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Rohde & Schwarz RTC1002EDU User Manual
Rohde & Schwarz RTC1002EDU oscilloscope
Rohde & Schwarz RTC1000 manual
For RTC1002EDU.
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371 pages
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Cover
Contents
1 Preface
1.1 Safety Instructions
1.2 Documentation Overview
1.2.1 Manuals and Instrument Help
1.2.2 Data Sheet and Brochure
1.2.3 Calibration Certificate
1.2.4 Release Notes, Open Source Acknowledgment
2 Getting Started
2.1 Preparing for Use
2.1.1 Unpacking and Checking the Instrument
2.1.2 Positioning the Instrument
2.1.3 Starting the Instrument
2.1.3.1 Powering On
2.1.3.2 Starting Up and Shutting Down
2.1.3.3 Powering Off
2.1.4 Replacing the Fuse
2.2 Instrument Tour
2.2.1 Front Panel
2.2.1.1 Input Connectors
2.2.1.2 Other Connectors on the Front Panel
2.2.2 Rear Panel
3 Operating Basics
3.1 Control Panel
3.1.1 Cursor/Menu Section
3.1.2 Analysis Section
3.1.3 General Section
3.1.4 Vertical Section
3.1.5 Trigger Section
3.1.6 Horizontal Section
3.2 Display
3.3 Operating Concept
3.4 Integrated Help
3.5 Signal Display
3.5.1 Display Settings
3.5.2 Virtual Screen
3.5.3 Signal Intensity and Persistence
3.6 General Instrument Settings
3.7 Self-Alignment
3.8 Firmware Update
3.9 Options
4 Waveform Setup
4.1 Vertical Setup
4.1.1 Vertical Controls
4.1.2 Vertical Settings in the Channel Menus
4.1.3 Probe Compensation
4.2 Horizontal Setup
4.3 Acquisition Setup
4.3.1 RUN/STOP and SINGLE
4.3.2 Acquisition Settings
4.3.3 Record Modes
4.3.3.1 Comparison of Record Modes
4.3.4 Interlace Mode
5 Trigger
5.1 Setting Up the Trigger
5.2 General Trigger Settings
5.3 Edge Trigger
5.4 Pulse Trigger
5.5 Logic Trigger
5.5.1 Logic Pattern
5.5.2 Time Limitation
5.6 Video Trigger
5.7 Trigger Out Pulses
5.8 External Trigger Input
6 Analysis
6.1 Zoom Function
6.2 Marker Function
6.3 XY-Display
6.4 Mathematics
6.4.1 Quick Mathematics (QM)
6.4.2 Advanced Mathematics
6.4.2.1 To Create a Formulary Set and Its Equations
6.4.2.2 To Edit Equations
6.4.2.3 To Save and Load a Formulary Set
6.4.2.4 Example
6.5 Frequency Analysis (FFT)
6.6 Pass/Fail Test Based on Masks
6.7 Component Test
6.7.1 In-circuit Tests
6.8 Digital Voltmeter
7 Measurements
7.1 Quick View
7.2 Cursor Measurements
7.2.1 Cursor Measurement Settings
7.2.2 Measurement Types
7.3 Automatic Measurements
7.3.1 Settings for Automatic Measurements
7.3.2 Automatic Measurement Types
8 Documenting Results
8.1 Saving and Loading Instrument Settings
8.2 Reference Waveforms
8.3 Waveforms (Traces)
8.3.1 Waveform File Formats
8.3.1.1 CSV Format
8.3.1.2 TXT Format
8.3.1.3 BIN Format
8.3.1.4 FLT Format
8.3.1.5 TRF Format
8.4 Screenshots
8.4.1 Saving Screenshots
8.4.2 Printing Screenshots
8.5 Quick Access with FILE/PRINT Key
9 Mixed Signal Operation (Option R&S RTC-B1)
9.1 Using Logic Channels
9.2 Logic Trigger for Digital Input
9.3 Cursor Measurements for Logic Channels
9.4 Automatic Measurements for Logic Channels
9.5 Using Logic Channels in Buses
9.5.1 Parallel / Parallel Clocked Bus
10 Signal Generation (Option R&S RTC-B6)
10.1 Function Generator
10.2 Pattern Generator
10.2.1 Square Wave
10.2.2 Counter
10.2.3 Arbitrary
10.2.4 Manual
10.2.5 Serial Buses
11 Serial Bus Analysis
11.1 Bus Configuration
11.2 Bus Table: Decode Results
11.3 I2C Bus (Option R&S RTC-K1)
11.3.1 I2C Bus Configuration
11.3.2 I2C Bus Triggering
11.3.3 I2C Decode Results
11.4 SPI / SSPI BUS (Option R&S RTC-K1)
11.4.1 SPI / SSPI Bus Configuration
11.4.2 SPI / SSPI Bus Triggering
11.4.3 SPI / SSPI Decode Results
11.5 UART/RS-232 BUS (Option R&S RTC-K2)
11.5.1 UART/RS-232 Bus Configuration
11.5.2 UART/RS-232 BUS Triggering
11.5.3 UART Decode Results
11.6 CAN Bus (Option R&S RTC-K3)
11.6.1 CAN Bus Configuration
11.6.2 CAN Bus Triggering
11.6.3 CAN Decode Results
11.7 LIN Bus (Option R&S RTC-K3)
11.7.1 LIN Bus Configuration
11.7.2 LIN Bus Triggering
11.7.3 LIN Decode Results
12 Network Connections and Remote Operation
12.1 LAN Connection
12.2 Remote Access Using a Web Browser
12.2.1 Accessing the Instrument Using a Web Browser
12.2.2 Instrument Home
12.2.3 Screenshot
12.2.4 SCPI Device Control
12.2.5 Save/Recall
12.2.6 Network Settings
12.3 USB Connection
12.3.1 USB TMC
12.3.2 USB VCP
12.3.3 USM MTP
12.4 Switching to Remote Control
13 Remote Commands Reference
13.1 Conventions Used in Remote Command Description
13.2 Common Commands
13.3 Acquisition and Setup
13.3.1 Starting and Stopping Acquisition
13.3.2 Time Base
13.3.3 Acquisition
13.3.4 Vertical
13.3.5 Waveform Data
13.3.6 Waveform Data Export to File
13.3.7 Logic Channel
13.3.8 Probes
13.4 Trigger
13.4.1 General A Trigger Settings
13.4.2 Edge Trigger
13.4.3 Width (Pulse) Trigger
13.4.4 Video/TV Trigger
13.4.5 Pattern (Logic) Trigger
13.5 Display
13.5.1 Basic Display Settings
13.5.1.1 General Display Settings
13.5.1.2 XY-Setup
13.5.1.3 Intensities
13.5.1.4 Waveform and Grid Settings
13.5.2 Zoom
13.5.3 Markers (Timestamps)
13.6 Measurements
13.6.1 Cursor
13.6.2 Quick View
13.6.3 Automatic Measurements
13.7 Quickmath and Reference Waveforms
13.7.1 Quickmath
13.7.2 Reference Waveforms
13.8 FFT
13.9 Masks
13.10 Function Generator
13.11 Pattern Generator
13.12 Digital Voltmeter
13.13 Counter
13.14 Component Tester
13.15 External input
13.16 Protocol Analysis
13.16.1 General
13.16.2 Parallel / Parallel Clocked Bus
13.16.3 SPI Bus
13.16.3.1 SPI - Configuration
13.16.3.2 Trigger
13.16.3.3 Decode
13.16.4 SSPI Bus
13.16.5 I2C Bus
13.16.5.1 I2C - Configuration
13.16.5.2 Trigger
13.16.5.3 Decode
13.16.6 UART
13.16.6.1 UART - Configuration
13.16.6.2 Trigger
13.16.6.3 Decode
13.16.7 CAN
13.16.7.1 CAN - Configuration
13.16.7.2 Trigger
13.16.7.3 Decode
13.16.8 LIN
13.16.8.1 LIN - Configuration
13.16.8.2 Trigger
13.16.8.3 Decode
13.17 Data and File Management
13.17.1 Output Control
13.17.2 MMEMory Commands
13.18 General Instrument Setup
13.19 Status Reporting
13.19.1 STATus:OPERation Register
13.19.2 STATus:QUEStionable Registers
Annex
A SCPI Command Structure
A.1 Syntax for Common Commands
A.2 Syntax for Device-Specific Commands
A.2.1 Long and short form
A.2.2 Numeric Suffixes
A.2.3 Optional Mnemonics
A.3 SCPI Parameters
A.3.1 Numeric Values
A.3.2 Special Numeric Values
A.3.3 Boolean Parameters
A.3.4 Text Parameters
A.3.5 Character Strings
A.3.6 Block Data
A.4 Overview of Syntax Elements
A.5 Structure of a Command Line
A.6 Responses to Queries
B Command Sequence and Synchronization
B.1 Preventing Overlapping Execution
C Status Reporting System
C.1 Structure of a SCPI Status Register
C.2 Hierarchy of status registers
C.3 Contents of the Status Registers
C.3.1 Status Byte (STB) and Service Request Enable Register (SRE)
C.3.2 Event Status Register (ESR) and Event Status Enable Register (ESE)
C.3.3 STATus:OPERation Register
C.3.4 STATus:QUEStionable Register
C.3.4.1 STATus:QUEStionable:COVerload register
C.3.4.2 STATus:QUEStionable:TEMPerature register
C.3.4.3 STATus:QUEStionable:LIMit register
C.3.4.4 STATus:QUEStionable:MASK register
C.4 Application of the Status Reporting System
C.4.1 Service Request
C.4.2 Serial Poll
C.4.3 Query of an instrument status
C.4.3.1 Decimal representation of a bit pattern
C.4.4 Error Queue
C.5 Reset Values of the Status Reporting System
D General Programming Recommendations
List of Commands
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Contents
Table of Contents
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R&S
®
R
TC1000
Digital Oscilloscope
User Manual
User Manual
V
ersion 04
1335735202
(=S×Â2)
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File type: PDF
File name: 26690710_rtc1002edu.pdf
File size: 5.27 MB
File Language: English
Pages: 371
Author: Rohde & Schwarz
File created: 2018-04-24
Published:
2024-01-16
Updated: 2024-01-16
Download File
Other documents for Rohde & Schwarz RTC1002EDU
The following documents are available:
User Manual
Rohde & Schwarz RTC1000 manual - (English)
Read Online
|
Download pdf
Other Documents
R&S RTC1000 datasheet - (English)
Download
Photos
Photos:
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Specifications
Brand:
Rohde & Schwarz
Model: RTC1002EDU
View in the file:
Full Specifications
See other models:
MXO44-242
RTB-BNDL
MXO4-BNDL
RTA-BNDL
RTC-BNDL
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Table of Contents
×
Cover
1
Contents
3
1 Preface
7
1.1 Safety Instructions
7
1.2 Documentation Overview
8
1.2.1 Manuals and Instrument Help
8
1.2.2 Data Sheet and Brochure
9
1.2.3 Calibration Certificate
9
1.2.4 Release Notes, Open Source Acknowledgment
10
2 Getting Started
11
2.1 Preparing for Use
11
2.1.1 Unpacking and Checking the Instrument
11
2.1.2 Positioning the Instrument
11
2.1.3 Starting the Instrument
12
2.1.3.1 Powering On
12
2.1.3.2 Starting Up and Shutting Down
13
2.1.3.3 Powering Off
14
2.1.4 Replacing the Fuse
14
2.2 Instrument Tour
15
2.2.1 Front Panel
15
2.2.1.1 Input Connectors
16
2.2.1.2 Other Connectors on the Front Panel
17
2.2.2 Rear Panel
17
3 Operating Basics
19
3.1 Control Panel
19
3.1.1 Cursor/Menu Section
19
3.1.2 Analysis Section
19
3.1.3 General Section
20
3.1.4 Vertical Section
20
3.1.5 Trigger Section
21
3.1.6 Horizontal Section
21
3.2 Display
22
3.3 Operating Concept
23
3.4 Integrated Help
24
3.5 Signal Display
24
3.5.1 Display Settings
24
3.5.2 Virtual Screen
26
3.5.3 Signal Intensity and Persistence
27
3.6 General Instrument Settings
28
3.7 Self-Alignment
29
3.8 Firmware Update
30
3.9 Options
31
4 Waveform Setup
34
4.1 Vertical Setup
34
4.1.1 Vertical Controls
34
4.1.2 Vertical Settings in the Channel Menus
34
4.1.3 Probe Compensation
37
4.2 Horizontal Setup
39
4.3 Acquisition Setup
40
4.3.1 RUN/STOP and SINGLE
40
4.3.2 Acquisition Settings
40
4.3.3 Record Modes
42
4.3.3.1 Comparison of Record Modes
45
4.3.4 Interlace Mode
46
5 Trigger
47
5.1 Setting Up the Trigger
47
5.2 General Trigger Settings
48
5.3 Edge Trigger
49
5.4 Pulse Trigger
51
5.5 Logic Trigger
52
5.5.1 Logic Pattern
52
5.5.2 Time Limitation
54
5.6 Video Trigger
55
5.7 Trigger Out Pulses
56
5.8 External Trigger Input
56
6 Analysis
58
6.1 Zoom Function
58
6.2 Marker Function
60
6.3 XY-Display
62
6.4 Mathematics
63
6.4.1 Quick Mathematics (QM)
64
6.4.2 Advanced Mathematics
65
6.4.2.1 To Create a Formulary Set and Its Equations
65
6.4.2.2 To Edit Equations
66
6.4.2.3 To Save and Load a Formulary Set
69
6.4.2.4 Example
69
6.5 Frequency Analysis (FFT)
71
6.6 Pass/Fail Test Based on Masks
75
6.7 Component Test
77
6.7.1 In-circuit Tests
81
6.8 Digital Voltmeter
81
7 Measurements
83
7.1 Quick View
83
7.2 Cursor Measurements
84
7.2.1 Cursor Measurement Settings
84
7.2.2 Measurement Types
86
7.3 Automatic Measurements
87
7.3.1 Settings for Automatic Measurements
88
7.3.2 Automatic Measurement Types
89
8 Documenting Results
94
8.1 Saving and Loading Instrument Settings
94
8.2 Reference Waveforms
97
8.3 Waveforms (Traces)
99
8.3.1 Waveform File Formats
101
8.3.1.1 CSV Format
101
8.3.1.2 TXT Format
102
8.3.1.3 BIN Format
102
8.3.1.4 FLT Format
102
8.3.1.5 TRF Format
102
8.4 Screenshots
103
8.4.1 Saving Screenshots
103
8.4.2 Printing Screenshots
104
8.5 Quick Access with FILE/PRINT Key
105
9 Mixed Signal Operation (Option R&S RTC-B1)
107
9.1 Using Logic Channels
107
9.2 Logic Trigger for Digital Input
110
9.3 Cursor Measurements for Logic Channels
110
9.4 Automatic Measurements for Logic Channels
111
9.5 Using Logic Channels in Buses
111
9.5.1 Parallel / Parallel Clocked Bus
111
10 Signal Generation (Option R&S RTC-B6)
114
10.1 Function Generator
114
10.2 Pattern Generator
115
10.2.1 Square Wave
115
10.2.2 Counter
115
10.2.3 Arbitrary
116
10.2.4 Manual
118
10.2.5 Serial Buses
118
11 Serial Bus Analysis
120
11.1 Bus Configuration
120
11.2 Bus Table: Decode Results
122
11.3 I2C Bus (Option R&S RTC-K1)
124
11.3.1 I2C Bus Configuration
125
11.3.2 I2C Bus Triggering
126
11.3.3 I2C Decode Results
129
11.4 SPI / SSPI BUS (Option R&S RTC-K1)
130
11.4.1 SPI / SSPI Bus Configuration
131
11.4.2 SPI / SSPI Bus Triggering
133
11.4.3 SPI / SSPI Decode Results
134
11.5 UART/RS-232 BUS (Option R&S RTC-K2)
135
11.5.1 UART/RS-232 Bus Configuration
136
11.5.2 UART/RS-232 BUS Triggering
138
11.5.3 UART Decode Results
140
11.6 CAN Bus (Option R&S RTC-K3)
141
11.6.1 CAN Bus Configuration
142
11.6.2 CAN Bus Triggering
143
11.6.3 CAN Decode Results
145
11.7 LIN Bus (Option R&S RTC-K3)
147
11.7.1 LIN Bus Configuration
148
11.7.2 LIN Bus Triggering
149
11.7.3 LIN Decode Results
151
12 Network Connections and Remote Operation
154
12.1 LAN Connection
154
12.2 Remote Access Using a Web Browser
157
12.2.1 Accessing the Instrument Using a Web Browser
157
12.2.2 Instrument Home
157
12.2.3 Screenshot
158
12.2.4 SCPI Device Control
159
12.2.5 Save/Recall
160
12.2.6 Network Settings
161
12.3 USB Connection
162
12.3.1 USB TMC
163
12.3.2 USB VCP
163
12.3.3 USM MTP
163
12.4 Switching to Remote Control
166
13 Remote Commands Reference
167
13.1 Conventions Used in Remote Command Description
167
13.2 Common Commands
167
13.3 Acquisition and Setup
171
13.3.1 Starting and Stopping Acquisition
171
13.3.2 Time Base
172
13.3.3 Acquisition
174
13.3.4 Vertical
180
13.3.5 Waveform Data
184
13.3.6 Waveform Data Export to File
191
13.3.7 Logic Channel
192
13.3.8 Probes
197
13.4 Trigger
198
13.4.1 General A Trigger Settings
198
13.4.2 Edge Trigger
201
13.4.3 Width (Pulse) Trigger
203
13.4.4 Video/TV Trigger
204
13.4.5 Pattern (Logic) Trigger
205
13.5 Display
208
13.5.1 Basic Display Settings
208
13.5.1.1 General Display Settings
208
13.5.1.2 XY-Setup
211
13.5.1.3 Intensities
211
13.5.1.4 Waveform and Grid Settings
213
13.5.2 Zoom
214
13.5.3 Markers (Timestamps)
214
13.6 Measurements
215
13.6.1 Cursor
215
13.6.2 Quick View
222
13.6.3 Automatic Measurements
223
13.7 Quickmath and Reference Waveforms
229
13.7.1 Quickmath
229
13.7.2 Reference Waveforms
232
13.8 FFT
237
13.9 Masks
242
13.10 Function Generator
248
13.11 Pattern Generator
250
13.12 Digital Voltmeter
256
13.13 Counter
259
13.14 Component Tester
260
13.15 External input
260
13.16 Protocol Analysis
264
13.16.1 General
264
13.16.2 Parallel / Parallel Clocked Bus
267
13.16.3 SPI Bus
269
13.16.3.1 SPI - Configuration
269
13.16.3.2 Trigger
272
13.16.3.3 Decode
273
13.16.4 SSPI Bus
276
13.16.5 I2C Bus
279
13.16.5.1 I2C - Configuration
279
13.16.5.2 Trigger
280
13.16.5.3 Decode
283
13.16.6 UART
290
13.16.6.1 UART - Configuration
290
13.16.6.2 Trigger
292
13.16.6.3 Decode
294
13.16.7 CAN
296
13.16.7.1 CAN - Configuration
296
13.16.7.2 Trigger
298
13.16.7.3 Decode
301
13.16.8 LIN
308
13.16.8.1 LIN - Configuration
308
13.16.8.2 Trigger
310
13.16.8.3 Decode
312
13.17 Data and File Management
318
13.17.1 Output Control
318
13.17.2 MMEMory Commands
322
13.18 General Instrument Setup
327
13.19 Status Reporting
331
13.19.1 STATus:OPERation Register
331
13.19.2 STATus:QUEStionable Registers
333
Annex
337
A SCPI Command Structure
337
A.1 Syntax for Common Commands
337
A.2 Syntax for Device-Specific Commands
338
A.2.1 Long and short form
338
A.2.2 Numeric Suffixes
339
A.2.3 Optional Mnemonics
339
A.3 SCPI Parameters
340
A.3.1 Numeric Values
340
A.3.2 Special Numeric Values
341
A.3.3 Boolean Parameters
341
A.3.4 Text Parameters
341
A.3.5 Character Strings
342
A.3.6 Block Data
342
A.4 Overview of Syntax Elements
342
A.5 Structure of a Command Line
343
A.6 Responses to Queries
344
B Command Sequence and Synchronization
346
B.1 Preventing Overlapping Execution
346
C Status Reporting System
348
C.1 Structure of a SCPI Status Register
348
C.2 Hierarchy of status registers
349
C.3 Contents of the Status Registers
351
C.3.1 Status Byte (STB) and Service Request Enable Register (SRE)
351
C.3.2 Event Status Register (ESR) and Event Status Enable Register (ESE)
352
C.3.3 STATus:OPERation Register
353
C.3.4 STATus:QUEStionable Register
353
C.3.4.1 STATus:QUEStionable:COVerload register
355
C.3.4.2 STATus:QUEStionable:TEMPerature register
355
C.3.4.3 STATus:QUEStionable:LIMit register
355
C.3.4.4 STATus:QUEStionable:MASK register
356
C.4 Application of the Status Reporting System
356
C.4.1 Service Request
356
C.4.2 Serial Poll
357
C.4.3 Query of an instrument status
357
C.4.3.1 Decimal representation of a bit pattern
357
C.4.4 Error Queue
358
C.5 Reset Values of the Status Reporting System
358
D General Programming Recommendations
359
List of Commands
360
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