offers
8
additional
channels
for
state
and
timing
measurements
.
3
.
HP
Model
1630G
Logic
Analyzer
.
Same
as 1630A,
except
offers
30
additional
channels
for
state
measurements
.
4
.
HP
Model
10271A
General
Purpose
State
Probe
.
Nine channels
for
collecting
state
activity
plus
an
input
clock
channel
.
Used
to
supply
state
activity
only
.
Three
state
probes
are
supplied
with
the
1630A/D/G
.
5
.
HP
Model
10272A
General
Purpose
State/Timing
Probe
.
Eight
channels
for
collecting
state
activity
or
timing
activity
.
No
input
clock
channel
.
One
state/timing
probe
is
supplied
with
either
1630A
or
1630G
and two
are
supplied
with
the
1630D
.
6
.
HP
Model
10273A
General
Purpose
State
Probe
.
10
channels
for
collecting
state
activity
.
Three
state
probes
are
supplied
with
the
1630G
.
7
.
HP
Model
82161A
Digital
Cassette
Drive
.
Optional
accessory
for
Models
1630A/D
used
to
store
instrument
setups
and
captured
data
in
tape
memory
.
8
.
HP
Model
9121
D/S
Flexible
Disc
Drive
.
Optional
accessory
for
Model1630G
to
store
instrument
setups
and
captured
data
in
disc
memory
.
9
.
HP
Model
10269A
Probe
Interface
(for
Models
1630A/D)
with
HP
preprocessor
option
.
HP
option
used
to
make
all
connections
to
interface
the
analyzer
to
a
specific
microprocessor
.
10
.
HP
Model
10269B
Probe
Interface
(for
Models 1630A/D/G)
with
HP
preprocessor
option
.
Second
generation
10269A
with
added
connections
to
interface
the
1630G
to a
specific
microprocessor
.
11
.
HP
Model
10340A
modification
kit
to
modify
Models
1630A/D
to
a
Model
1630G
configuration
.
The
following
accessories
are
supplied
with
the
1630 Logic
Analyzers
:
1630A
:
Three
9-bit
10271A
State
Probes
andone
8-bit
10272A
State/Timing
Probe
.
1630D
:
Three
9-bit
10271A
State
Probes
and
two
8-bit
10272A
State/Timing
Probes
.
1630G
:
Three
9-bit
10271A
State
Probes,
one
8-bit
10272A
State/Timing
Probe
and
three
10-bit
10273A
State
Probes
.
1630A/D/G
:
One
2
.3
meter
(7
.5 ft)
power
cord
.
One
Operating
and
Programming
Manual
.
ANALYZER
MEMORY
The
trace
memory
of
the
analyzer
is
1024
states
deep
.
It
stores
each
qualified state
captured
by
the
input
probes
.
The
trace
memory
also
stores
measurements
of
time
for
the
timing
listing
so
you
can
analyze periods
between
occurrences
of
interest
.
The
compare
memory
of
the
1630A/D,
and
of
the
1630G,
(when
in
[Edit
Compare]
mode),
is
sixteen
states
deep
.
It
can
store
up
to
sixteen
lines
for
comparison
with
the
corresponding
lines
in
the
trace
memory
.
The
compare
memory
of
the
1630G,
when
in
[Full
Compare]
mode,
is
1024
states
deep
and
an
entire
trace
may
be
compared
with
the
compare
memory
.
Model1630A/D/G
General
Information
Measurement
Configurations
Measurement
Functions
Memory
Data
Acquisition
:
1024
words
.
Table
1-1
.
Specifications
Note
:
Number
of
timing
channels
halved
in
Glitch
mode
.
Compare
:
16
words
(1630A/D,
1630G
in
[Edit
Compare]mode)
.
Entire
trace
for
1630G
in
[Full
Compare]
mode
.
Search
:
Memory
may
be
searched
for
any
pattern
defined
within
a
label
set
.
All
pattern
matches
in
memory
may
be
marked
or
separately
displayed
.
Input Specifications
Clock
repetition
rate
Single
Phase
:
25
MHz
with
single
clock
and
single
edge
specified
.
20
MHz
with
any
ORed
combination
of
clocks
and
edges
.
Multiplexed
:
Master
Slave
clock
timing
.
Master
clock
must
follow
slave
clock
by
at
least
10ns
and
preceed
next
slave
clock
by
50
ns or
more
.
Clock
Pulse
Width
:
>_10
ns
at
threshold
.
RC
:
100
kilohms
±2%
shunted
by
approx
5
pF
at
probe
body
.
Setup
time
:
time data
mustbe
present
prior to
clock
transition,
?20
ns
.
Hold
time
:
time data
mustbe
present
after
clock
transition,
0
ns
.
Minimum
swing
:
600
mV
p-p
.
Minimum
input
overdrive
:
250
mV
or
30%
of
input
amplitude,
whichever
is
greater
.
Maximum
voltage
:
±40
volts,
peak
.
Threshold
Range
:
-9
.9
volts to
+9
.9
volts
in
0
.1-volt
increments
.
Accuracy2
.5%
±120
mV
.
Dynamic
Range
:
±10
volts
about
threshold
.
Skew
:
Between
channels
in
onepod
:
56
ns
.
Between
channels
in
different
pods
:
510
ns
.
(These
specifications
are
true
for
input
signal,
VH=-1
.OV,
VL=-1
.6V,
VTH
at-1
.3V,
slew
rate
greater
than
0.25
V/ns
.)
Glitch
:
With
glitch
detection
on,
number
of
timing
channels
are halved
.
Minimum
detectable
glitch
:
5
nsec
width
at
threshold
.
STATE
TIMING
1630A
:
35
0
0 8
27
8
1630D
:
43
0
0
16
35
8
27
16
1630G
:
65
0
08
57
8
General
Information
Operating
environment
Temperature
:
Humidity
:
Altitude
:
Vibration
:
Dimensions
:
Table
1-1
.
Specifications
(Cont'd)
0°
to
55°
C
(32°
to
131°
F),
20°
to
30°
C
recommended
.
up
to
95%
relative
humidity
at
+40°
C,
40%
to
80%
relative
humidity
recommended
.
t
o
4600
m
(15,000
ft)
.
vibrated
in
three
planes
for
15
min
.
each
with
0
.3
mm
excursions,
5
to
55
Hz
.
dimensions
are
for
general
informa-
tion
only
.
If
dimensions
are
required
for
building
special
enclosures,
con-
tact
your
HP
field
engineer
.
Dimen-
sions
are
in
millimetresand
(inches)
.
Model1630A/D/G
Model
1630A/D/G
General
Information
Table
1-2
.
Operating
Characteristics
State
Mode
Clocks
:
three
ORed
clocks
operate
in
single-phase
or
two-phase
demultiplexing
mode
.
Clock
edge
is
selectable
as
positive,
negative,
or
both
edges
for
each
clock
.
Different
edge
selections
may
be
made
on
the
same
clock
if
used
in
each
phase
of
the
multiplexed
mode
.
Data
Indexing
Resources
:
four
terms
including
the
Boolean
NOT
of
each
term,
ALL
patterns, or
NO
pattern
.
(A
term
is
the
AND
combination
of
bit
patterns
in
each
label
.)
Terms
may
be
used
as
often
as
desired
.
Trigger
:
up
to
four
resource
terms
may
beused
in
sequence
to
establish
the
trace
parameter
.
The
last
term
in
the
sequence
may
use
up
to
four
resource
terms
in
an
ORed
format
.
Restart
:
one
to
four
resourceterms
may
be
used
in
an
ORed
condition
for
a
sequence-restart
condition
.
Store
qualifiers
:
one
to
four
resourceterms
may
be
used
in
an
ORed
format
.
Store
qualification
may
be
separately
defined
for
each
term
in
the
trigger
sequence
.
Occurrence
:
occurrence
of
the
last
event
in
the
sequence
may
be
specified
up
to
n
=
59999
.
Compare
:
trace
until
compare
"equal
to"
or
"not
equal
to"
is
provided
.
The
compare
file
is
the
width
of
the
analyzer,
with
a
depth
up
to
16
words
in
the
1630A/D
and
in
the
1630G
in
the
[Edit
Compare]
mode
.
When
the
1630G
is in
the
[Full
Compare]
mode,
an
entire
trace
may
be
compared
.
Eachword
in
the
compare
buffer
can
have
"don't
cares"
and
can
be
compared
anywhere
in
the
1024
deep
memory
.
Arming
:
the
state
analyzer
can
be
armed
by
the
full
Data
Indexing
capability of
the
Timing
Analyzer
.
Overview
XY
Chart
:
a
chart
of
any
user-defined
label
can
be
shown
.
The
user
can
change
the
upperand
lower
bounds
of
the
chart,
and
all
1024
states of
the
memory
can
be
simultaneously
displayed
.
Time
measurement
:
a
timer
can
be
started
on
completion
of
asequence
of
up
to
threeresource
terms
with
restart
and
occurrence
capability
like
state
dataindexing
.
The
timer
can
be
stopped
and/or
restarted
on
OR'd
combinations
of
one
to
four
resource
terms
.
A
histogram
of
the
start/stop
time
measurement
is
displayed
.
The
user
can
specify
up
to
eight
time
ranges
.
Minimum
time,
maximum
time,
average
time,
last
time,
total
time,
and
total
samples
are
also
displayed
.
Resolution
-
displayed
statistics
250
ns
or
0
.1%
of
reading,
whichever
is
greater,
(4-
digit
display)
.
Histogram
ranges
:
1
usec
.
State
histogram
:
a
histogram
of
any
user-defined
label
can
be
shown
.
The
user
can
specify
up
to
eight
labels
and
ranges
.
Maximum
Count
-
approx
2(E63)
.
Time
position
measurement
:
produces
a
time-varying
profile
of
system
activity
.
Measurements
are
the
number
of
occurrences
of
an
event
per
unit
time
.
The
measurement
is
used
to
understand
the
behavior
of
systems
under
time-varyingloads
.
Linkage
measurement
:
the
relative
frequency
of direct
transfers
between
module
pairs
are
depicted
in
a
histogram
for
identification
of
light
or
heavy
transfer
.
Modifications
of
software
may
then be
made
to
optimize
program
efficiency
.
Resolution
-
actual
count
is
rounded
to
0
.1%
(4-digit
display)
.
General
Information
Model
1630A/D/G
Table
1-2
.
Operating
Characteristics
(Cont'd)
Timing
mode
Clock
Ranges
:
10 ns to
500
ms
in
1,
2,
5
sequence
.
Accuracy
:
±0
.01%
.
Data Indexing
Outputs
Asynchronous
pattern
:
20 ns
to
1
ms
in 1,
2,
5
sequence
with
an
accuracy
of
±20%
or
15
ns,
whichever
is
greater
.
Glitch or
edge
on
any
channels
AND'd
with
asynchronous
pattern
.
Maximum
time
delay
:
approx
2(E18)
times
the
sample
period
to
a
maximum
of
9999
sec
.
Arming
:
the timing
analyzer
may
be
armed
by
the
full
data
indexing
capability
of
the
state
analyzer
.
Markers
:
time
between
dual
markers
(x
and
o)
is
displayed
to
accuracy
of
one
sample
period
.
Expansion
:
X1
to
X40
in
1,
2,
4
sequence
.
Display
is
a
compressed
representation
of
the
1K
memory
in
X1
magnification
.
In
X2
magnification,
each
displayed
sample
represents
a
single
sample
in
memory
.
Overview
:
a
chart
of
any
user-defined
label
can
be
shown
.
The
user
can
change
the
upper
and
lower
bounds
of
the
chart,
and
all
1024
states of
the
memory
can
be
simultaneously
displayed
.
General
Characteristics
Labels
Input
channel
labels
:
up
to
8
state,
16 timing,
user-defined,
5-character
labels
may
be
assigned
bit
patterns
in
any
configuration
.
Bits
may
be
used
in
more
than
one
label
and
need
not
be
contiguous
.
Primary
use
is
for
identifying
bits
assigned
to
bus
structures
such
as
Address,
Data,
and
Status
.
User
field
:
all
labels
with
4
bits
or
less
allow
mnemonics
to
be
assigned
to specific
patterns
.
Primary
use
is
to
identify
such
functions
as
Read,
Write,
Op
Code,
etc
.
Relocatable
field
:
any
single state
label
may
be
defined
to
have
relocatable
properties
to
facilitate
viewing
software
modules
in
the
formatthey
were
written
.
Up
to
16
module
starting
locations
may
be
specified,
allowing
trigger
parameters
to
be basedon
module
names,
plus
an
offset
value
.
An
onboard
calculator
that
operates
in
hex,
octal,
binary, or
decimal
facilitates
general
offset
calculations
.
Time-of-day-clock
:
24-hour
clock
prints
out
time
of
data
collection
on
all
stored
records
.
Activity
Markers
:
provided
in
format
display
for
quick
identification
of active
inputs
.
HP-IB
:
HP-IB
connector
with
8-position
HP-113
switch
located
on
rear
panel
.
Five
positions
on
switch are
used
to
determine
address,
2
positions
used
to
determine
TALK
ONLY
mode
for
hardcopy,
or
system
controller
.
HP-113
can
be
used
in
following
environments
:
1
.
Logic
analyzer
being
controlled
from
a
controller,
such
as
HP
9826A
.
Maximum
bus
transfer
rate
is
approximately
4K
bytes
per
second
.
2
.
Stand-alone
hard
copy
on
a
graphics
printer,
such
as
HP
2671G
.
3
.
Storage
of
usersetups
and
measurement
results
on
a
disc
memory
accessory
.
Model
1630A/D/G
General
Information
Table
1-2
.
Operating
Characteristics
(Cont'd)
HP-IL
:
HP-IL
connector
located
on
rear
panel
for
HP-IL
control,
or
for
interfacing
to
HP
82161A,
low-cost
mini-cassette
drive
.
Not
required
to
use
analyzer,
but
enhances
analyzer
operation
as
follows
:
1
.
Storage
of
user
setups
and
measurement
results
;
10
different
files
can
be
stored
on
one
cassette
.
2
.
When
coupled
with
an
appropriatepreprocessor,
allows
analyzer
to
assume
a
processor-specificpersonality
to
present
data
in
mnemonic
format
.
Rear-panel
BNCs
:
one
output
BNC
labeled
PORT,
located
on
rear panel,
with
a
TTL
output
level
;
high
=2V
into
50
ohms
;
low
=0
.4V
into
50
ohms
.
The
BNC
can
be
programmed
from
the
keyboard
to
provide
the
following
signals
:
1
.
Pulse
on
State
Trace
Point
.
2
.
High
until
State
Trace
Point
.
3
.
Low
until
State
Trace
Point
.
4
.
High
on
last
Sequence
.
5
.
High
on
Timing
Pattern
.
6
.
ConstantHigh
.
7
.
Constant
Low
.
one
BNC
labeled
ACCESSORY
POWER
supplies
+5V
for
preprocessor
or
logic
probes
.
Weight
:
1630A
:
12
.6
kg
(28
lb)
net
;
17
kg
(38
lb)
shipping
.
1630D
:
13
.2
kg
(29
lb)
net
;
17
.7
kg
(39
lb)
shipping
.
1630G
:
13
.6
kg
(30
lb)
net
;
18.14
kg
(40
lb)
shipping
.
Power
requirement
:
115/230
Vac,
-22%
to
+10%
;
275W
max,
48
to
66
Hz
.
Service
And
Cali-
bration
Support
:
The
1630A/D/G
contains
all
necessary
interfaces to
allow
high-speed
trouble-
shooting
and
calibration with
automatic
equipment
.
Guided
probe
techniques,
utilizing
signature
analysis
under
computer
control,
coupled
with
special
test
instruments
and
fixtures
allow
most
failures
to
be
isolated
to
the
component
level
in
a
minimum
amount
of
time
.
After
repair,
full
and
complete
calibration
can
be
accomplished
in
minutes,
using
the
same
equipment
.
Since
this
integrated
design
can
only
be
serviced
efficiently
and
economically
with
this
automated
system,
all
major
HP
service
facilities
have
installed
this
special
equipment
.
This
HP
investment
will
provide
you
with
the
fastest,
most
complete
and
lowest
cost
repairs
and
calibrations
.
For
those
companieswhereeconomies
of
scale
make
in-house
repair
and
calibration
cost-effective,
an
option
is
available
that
provides
the
special
hardware,
software
and
related
documentation
and
training
to
allow
1630A/D/G
repair
.
Additional
test
equipment
is
required
.
Contact
your
local
HP
sales
representative
for
further
information
.
1-9/(1-10
blank)
This manual suits for next models
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