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1630A
HP 1630A User Manual
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Manual
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An
HP-113
Overview

Model
1630A/D/G
Information
is
transmitted
on
the
data
lines
undersequential
control
of
the
three
handshake
lines
(DAV,
NRFD,
and
NDAC)
.
No
step
in
the
sequence
can
be
initiated
until
the
previous
step
is
completed
.
Information
transfer
can
proceed
as
fast
as
devices
can
respond,
but
no
faster
than
allowed
by
the
slowest
device
presently
addressed
as
active
.
This
permits
several
devices
to
receive
the
same
message
byte
concurrently
.
The
ATN
line
is
one
of
the
five
bus
management
lines
.
When
ATN
is
true,
addresses
and
universal
commands
are
transmitted
on
only
seven
of
the
data
lines
using
the
ASCII
code
.
When
ATN
is
false,
any
code
of
8
bits
or
less
understood
by
both
talker
and
listener(s)
may
be
used
.
The
IFC
(interface
clear)
line
places
the
interface
system
in
a
known
quiescent
state
.
The
REN
(remote
enable)
line
is
used
with
the
Remote,
Local,
and
Clear
Lockout/Set
Local
Messages
to
select
either
local
or
remote
control
of
each
device
.
Any
active
device
can
set
the
SRQ
(service
request)
line
true
via
the
Require
Service
Message
.
This
indicates
to
the
controller
that
some
device
on
the
bus
wants
attention,
such
as
a
counter
that
hasjust
completed
a
time-
interval
measurement
and
wants
to
transmit
the
reading
to
a
printer
.
The
EOI
(end
or
identify)
line
is
used
by
a
device
to
indicate
the
end
of
a
multiple-byte
transfer
sequence
.
When
a
controller
sets
both
the
ATN
and
EOI
lines
true,
each
device
capable
of
a
parallel
poll
indicates
its
current
status
on
the
DIO
line
assigned
to
it
.
In
the
interest
of
cost-effectiveness,
it
is
notnecessary
for
every
device
to
be
capable
of
responding
to
all
the
lines
.
Each
can
be
designed
to
respond
only
to
those
lines
that
are
pertinent
to
its
function
on
the
bus
.
The
operation
of
the
interface
is
generally
controlled
by
one
device
equipped
to
act
as
controller
.
The
interface
transmits
a
group
of
commands
to
direct
the
other
instruments
on
the
bus
in
carrying
out
their
functions
of
talking
and
listening
.
The
controller
has
two
ways
of
sending
interface
messages
.
Multi-line
messages,
which
cannot
exist
concurrently
with
other
multi-line
messages,
are
sent
over
the
eight
data
lines
and
the
three
handshake
lines
.
Uni-line
messages
are
transferred
over
the
five
individual
lines
of
the
management
bus
.
The
commands
serve
several
different
purposes
:
B-
4
Addresses,
or
talk
and
listen
commands
select
the
instruments
that
will
transmit
and
accept
data
.
They
are
all
multi-line
messages
.
"
Universal
commands
cause
every
instrument
equipped
to
do
so
to
perform
a
specific
interface
operation
.
They
include
multi-line
messages
and
three
uni-line
commands
:
interface
clear
(IFC),
remote
enable
(REN),
and
attention
(ATN)
.
"
Addressed
commands
(also
referred
to
as
primary
commands)
are
similar
to
universal
commands,
except
that
they
affect
only
those
devices
that
are
addressed
and
are
all
multi-line
commands
.
An
instrument
responds
to
an
addressed
command,
however,
only
after
an
address
has
already
told
it
to
be
talker
or
listener
.
"
Secondary
commands
are
multi-line
messages
that
are
always
used
in
series
with
an
address,
universal
command,
or
addressed
command
to
form
a
longer
version
of
each
.
Thus
they
extend
the
code
space
when
necessary
.
To
address
an
instrument,
the
controller
uses
seven
of
the
eight
data-bus
lines
.
This
allows
instruments
using
the
ASCII
7-bit
code
to
act
as
controllers
.
As
shown
in
the
table,
five
bits
are
available
for
addresses,
and
a
total
of
31
allowable
addresses
are
available
in
one
byte
.
If
all
secondary
commands
are
used
to
extend
this
into
a
two-byte
addressing
capability,
961
addresses
become
available
(31
allowable
addresses
in
the
second
byte
for
each
of
the
31
allowable
in
the
first
byte)
.
141
143
Table of Contents
Default Chapter
5
Table of Contents
5
Chapter 1 . General Information
12
Introduction
12
Manual Contents
12
Analyzer Description
12
State Analysis
13
Timing Analysis
13
Internal Storage
14
The System Specification
14
The Format Specification
14
The Trace Specification
14
List Displays
14
Waveform Displays
14
Chart Displays
14
Physical Configurations
15
Analyzer Memory
15
Chapter 2 Installation
22
Introduction
22
Initial Inspection
22
Power Requirements
22
Line Voltage Selection
23
Ac Power Cable
23
Operator's Maintenance
23
Site Selection
23
Rear Panel Address Switch
23
Rear Panel Bnc Connectors
24
Connecting Operating Power
24
Applying Operating Power
24
Self-Test
25
1630A/D Self-Test
25
1630G Self-Test
25
Connecting Analyzer to Target System
27
Connecting Analyzer through Probe Interface
27
Connecting Probes Directly to Target System
27
Chapter 3. Front Panel Controls and Menu Map
29
Introduction
29
State Measurements
29
Timing Measurements
29
Interactive State/Timing Measurements
29
Figure 3-1 . 1630 Front Panel Controls
30
Chapter 4. State Measurements
34
Introduction
34
Capturing a State Trace
34
Figure 4-1B. 1630G Default System Specification Menu
35
Figure 4-2B. Free-Run State Trace Captured by the 1630G
36
The State Format Specification
37
The State [Assignment] Format Specification
37
State Measurements (Cont'D)
37
Figure 4-3B. 1630G Default State Format Specification Menu
38
Figure 4-4 . 1630G State Listing Including the ADDR Label
40
Figure 4-5A. 1630A/D State [Assignment] Format Specification Menu
40
Figure 4-6B . 1630G State Listing for ADDR, DATA, and STAT Labels
42
Figure 4-7. State Assignment with Bits Assigned to Multiple Labels
42
Figure 4-8. State Listing with Bits Assigned to Multiple Labels
43
The State [Relocation] Format Specification
43
Figure 4-9. Default State [Relocation] Format Specification Menu
44
Figure 4-10 . State [Relocation] Format Specification with Assigned Modules
45
Figure 4-11 . State Listing Using Relocation Values
45
Figure 4-12. State Listing with Relocation and Absolute Value Lists
46
Figure 4-13 . State [User Base] Format Specification Menu
46
The State [User Base] Format Specification
46
Figure 4-14 . User Base Specification with Assigned Conditions to STAT Label
47
Figure 4-15. State Listing with User Base Names in STAT List
47
Figure 4-16 . State Listing with Disassembled Data List
48
Inverse Assemblers for the Logic Analyzer
48
The State Trace Specification
48
Figure 4-17. 1630G Default State Trace Specification Menu
49
Figure 4-18 . 1630G State Listing with Count States List
50
Figure 4-19. 1630G State Listing with States List in Absolute Values
50
Figure 4-20 . State Listing with Specific States Marked
51
Figure 4-21 . State Listing Showing Only a Specific State
51
Resource Terms
52
Figure 4-22. the State Trace Specification with Fields for Resource Terms
53
Figure 4-23. Specification of Trigger on First Occurrence of a Specific State
53
Figure 4-24. Trigger Starts Trace Listing
53
Figure 4-27. Branching Network with Specified Paths
55
Sequential Triggering
55
Figure 4-28. State Trace Specification with Sequence Terms
56
Figure 4-29. State Trace Specification with [Next To] Sequence Terms
56
Figure 4-30. State Trace Specification with Sequence Terms and Ored Trigger Starts Terms
57
Figure 4-31 . Maximum Sequence Restart Ored Resource Terms
58
Figure 4-32. Ored Resource Terms as Store Qualifiers When Trigger Starts Trace
58
Figure 4-33 . Store Qualifying Data between Sequence Terms
59
Figure 4-34 . Maximum Amount of Resource Terms for the State Trace Specification
59
Figure 4-35 . [Compare/Edit Compare] State Trace Specification
60
[Compare/Edit Compare/Full Compare] Trace Modes
60
Figure 4-36 . the [Compare/Edit Compare] List
61
Figure 4-38 . Original Compare List with Compare Event Differences
62
Figure 4-39 . [Full Compare] State Trace Specification
62
The State Display
64
List Displays
64
Figure 4-41 . Typical List Display in Compare Trace Mode
65
Waveform Displays
66
Figure 4-42. Typical State Waveform Display
66
XY Charts of Label Activity
67
Figure 4-43 . Typical State XY Chart of a Label
67
Chapter 5 Performance Analysis Measurements
69
Introduction
69
State Label Overview Measurement
69
Figure 5-1 . Example State Label Overview Trace Specification
71
Time Interval Overview Measurement
72
Figure 5-2. State Label Overview Chart of Example Measurement
72
Figure 5-3. Example State Time Interval Overview Trace Specification
73
Time Positional Measurements
74
Figure 5-4. State Time Interval Overview Chart of Example Measurement
74
Figure 5-5. Example State Time-Positional Trace Specification
75
Figure 5-6. State Time Positional Overview Chart of Example Measurement
76
Figure 5-7. State Time Positional Listing for Example Measurement
77
Linkage Overview Measurements
78
Figure 5-8. Example State Linkage Trace Specification
79
Figure 5-9. State Linkage Overview Chart for Example Measurement
80
Timing Measurements
82
Introduction
82
Glitches
82
Triggering
82
Simple Timing Measurements
82
Activating the Timing Analyzer
82
Chapter 6. Timing Measurements
82
Figure 6-1 . Selecting the Timing Analyzer Configuration of the 1630D (1630A and 1630G Have 8 Less Channels)
83
Figure 6-2. Default Timing Measurement for 1630D (1630A and 1630G Have 8 Less Channels)
83
Controlling the Timing Display
84
Figure 6-3. Magnification Around "X
84
Selecting Trace Positions on the Display
85
Figure 6-4. Selecting Waveform Positions on Display
86
Triggering on a Timing Event
86
The Timing Format Specification
88
Timing Format Specification [Assignment]
88
Figure 6-7. Timing Assignment Format Specification
88
Timing Format Specification [User Base]
89
Figure 6-8. Timing User Base Format Specification
89
The Timing Trace Specification
90
[Single] Timing Trace Specification
90
[Continuous] Timing Trace Specification
90
Figure 6-9. Timing Trace Specification (with [Glitch] Selected)
90
The Timing Display
91
Waveform Displays
91
Figure 6-10. Typical Timing Waveform Display
91
List Displays
92
Figure 6-11 . Typical List Display of Timing Activity
92
Chart Displays
93
Figure 6-12. Typical Timing XY Chart of a Label
93
Chapter 7 Interactive State and Timing Measurements
95
Introduction
95
The Format Specification
95
The Trace Specification
95
Interactive State/Timing Displays
95
Interactive State/Timing Triggering
95
Special Use for Stop Key
96
Making Coordinated State and Timing Measurements
96
Setup for State and Timing Measurements
96
Figure 7-2. State Assignment Format Specification
97
Figure 7-3. State Trace Specification in State/Timing Measurements
97
Executing Coordinated Measurements
98
Figure 7-4. State Trace Specification with Trigger in Row "B
98
Figure 7-5. Timing Trace Specification for Combined State/Timing Measurements
99
Figure 7-6. Timing Waveform Display
100
Figure 7-7. Timing Trace Specification with Master [Timing]
100
Chapter 8. The Peripherals Menus
103
[Peripherals] System Configuration
103
1630A/D System [Peripherals] Specification Menu
103
1630G System [Peripherals] Specification Menu
104
Figure 8-2. 1630G System [Peripherals] Specification Menu Without Internally Stored Information
104
Figure 8-3. 1630G System [Peripherals] Specification Menu with Internally Stored Information
106
Chapter 9. Using HP-113 or HP-IL Interface
108
Introduction
108
Hp-113 and Hp-Il Interface Capabilities
108
Keyboard Mnemonics
108
Data Formats
112
Data Formatting Examples
113
HP 1630A/D Learn String Commands
117
TC - Transmit Configuration Learn String
117
TS - Transmit State Aquisition Learn String
117
TT - Transmit Timing Acquisition Learn String
121
TE - Transmit Everything Learn String
122
Data Transfer Terminaton
122
Hp1630G Learn String Commands
122
TC - Transmit Configuration Learn String
122
TS - Transmit State Acquisition Learn String
123
TT - Transmit Timing Acquisition Learn String
128
TE - Transmit Everything Learn String
129
Data Transfer Termination
129
Appendix A Display Messages
131
Appendix B. an HP-1131 Overview
139
Introduction
139
HP-IB System Terms
139
H P-IB System Terms
139
Interface Bus Concepts
139
Message Concepts
140
The HP Interface Bus
141
The H P Interface Bus
141
HP-113 Lines and Operations
141
Interface Functions
143
Bus Messages
144
HP 1630 HP-IB Implementation
144
Appendix C Using a Printer
146
Introduction
146
Obtaining Hard Copy from a Printer
146
Using a Controller to Operate the Analyzer and Printer
147
Appendix D . Using the Disc Memory Accessory
149
Introduction
149
Connecting the 9121 D/S Flexible Disc Drive
149
The Storage Operations Menu
149
How to Read a Disc File
150
Figure D-1 . the [Storage Operations] Menu
150
How to Create a New Disc File
151
How to Find a Disc File
151
How T O Find a Disc File
151
How to Delete a Disc File
152
How to Load an Inverse Assembler from Disc to Internal Storage
152
How to Format a Disc
153
Appendix D. Using the Disc Memory Accessory
149
Appendix E . Using the Tape Memory Accessory
155
Introduction
155
How to Use Tape Memory Accessory
155
Figure E-1 . Tape Operations System Menu
156
How to Create a New File
158
How to Read a File
158
How to Copy an Existing File from One Tape to Another
158
Index
161
4
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HP 1630A Specifications
General
Brand
HP
Model
1630A
Category
Measuring Instruments
Language
English
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