User manual

64
Appendix
Fig. 6.7: Video trigger menu 27
Fig. 7.1: Drawing of the virtual screen area 28
Fig. 7.2: Menu for setting the signal display intensities 29
Fig. 7.3: Persistence function 29
Fig. 7.4: XY settings menu 29
Fig. 7.5: Settings for the Z input 30
Fig. 8.1: Cursor measurements selection menu 31
Fig. 8.2: Menu for the automatic measurements
settings 33
Fig. 8.3: Statistic for Automeasurements 34
Fig. 9.1: Mathematics short menu 34
Fig. 9.2: Quick mathematics menu 35
Fig. 9.3: Formula editor for formula sets 35
Fig. 9.4: Entry of constants and units 36
Fig.9.5: Denitionofthecurrentequation 36
Fig.9.6: Denitionofthepowerequation 36
Fig. 9.7: FFT illustration 37
Fig. 9.8: Advanced FFT menu 37
Fig. 9.9: PASS/FAIL mask test. 38
Fig. 9.10: Component tester at short 39
Fig. 9.11: Excamples of Component test 40
Fig. 10.1: Basic menu for device settings 41
Fig. 10.2: Storing instrument settings 41
Fig. 10.3: Storage menu for references 42
Fig. 10.4: Menu for storing curves 42
Fig. 10.5: Supported printer example 43
Fig. 10.6: Screenshot-Modul 43
Fig.10.7: DenitionofFILE/PRINTkey 44
Fig. 11.1: Optional logic probe R&S®HO3508 45
Fig. 11.2: Logic channels’ settings display 45
Fig.12.1: Menuforthedenitionofbuses 47
Fig. 12.2: Example I
2
C BUS with BUS table 48
Fig. 12.3: I
2
C BUS signal source 48
Fig. 12.4: I
2
C 7 bit address 49
Fig.12.5: MenuforthedenitionofI
2
C sources 49
Fig. 12.6: I
2
C data trigger menu 50
Fig. 12.7: I
2
C READ/WRITE trigger menu 50
Fig. 12.8: I
2
C BUS 50
Fig.12.9: SimplecongurationofaSPIBUS 51
Fig.12.10:MenuforthedenitionofaSPIbus 51
Fig. 12.11: SPI trigger menu 52
Fig. 12.12: SPI data trigger menu 52
Fig. 12.13: UART bit sequence 52
Fig.12.14:Page1ofthemenutodeneaUARTbus 53
Fig. 12.15: Page 2|2 UART BUS setup menu 53
Fig. 12.16: Trigger menu UART data 53
Fig. 12.17: UART trigger menu page 2 54
Fig. 12.18: Setting the SAMPLE POINT during the
CANconguration 54
Fig. 12.19: CAN data trigger menu 55
Fig. 12.20: CAN BUS 55
Fig. 12.21: Layout LIN byte structure 56
Fig.12.22:MenuforthedenitionofaLINbus 56
Fig. 12.23: LIN data trigger menu 56
Fig. 13.1: Pin assignment of the RS-232 interface 57
Fig. 13.2: Ethernet-settings dialog box 59
15.2 Glossary
A
AC coupling: 18
Ambient temperature: 5
analog channel: 24, 46
attenuation: 18
automatic measurement: 34, 36
AUTOMATIK: 22
Average: 22, 38
B
Bandwidth Limit: 18
bidirectional interface: 58
Blackman window function: 39
brightness: 28, 29, 30, 31
bus analysis: 11, 12, 19, 48
BUSconguration:48,50,51,52,53,54,55,56,57
bus signal source: 8, 49
BUS type: 46, 47, 48, 52
C
CAN bus: 55
component tester: 8, 40, 41
component test mode: 9
current probe: 19
cursor measurements: 10, 15, 31, 32, 47
CVBS signal: 28
D
DC coupling: 14, 18, 26
Driver: 58
duty cycle: 15
DVI-D connector: 13
E
ENVELOPE: 38
Ethernet: 10, 60
F
fall time: 24, 39
formula editor: 16, 35, 36
frequency interferences: 20
G
Grayscale mode: 10
H
Hamming window function: 39
Hanning window function: 39
High Pass Filter: 36
hysteresis: 24
I
I
2
C BUS: 49, 50
IEEE-488: 12, 13
interlace mode: 23
L
licence key: 12, 48
LIN bus: 56, 57