User Manuals: Ceyear 4456 Series Phosphor Oscilloscope

Manuals and User Guides for Ceyear 4456 Series Phosphor Oscilloscope. We have 1 Ceyear 4456 Series Phosphor Oscilloscope manual available for free PDF download: User Manual

Ceyear 4456 Series User Manual (267 pages)

Digital Phosphor Oscilloscope

Brand: Ceyear | Category: Test Equipment | Size: 11.68 MB

Table of Contents
3
Chapter Ioperation Guide

11
- Unpacking Inspection
  11
- Safety Instructions
  11
  - Environment Requirements
    11
  - Selection of Power Cord
    11
  - Power Supply Requirements
    12
  - Electrostatic Protection (ESD)
    12
- After-Sales Maintenance
  12
- Identification in the Manual
  12
Chapter II about the 4456 Series Digital Phosphor Oscilloscope

14
- Power on
  14
- Overview of Front Panel
  15
  - Power Button
    16
  - Front USB Ports
    16
  - Logic Analyzer Extended Ports
    16
  - Waveform Generator Extended Ports
    16
  - 1Khz Calibration Signal
    16
  - Screen Display Area
    16
  - Multipurpose Setup Area
    17
  - Feature Setup Area
    17
  - Run Control Setup Area
    19
  - Horizontal System Setup Area
    19
  - Trigger System Setup Area
    19
  - Vertical System Setup Area
    20
  - Input Channels Area
    20
- Overview of Rear Panel
  20
Chapter III Vertical System

22
- Description of Keys/Buttons
  22
- Probe
  22
  - Probe Port
    22
  - Calibration of the Standard Passive Voltage Probe
    22
- Channel Status
  23
- Coupling
  23
- Termination
  23
- Bandwidth
  24
- Probe Setup
  24
  - Attenuation
    24
  - Probe Type
    25
  - Probe Zero Calibrate
    25
- Invert
  25
- Fine Scale
  26
- Vertical Range
  26
- Vertical Offset
  26
- Deskew
  27
Chapter IV Horizontal System

28
- Description of Keys/Buttons
  28
- Time Base
  28
- Horizontal Delay
  29
- Zoom
  29
- Mode
  30
- Memory Depth
  30
- Quick Acq
  32
Chapter Vtrigger System

33
- Description of Keys/Buttons
  33
- Trigger Source
  33
- Trigger Type
  34
  - Edge Trigger
    34
  - Pulse Trigger
    36
  - Runt Trigger
    38
  - Sequence Trigger
    40
  - Logic Trigger
    41
  - Setup&Hold Times Trigger
    44
  - Rise/Fall Time Trigger
    45
  - Video and HD Video Trigger
    48
  - Serial Protocol Trigger (Options S04 ~ S12)
    50
  - Visual Trigger (Zone Trigger)
    50
- Trigger Holdoff
  51
- Trigger Mode
  52
- Trigger Sensitivity
  53
- Trigger Level
  53
- Aux out
  54
Chapter VI Measurement System

56
- Parameter Measurement
  56
  - Add Measurement
    57
  - Remove Measurement
    59
  - Histogram
    60
  - Statistics
    61
  - Gating
    62
  - Reference Levels
    62
  - Hardware AUX on off
    62
- Cursor Measurement
  62
Chapter VII Mathematical Operation

64
- Dual Wfm Math
  64
- Fft
  64
- Advanced Math
  67
Chapter VIII Display System

70
- Waveform Display Setup
  70
- Wfm Palette Setting
  70
- Persist Setup
  73
- Graticule Setup
  73
- Intensity Setup
  73
- Xy Display
  74
Chapter IX Save, Recall and Reference

76
- Save
  76
- Recall
  78
- Reference
  78
Chapter Xsystem Configuration

81
- Config
  81
- Reference&Aux out
  82
- Network Configuration
  83
- Options
  84
- Calibration
  84
- System Write Protection
  85
Chapter XI Protocol Analyzer (Option)

86
- I2C Trigger and Analysis
  86
  - I2C Bus Setting
    86
  - I2C Trigger Setup
    90
- Rs232/Rs422/Rs485/Uart Trigger and Analysis
  94
  - RS232 Bus Setting
    95
  - RS232 Trigger Setup
    100
- Spi Protocol Trigger and Analysis
  102
  - SPI Bus Setting
    103
  - SPI Trigger Setup
    109
- Can Trigger and Analysis
  110
  - CAN Bus Setup
    111
  - CAN Trigger Setup
    115
- Lin Trigger and Analysis
  119
  - LIN Bus Setup
    120
  - LIN Trigger Setup
    124
- Flexray Protocol Trigger and Analysis
  127
  - Flexray Bus Setting
    128
  - Flexray Trigger Setting
    133
- Audio Trigger and Analysis
  139
  - Audio Bus Setup
    140
  - Audio Trigger Setup
    146
- Usb Trigger and Analysis
  148
  - USB Bus Setting
    148
  - USB Trigger Setup
    152
- Mil-Std-1553 Trigger and Analysis
  157
  - MIL-STD-1553 Setup
    157
  - MIL-STD-1553 Trigger Setup
    161
Chapter XII Limit/Mask Test (Option)

166
- Set up Mask
  166
- Select Mask
  167
- Set up Test
  168
- Run Test
  169
- Show Results
  169
Chapter XIII Power Measurement and Analysis (Option)

170
- Measurement Type
  170
- Power Quality
  170
  - Define Inputs
    170
  - Measurement Display
    171
  - Frequency Reference
    172
- Ripple
  172
  - Define Inputs
    172
  - Source
    173
- Harmonics
  173
  - Define Inputs
    173
  - Setup
    173
  - Display
    174
- Switching Loss
  175
  - Define Inputs
    175
  - Measurement Display
    176
  - Conduction Calculation
    176
  - Reference Levels
    177
- Modulation
  177
  - Define Inputs
    178
  - Source
    178
  - Modulation Type
    178
- Safe Operating Area
  179
  - Define Inputs
    179
  - Define Axes
    179
  - Define Mask
    180
  - Violation Stop
    181
Chapter XIV Logic Analyzer (Option)

182
- Enable/Disable Digital Logic
  182
- Channel Switch
  183
- Runt Pulse Thresholds
  184
- Edit Label
  185
Chapter XIV Waveform Generator (Option)

187
- Waveforms
  187
  - Sine
    188
  - Square
    189
  - Ramp
    190
  - Pulse
    190
  - Noise
    192
  - Arbitrary
    192
  - Built-In
    195
- Modulation
  196
  - Modulation Type
    196
  - Frequency/Fsk Rate
    197
  - Shape
    197
  - Modulation Switch
    198
- Preview
  198
- Output
  198
Chapter XVI Oscilloscope Probe (Option)

199
- P9350A Passive Voltage Probe
  199
  - Operating Instructions
    199
  - Main Parameters of Probe
    200
- P9550A Passive Voltage Probe
  200
  - Operating Instructions
    200
  - Main Parameters of Probe
    201
- P9551 Passive Voltage Probe
  202
  - Operating Instructions
    202
  - Main Parameters of Probe
    203
- P9600A Passive Voltage Probe
  204
  - Operating Instructions
    204
  - Main Parameters of Probe
    205
- P9558 Passive Voltage Probe
  206
  - Operating Instructions
    206
  - Main Parameters of Probe
    207
- P3258 High Voltage Single End Probe
  208
  - Operating Instructions
    208
  - Main Parameters of Probe
    209
- P4220 High Voltage Single End Probe
  210
  - Instructions for Safe Use
    210
  - Operating Instructions
    211
  - Main Parameters of Probe
    212
- P8050 High Voltage Differential Probe
  213
  - Instructions for Safe Use
    213
  - Operating Instructions
    213
  - Main Parameters of Probe
    215
- P8100 High Voltage Differential Probe
  216
  - Instructions for Safe Use
    216
  - Operating Instructions
    216
  - Main Parameters of Probe
    219
- P5020 High Voltage Differential Probe
  219
  - Instructions for Safe Use
    220
  - Operating Instructions
    220
  - Main Parameters of Probe
    221
- P6100 High Voltage Differential Probe
  222
  - Instructions for Safe Use
    222
  - Operating Instructions
    222
  - Main Parameters of Probe
    223
- P7100 High Voltage Differential Probe
  224
  - Instructions for Safe Use
    224
  - Operating Instructions
    224
  - Main Parameters of Probe
    225
- Ap202 Current Probe
  226
  - Instructions for Safe Use
    226
  - Operating Instructions
    226
  - Main Parameters of Probe
    227
- Ap204A Current Probe
  228
  - Instructions for Safe Use
    228
  - Operating Instructions
    229
  - Main Parameters of Probe
    230
- Ap622 Current Probe
  230
  - Instructions for Safe Use
    230
  - Operating Instructions
    231
  - Main Parameters of Probe
    232
- Ap622D Current Probe
  232
  - Instructions for Safe Use
    232
  - Operating Instructions
    232
  - Main Parameters of Probe
    233
- Ap621 Current Probe
  234
  - Instructions for Safe Use
    234
  - Operating Instructions
    234
  - Main Parameters of Probe
    235
Chapter XVII Digital Voltmeter

237
Chapter XVIII Working Principle

238
Chapter XIX Application Examples

240
- Measuring Simple Signal
  240
- Measuring Pulse Signal
  240
- Viewing Phase Difference between Two Signals
  241
  - XY Measurement Method
    241
  - Parameter Automatic Measurement Method
    242
- I2C Trigger and Analysis Example
  242
- Can Trigger and Analysis Example
  243
- Lin Trigger and Analysis Example
  244
- Flexray Trigger and Analysis Example
  246
- Rs232 Trigger and Analysis Example
  248
- Spi Trigger and Analysis Example
  249
- Audio Trigger and Analysis Example
  250
- Usb Trigger and Analysis Example
  252
- 1553 Trigger and Analysis Example
  253
Chapter XX Fault Detection and Troubleshooting

255
Appendix 1: Technical Specifications

256
Appendix 2: Accessories and Options

264

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User Manuals: Ceyear 4456 Series Phosphor Oscilloscope

Ceyear 4456 Series User Manual (267 pages)

Table of Contents

Chapter Ioperation Guide

Chapter II about the 4456 Series Digital Phosphor Oscilloscope

Chapter III Vertical System

Chapter IV Horizontal System

Chapter Vtrigger System

Chapter VI Measurement System

Chapter VII Mathematical Operation

Chapter VIII Display System

Chapter IX Save, Recall and Reference

Chapter Xsystem Configuration

Chapter XI Protocol Analyzer (Option)

Chapter XII Limit/Mask Test (Option)

Chapter XIII Power Measurement and Analysis (Option)

Chapter XIV Logic Analyzer (Option)

Chapter XIV Waveform Generator (Option)

Chapter XVI Oscilloscope Probe (Option)

Chapter XVII Digital Voltmeter

Chapter XVIII Working Principle

Chapter XIX Application Examples

Chapter XX Fault Detection and Troubleshooting

Appendix 1: Technical Specifications

Appendix 2: Accessories and Options

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