Bitifeye BIT-3000 Manuals

Manuals and User Guides for Bitifeye BIT-3000. We have 1 Bitifeye BIT-3000 manual available for free PDF download: User Manual

Bitifeye BIT-3000 User Manual

Bitifeye BIT-3000 User Manual (88 pages)

Dynamic Sequencing Generator and Analyzer

Brand: Bitifeye | Category: Measuring Instruments | Size: 1 MB

Table of Contents

Table of Contents
4
Safety Precautions
11
Intended Use
11
Datasheet
11
Overview
11
Specifications
12
Options
12
Usage
13
Initial Inspection
13
Setup
13
Power
13
Display
13
Figure 1: Connectors and Controls on Rear Side
14
Connectors and Controls
14
Figure 2: Connectors and Controls on Front Side
15
Cleaning
15
Figure 3: System Architecture
16
Architecture
16
System Overview
16
Figure 4: Clock Architecture
17
Clock Module
17
- Figure 5: Generator Output Architecture
  18
- Analyzer Module
  19
Generator Module
18
Figure 6: Analyzer Input Architecture
19
Figure 7: Trigger Input and Output Architecture
19
Trigger Module
19
Relay Switch Module
21
General Operation
23
- Preface
  23
- VISA Connection
  23
Keysight IO Libraries
23
- Network Connection
  23
- Connecting to LAN
  23
Figure 10: the BIT-3000 DSGA Shown in the Keysight Connection Expert
24
Keysight Connection Expert
24
Figure 11: Instrument Web Page
25
Accessing the Web Interface
25
- Figure 12: Virtual COM Port Address Shown in Device Manager
  26
- Firmware Update
  27
- Software Updates
  27
- System Upgrade
  28
- If Anything Goes Wrong
  29
- Data Formats
  30
- General Syntax
  30
- Remote Programming
  30
- Strings
  30
- Block Data
  31
- Boolean Flags
  31
- Floating-Point Numbers
  31
- Integers
  31
Connecting to USB
26
USB Connection
26
Determining the VISA Address
26
Keywords
32
Module Numbering
32
- Figure 13: Module Numbering Scheme
  32
- Idn
  33
- IEEE-488 Commands
  33
- Rst
  33
Tst
33
- Common Commands
  34
- System:error
  34
- System:error:count
  34
- System:help:headers
  34
- System:selftest
  34
- Configuration
  34
Clock Control
36
- Clock:start
  36
- Clock:frequency
  36
- Clock:source
  36
- Clock:source
  37
- Clock:output:source
  37
- Clock:pll:bypass
  37
- Clock:pll:bandwidth
  38
- Clock:multiplier
  38
- Clock:divider
  38
- Sequencer Controls
  39
Sequencer:pattern:download
39
- Sequencer:sequence:download
  39
- Sequencer:clear
  39
- Sequencer:run
  39
- Sequencer:stop
  40
- Sequencer:clockgenerator
  40
- Sequencer:strobe
  40
- Sequencer:strobe:bit
  40
- Sequencer:strobe:mask
  40
- Sequencer:state
  41
- Sequencer:step
  41
- Sequencer:condition
  41
- Sequencer:condition:source
  42
- Sequencer:condition:levels:rising
  42
- Sequencer:condition:levels:falling
  42
- Sequencer:condition:levels:high
  43
- Sequencer:condition:levels:low
  43
- Generator Control
  44
Generator:count
44
- Generator#:Offset
  44
- Generator#:Amplitude
  44
- Generator#:Enable
  45
- Generator#:Error
  45
- Generator#:Termination
  45
- Generator#:Vterm
  46
- Generator#:Mode
  46
- Generator#:Channel
  46
- Generator#:Slot
  47
- Generator#:Connector
  47
- Generator#:Serial
  47
- Generator#:Type
  47
Analyzer Control
48
- Analyzer:count
  48
- Analyzer#:Identifier
  48
- Analyzer#:Terminated
  48
- Analyzer#:Threshold
  49
- Analyzer#:Mode
  49
- Analyzer#:Slot
  49
- Analyzer#:Connector
  50
- Analyzer#:Serial
  50
- Analyzer#:Type
  50
- Analyzer#:Sampler:mode
  50
- Analyzer#:Sampler:pwm:rate
  50
- Analyzer#:Sampler:pwm:edge
  52
- Analyzer#:Sampler:pwm:invert
  52
- Analyzer#:Sampler:nrz:rate
  52
- Analyzer#:Sampler:nrz:rate
  53
- Analyzer#:Sampler:nrz:runlength:require
  53
- Analyzer#:Sampler:nrz:runlength:maximum
  53
Trigger Input Controls
54
- Trigger:input:coun
  54
- Trigger:input#:Identifier
  54
- Trigger:input#:Terminated
  54
- Trigger:input#:Threshold
  54
- Trigger:input#:Threshold
  55
- Trigger:input#:Slot
  55
- Trigger:input#:Connector
  55
- Trigger:input#:Serial
  55
- Trigger:input#:Type
  55
Trigger Output Controls
56
- Trigger:output:count
  56
- Trigger:output:pulse:length
  56
- Trigger:output#:Polartiy
  56
- Trigger:output#:Polarity
  57
- Trigger:output#:Channel
  57
- Trigger:output#:Slot
  57
- Trigger:output#:Connector
  57
- Trigger:output#:Serial
  58
- Trigger:output#:Type
  58
- Event Control
  59
Events:count
59
- Events:identifier
  59
- Events:clear
  59
- Events:bit
  60
- Events:mask
  60
- Events:type
  60
- Events:pattern
  61
- Events:source
  61
- Events:levels:rising
  61
- Events:levels:falling
  61
- Events:levels:falling
  63
- Events:levels:high
  63
- Events:levels:low
  63
- Events:strobe
  63
- Events:state:current
  64
- Events:state:latched
  64
Pattern Recorder Control
65
- Recorder#:Source
  65
- Recorder#:Event
  65
- Recorder#:Event:count
  65
- Recorder#:Run
  66
- Recorder#:Stop
  66
- Recorder#:Status
  66
- Recorder#:Download
  66
- Recorder#:Download:bits
  66
Relay Switch Control
67
- Relay:count
  67
- Relay#:Path
  67
- Relay#:Slot
  67
- Relay#:Connector
  68
- Relay#:Serial
  68
- Relayt#:Type
  68
Solid-State Switch Control
69
Network Configuration
74
- Network:reset
  74
- Network:interface#:Configure
  74
- Network:interface#:Configure:mode
  74
- Network:interface#:Configure:ip
  74
- Network:interface#:Configure:subnetmask
  75
- Network:interface#:Configure:gateway
  75
- Network:interface#:Ip
  75
- Network:ip
  75
Sequence Data Format
76
- PLAY Instruction
  76
- LOOP Instruction
  76
- BRAN Instruction
  76
- GOTO Instruction
  77
- CLTR Instruction
  77
- Limitations
  77
Sequence Data Examples
77
Pattern Data Format
79
- Programming Examples
  80
- Best Practice
  80
- Generating Patterns
  80
- Recording Data
  81
Defining Events
82
- Using Events in the Sequencer
  83
Figure 14: Removing Fuses
84
Figure 15: Inserting Fuses
84
User Serviceable Parts
84
Changing Fuses
84
Figure 16: Module Screws
85
Figure 17: Removing a Module
85
Replacing Modules
85
- Figure 18: Inserting a Module
  86
- Inserting Modules
  87
- Removing Modules
  87
- List of Acronyms
  88

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