Hameg HMO Series, Manual

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59
Subject to change without notice
A p p e n d i x
15 Appendix
15.1 List of figures
Fig. 1.1: Operating positions 7
Fig. 1.2: Product labeling in accordance with EN 50419 8
Fig. 2.1: Frontview of the HMO2024 10
Fig. 2.2: Area A of the control panel. 10
Fig. 2.3: Area B of the control panel. 11
Fig. 2.4: Area C of the control panel 11
Fig. 2.5: Area D of the control panel 11
Fig. 2.6: Screen 11
Fig. 2.7: Rear panel of the HMO2024 11
Fig. 2.8: Y-Out signal 12
Fig. 2.9: Selection of basic soft menu elements 12
Fig. 2.10: Basic soft menu elements for settings
and navigation 12
Fig. 2.11: Menu for basic settings 13
Fig: 2.12: Updating menu and information window 13
Fig: 2.13: Updating menu and information window 14
Fig. 2.14: UPGRADE menu. 15
Fig. 2.15: Manual licence key input. 15
Fig. 2.16: Successful self alignment 15
Fig. 2.17: Logic probe self alignment 16
Fig. 3.1: Control panel HMO 16
Fig. 3.2: Screen display after connection of the probe 16
Fig. 3.3: Screen display after changing to DC coupling 17
Fig. 3.4: Screen display after Autosetup 17
Fig. 3.5: Area of the control panel containing the ZOOM
knob 17
Fig. 3.6: ZOOM function 17
Fig. 3.7: Cursor measurements 17
Fig. 3.8: Quick View parameter measurement 18
Fig. 3.9: Automeasure menu 18
Fig. 3.10: Selection of parameters 18
Fig. 3.11: Measuring the parameters of two sources 18
Fig. 3.12: Formula editor 19
Fig. 3.13: Save/Recall menu 19
Fig. 3.14: Menu SCREENSHOTS 19
Fig. 3.15: Defining a file name 19
Fig. 4.1: Front panel area with vertical system controls 20
Fig. 4.2: Short menu for the vertical settings 20
Fig. 4.3: Correct connection of the probe to the
probe adjust output 20
Fig. 4.4: Vertical offset in the extended menu 20
Fig. 4.5: Threshold setting and name allocation 21
Fig. 5.1: Control panel of the horizontal system 22
Fig. 5.2: AM modulated signal with maximum repeat rate 23
Fig. 5.3: AM modulated signal with maximum
sampling rate 23
Fig. 5.4: AM modulated signal with automatic setting 24
Fig. 5.5: Zoom function 25
Fig. 5.6: Marker in zoom mode 25
Fig. 5.7: Search mode with event list 26
Fig. 6.1: Front panel control area of the trigger system 27
Fig. 6.2: Coupling modes with slope trigger 27
Fig. 6.3: The type B-Trigger 28
Fig. 6.4: Pulse trigger menu 28
Fig. 6.5: Logic trigger menu 28
Fig. 6.6: Video trigger menu 29
Fig. 7.1: Drawing of the virtual screen area
and an example 31
Fig. 7.2: Menu for setting the signal display intensities 31
Fig. 7.3: Persistence function 31
Fig. 7.4: Settings in the X–Y menu 32
Fig. 7.5: Settings for the Z input 32
Fig. 8.1: Cursor measurements selection menu 33
Fig. 8.2: Menu for the automatic measurements settings 34
Fig. 8.3: Statistic for Automeasurements 36
Fig. 9.1: Mathematics short menu 36
Fig. 9.2: Quick mathematics menu 37
Fig. 9.3: Formula editor for formula sets 37
Fig. 9.4: Entry of constants and units 37
Fig. 9.5: FFT illustration 38
Fig. 9.6: Advanced FFT menu 39
Fig. 9.7: PASS/FAIL mask test. 40
Fig. 10.1: Basic menu for instrument settings 41
Fig. 10.2: Storing instrument settings 41
Fig. 10.3: Recalling instrument settings 41
Fig. 10.4: Import/Export menu for instrument settings 41
Fig. 10.5: Loading and storing of references 42
Fig. 10.6: Menu for storing curves 42
Fig. 10.7: Menu for screenshots 43
Fig. 10.8: Definition of FILE/PRINT key 44
Fig. 11.1: Component tester at short 45
Fig. 12.1: Logic channels’ settings display 46
Fig. 13.1: Bus definition menu 48
Fig. 13.2: Menu for the selection of the decoding format 48
Fig. 13.3: Example I
2 C BUS with BUS table 49
Fig. 13.4: I 2 C BUS signal source 49
Fig. 13.5: I
2
C 7 bit address 49
Fig. 13.6: Menu for the definition of I
2
C sources 50
Fig. 13.7: I
2
C message decoded with hexadecimal values 50
Fig. 13.8: I
2
C READ/WRITE trigger menu 50
Fig. 13.9: I
2
C data trigger menu 51
Fig. 13.10: Example I
2
C BUS with BUS table 51
Fig. 13.11: SPI BUS signal source 51
Fig. 13.12: Simple configuration of a SPI BUS 51
Fig. 13.13: Menu for the definition of a SPI bus 52
Fig. 13.14: SPI trigger menu 52
Fig. 13.15: SPI data trigger menu 53
Fig. 13.16: UART bit sequence 53
Fig. 13.17: Page 1 of the menu to define a UART bus 53
Fig. 13.18: Page 2|2 UART BUS setup menu 53
Fig. 13.19: Trigger menu UART data 54
Fig. 13.20: UART trigger menu page 2 54
Fig. 13.21: Setting the SAMPLE POINT during the
CAN configuration 55
Fig. 13.22: CAN data trigger menu 55
Fig. 13.23: Layout LIN byte structure 56
Fig. 13.24: Menu for the definition of a LIN bus 56
Fig. 13.25: LIN data trigger menu 57
Fig. 14.1: web server with device data 58