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LTspice Schaltplan und Wellenform-Simulation
0.35mV 1kHz 50ms) CLK0 PULSE(0 1us 1ns 0.25us 1us) CLK180 PULSE(0 1us 1ns 0.25us 1us) CLK90 PULSE(0 0.25us 1ns 0.25us 1us) CLK270 PULSE(0 0.75us 1ns 0.25us 1us) V2 V4 V6 -3.3V QSD-3253-DIFF.asc V(HF,Vref)-0.3mV V(I0,Vref)-0.8mV V(I180,Vref)-0.02mV V(I0,I180)-0.7925mV V(out1,Vref)+12.5mV V(out2,Vref)+12.5mV V(Q90,Vref)-0.73mV V(Q270,Vref)-0.1mV V(Q90,Q270)-0.63mV V(outQ,Vref)+11mV 0.0ms 0.4ms 0.8ms 1.2ms 1.6ms
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Oszilloskop mit Sinuswelle auf dem Bildschirm
POWER on/off, DELAY 1us, 10us, 1ms, 100ms, X-POS, VAR. OFF, SEARCH, DELAY, TRIG. HOLD OFF, AC, DC, LF, ALT, CAL, EXT., TIME/DIV, 2s, 1s, 500ms, 200ms, 100ms, 50ms, 20ms, 10ms, 5ms, 2ms, 1ms, 500us, 200us, 100us, 50us, 20us, 10us, 5us, 2us, 1us, HM-EG 60MHz Oscilloscope HM604-2, Y-POS.I, X-POS.I, VERT. INP 1MΩ 20pF, 400Vp max, VOLTS/DIV, 500mV, 200mV, 100mV, 50mV, 20mV, 10mV, 2mV, 5mV, 1mV, 2V, 1V, 500mV, 200mV, 100mV, 50mV,
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LTspice Schaltplan und Wellenform-Simulation
) PULSE(0 1us 1ns 0.25us 1us) PULSE(0 1.5ms 1ns 0.25us 1us) PULSE(0 1.75us 1ns 0.25us 1us) V(HF,Vref)=-0.3mV V(I0,Vref)=-0.8mV V(I180,Vref)=-0.02mV V(I0,I180)=-0.7925mV V(Iout1,Vref)=+12.5mV V(Q90,Vref)=-0.73mV V(Q270,Vref)=-0.1mV V(Q90,Q270)=-0.63mV V(IoutQ,Vref)=+11mV
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LTspice Schaltplan und Simulationsergebnisse
LTspice XVII QSD-3253-DIFF.raw R1 10k C1 100n F1 AH V1 SINE(0.65V 0.35mV 1kHz 50deg) S2 PULSE(0 0.35us 1ns 0.25us 1us) CLK180 S1 ASW V2 PULSE(0 0.35us 1ns 0.25us 1us) CLK0 T9574.lib .model SW(Ron=7 Vt=0.5V) C12 56n C13 56n V(HF,Vref)-0.3mV V(I0,I180)-0.7925mV V(VoutI,Vref)+12.5mV V(Q90,Q270)-0.63mV V(VoutQ,Vref)+11mV
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Oszilloskop-Screenshot einer Sinuswelle
T'D 5.00ns/ 4.00GSa/s 250ps/pt 1 A DC RUN Default Norm 48.00mV STOP Measure Flex Knob Waveform View Result VRMS(C1) 100.22mV Freq(C1) 100.00MHz 50% 1 4.74us 4.75us 4.75us 4.76us 4.76us 4.77us 4.77us 50.00m/Ω 0.00U 10.00U/ -23.20U 10.00V/ 100.00MHz 50.00mV/ 1X -25.20V 1X 0.00V 11:23:21 2026/04/13
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LTspice Simulation Schaltplan und Wellenformen
Timer.raw V(dis) 5.4V 4.8V 4.2V 3.6V 3.0V 2.4V 1.8V 1.2V 0.6V 0.0V -0.6V V(c) 1.1V 1.0V 0.9V 0.8V 0.7V 0.6V 0.5V 0.4V 0.3V 0.2V 0.1V 0.0V -0.1V -0.2V 3.8us 4.0us 4.2us 4.4us 4.6us 4.8us 5.0us 5.2us 5.4us Cursor 1 V(c) Horz: 4.1278859us Vert: -105.15667mV Cursor 2 V(c) Horz: 5.0036316us Vert: 1.0477246V Diff (Cursor2-Cursor1) Horz: 875.74578ns Vert: 1.1528803V Freq: 1.1418839MHz Slope: 1.31646e-006 R11 2k7 C M3 SI2318CDS DIS R10 10 C6 1n V2 PULSE(0 5 0 1n 1n 100n 1u) .tran 10u uic
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Oszilloskop Messung eines Rechtecksignals
SIGLENT Trig'd M 500us/ Delay:-502us Z 20.0us/ f = 999.999Hz Sa 1.00GSa/s Curr 7.00Mpts Edge CH1 AC L -200mV 1 1X 1.00V/ -880mV ΔX = -998.4us 1/ΔX = 1.0016kHz X2 = -500.8us X1 = 497.6us ΔY = -2.76V Y2 = 0.40V Y1 = 3.16V KURSOR Modus Manuell X1 497.6us Quelle K1 Art XY X Ref Verzögerung Y Ref Abweichung
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Oszilloskop Messung eines Rechtecksignals
SIGLENT Trig'd M 500us/ Delay:-502us Z 20.0us/ f = 1.0000kHz Sa 1.00GSa/s Curr 7.00Mpts Edge CH1 AC L -200mV 1X 1.00V/ -880mV ΔX = -40.0us 1/ΔX = 25.00kHz X2 = -505.2us X1 = -465.2us ΔY = -2.76V Y2 = 0.40V Y1 = 3.16V KURSOR Modus Manuell X1 -465.2us Quelle K1 Art XY X Ref Verzögerung Y Ref Abweichung
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Oszilloskop-Messung eines digitalen Signals
MSO5072 Tue December 30 18:14:26 2025 RIGOL WAIT H 2.00us 8GSa/s 160kpts Measure STOP/RUN D 8.00us T 1 3.60V N 8V 2us 4us 6us 8us 10us 12us 14us 16us 18us 6V 4V 2V 1 0V -2V -4V -6V Freq1 -Width2 214.09kHz 1 2.00V 0.00V 2 50.0mV 0.00V 3 2.00V -2.16V 4 1.00V -480mV L 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 GI GII 18:13
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SPICE-Simulation von Wellenformen und Schaltplan
V(n002) 5mA -23mA -50mA 2.8V 2.0V 1.2V 0.4V -1.2V 240uA -90uA -420uA 0us 10us 20us 30us 40us 50us L1 140u L2 140u R1 8.2k R2 0 R3 1.3 R4 rser=2 Q1 BC37-25 base D2 BAT54 C1 D3 LED A V1 1.3 Dwite LED_N .model Dwite D(IS=1e-20 N=3 RS=8 BV=6 IBV=10 CJO=5p
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Oszilloskop Messung einer Sinuswelle
Hantek 400us 0.000s Measure Frequency 1.152KHz Period 868.0us Mean 40.0mV Pk-Pk 2.00V Minimum -960mV Maximum 1.04V +Pulse Width 428.0us Rise Time 264.0us CH1 vertical position -1.68div (-840mV) DC 500mV CH1 240mV 1.00400KHz
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LTspice Simulation Schaltplan und Wellenformen
Timer.raw V(dis) 5.0V 4.5V 4.0V 3.5V 3.0V 2.5V 2.0V 1.5V 1.0V 0.5V 0.0V -0.5V V(c) 1.4V 1.2V 1.0V 0.8V 0.6V 0.4V 0.2V 0.0V -0.2V -0.4V 0us 1us 2us 3us 4us 5us 6us 7us 8us 9us 10us Timer.asc +5 V1 5 DIS R10 10 V2 PULSE(0 5 0 1n 1n 100n 1u M3 2N7002 C R11 2k7 C6 1n .tran 10u uic
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LTspice Simulation Schaltplan und Wellenformen
Timer.raw V(dis) 5.0V 1.0V 0.5V 0.0V 1us 2us 3us 4us 5us 6us 7us 8us 9us 10us V(c) 1.4V 1.3V 1.2V 1.1V 1.0V 0.9V 0.8V 0.7V 0.6V 0.5V 0.4V 0.3V 0.2V 0.1V 0.0V Timer.asc +5 V1 5 DIS R10 1k V2 PULSE(0 5 0 1n 1n 100n 1u M3 2N7002 C R11 2k7 C6 1n .tran 10u uic
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Oszilloskop-Messungen einer AM-Modulation
Differenz Sende-Empfangsrequenz 8,26Hz (@1Mhz, -70dBm) Tek Stop M Pos: 0.000s CURSOR Typ Zeit Quelle CH1 Δt 121.0ms ΔV 160mV Cursor 1 42.0ms -16.0mV Cursor 2 -79.0ms -176mV 13-Okt-25 08:23 388.035Hz Δt 2.420ms ΔV 8.00mV Cursor 1 840us -8.00mV Cursor 2 -1.58ms -16.0mV 13-Okt-25 08:24 1.02913kHz Δt 1.000ms ΔV 16.0mV Cursor 1 720us -144mV Cursor 2 -280us -128mV 13-Okt-25 08:25 1.0423kHz Modulation AM , 1kHz 30%, Messung Vout I, Q Verstärk 10x (preamp) *
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Abfotografierter Bildschirm eines Hantek Oszilloskops
Hantek 400us Measure Frequency 1.118KHz Period 894.0us Mean 40.0mV Pk-Pk 2.10V Minimum -1.00V Maximum 1.10V PulseWidth 440.0us Rise Time 260.0us 500mV CH1 240mV 1.00500KHz
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Oszilloskop-Messung zweier Rechtecksignale
STOP H 5.00us 500MSa/s D 9.60000000us AX: = 20.70us AY: = -640.0mV BX: = 26.70us BY: = 4.220V BX-AX: = 6.000us BY-AY: = 4.860V 1/f(dx): = 166.7kHz CH1 CH2 Cur:100kHz Period Cur:10.00us Avg:10.00us Max:10.00us Min:10.00us Cur:50.0kHz Fall Cur:100.0ns Avg:100.0ns Max:100.0ns Min:100.0ns 1.00 V 2 1.00 V 3 1.00 V 4 1.00 V
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Oszilloskop-Display mit digitalem Signalverlauf
RIGOL STOP H 20.0us 500MSa/s 120k pts D 9.60000000us T FC AX = 54.0us AY = -640.0mV BX = 78.0us BY = 4.220V BX-AY = 24.00us BY-AY = 4.860V 1/dQ = 41.67kHz Cur:1.00kHz Period Cur:1.00usus Freq Avg:1.00kHz Min:100kHz Cur:1.00V Avg:10.00us Max:10.00us Min:10.00us Cur:13.1kHz Fall Avg:13.1kHz Max:13.1kHz Min:13.1kHz Cur:400.0ns Max:400.0ns Min:400.0ns 1.00V 2 1.00V 3 1.00V 4 1.00V
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Oszilloskop-Screenshot mit zwei Signalkurven
RIGOL WAIT H 50.0us 500MSa/s 300k pts D -120.00000us T 1.58V Period Freq Rise Time Fall Time +Width -Width 2 1.00V 1.00V 3 200mV 4 1.00V Avg=710mV Avg=679mV Freq=****** Width=14.00us LA 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5
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Oszilloskop-Screenshot eines gelben Signals
RIGOL STOP H 5.00us 1.00GSa/s D 0.00000000ps T 1 10.0mV Horizontal Period Freq Rise Time Fall Time +Width -Width Coupling AC BW Limit OFF Probe 1X Invert OFF Volts/Div Coarse Unit [V] Identified! +Width=1.700us -Width=1.400us Rms=3.09mV Freq=322kHz Rms=***** 1 ~ 10.0mV 2 5.00V 3 5.00V 4 5.00V
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Abfotografiertes Oszilloskop mit Sinuswelle
Hantek 400us Measure Frequency 952.3Hz Period 1.050ms Mean 60.0mV Pic-Pk 2.14V Minimum -1.04V Maximum 1.10V Pulse Width 526.0us Rise Time 306.0us 500mV CH1 240mV 1.00500KHz
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Oszilloskop Wellenformen Messwerte
SIGLENT Stop M 100us/ Delay:-551us Z 5.00us/ f = 100.160kHz Sa 500Msa/s Curr 700kpts Edge L DC 1 0.0V 4 0.0V 3 5.00V 13.3V 2 2.00V -8.00V 1 -7.0V 4 2.00V 0.0V KANAL 3 Anstieg.[4]=1.02us Anstieg.[1]=1.22us Kopplung DC Grenzfrequenz Einstellung Grob Tastkopf 1X Nächste Seite Seite 1/2
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Oszilloskop-Messkurve einer Entladungskurve
Stop Ch1 Coupling & Impedance DC Ch1 Max 50.2 V AC Ch1 Min -1.00 V GND Ch1 Fall 43.52us Ch1 Rise 195.6ns Ch1 10.0 V M 10.0us A Ch1 40.0 V T 29.7600us Coupling Invert Off Bandwidth Full Fine Scale Position Offset Probe Setup 10 X Ω 1M 50
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Abfotografiertes Oszilloskop mit Rechtecksignal
Hantek 400us Measure Frequency 980.3Hz Period 1.020ms Mean 1.84V Pk-Pk 3.64V Minimum -40.0mV Maximum 3.60V Pulse Width 514.0us Rise Time 2.000us CH1 1.00V 240mV 1.00500KHz
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Oszilloskop-Display mit Signalverlauf
RIGOL WAIT 100.0us 1.000 GSa/s 1.40M pts D 0.00000000ps T 1.00V HORIZONTAL TRIGGER Type Edge Source CH2 Slope Sweep Normal Setting 1 = 4.00V 2 = 200mV Freq > 166.7kHz Freq = 4.830kHz Period < 5.000us Period = 216.0us
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Oszilloskop-Display mit digitalem Signalverlauf
RIGOL DS1054Z OSCILLOSCOPE UltraVision 50MHz 1GSa/s STOP 50.0us 250M Sa/s 3.00M pts Horizontal AX: 387.0us AY: 3.400V BX: 4.000V BY: ... Period Freq Rise Time Fall Time Width Freq=13.3kHz Period=75.00us CH1 2.00V 2.00V 1.00V 1.00V
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Hameg HM 204 Oszilloskop mit Signal auf dem Display
POWER on/off, DELAY 0.1us 1us 10us 100ms 10ms 100ms, X-POS, HOLD OFF, NORM, SEARCH, DELAY, VAR. 10:1, HOR. EXT., SINGLE, TIMEBASE 5 2 1 0.5 0.2 0.1 ms/s, 10 20 50 100 200 500 us, 1 2 5 10 ms, 1 2 5 10 s, LEVEL, TRIG. AC DC HF LF, 1/12, ALT., EXT. TRIG., HAMEG 20MHz Oscilloscope HM 204, Y-POS. I, CH. I, V 1 2 5, AC DC, GND, X-POS. II, CH. II, V 1 2 5, 50 mV, 1 2 5 V, 10 20 50, 1 2 5, gd, INVERT, CH. I, CH. II, DUAL, ALT/CHOP, HOR
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Abfotografierter Bildschirm eines Hantek Oszilloskops mit Rechtecksignal
Hantek 400us Measure Frequency 1.077KHz Period 928.0us Mean 1.72V Pk-Pk 3.64V Minimum 0.00V Maximum 3.64V Pulse Width 406.0us Rise Time 2.000us DC 1.00V CH1 240mV 1.00600KHz F0 F1 F2 F3 F4 F5 F6
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Oszilloskop Messung eines Rechtecksignals
Hantek 400us Measure Frequency 1.219KHz Period 820.0us Mean 1.76V Pk-Pk 3.64V Minimum 0.00V Maximum 3.64V +Pulse Width 406.0us Rise Time 2.000us DC 1.00V CH1 240mV 1.00400KHz
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Oszilloskop-Display mit Signalverlauf
Hantek DSO5102B DIGITAL STORAGE OSCILLOSCOPE 1GSa/s Measure Frequency 128.7kHz Period 7.770us Maximum ? Pulse Width -6.100us Minimum 120mV Maximum 4.60V +Pulse Width 1.670us Rise Time 3.010us DC 1.00V CH1 1.20V 128.693kHz Modify
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Oszilloskop-Screenshot eines digitalen Signals
RIGOL T'D H 200us 1.00GSa/s T D -600.000000us T 1 840mV Horizontal Period Freq Rise Time Fall Time +Width -Width Utility IO Setting Sound Language English Pass/Fail Record System Rise<34.0us Fall=82.0us Freq=***** 1 = 2.00 V 2 = 1.00 V
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Oszilloskop-Messung eines digitalen Signals
Tek M Stop Pos: 554.0us Cursor Type Voltage Source CH1 Delta 1.50V Cursor 1 1.82V Cursor 2 3.32V CH1 500mV CH2 500mV M 50.0us CH1 1.66V 10.0015Hz
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Oszilloskop-Messung zweier Signale
M 80.0us W 80.0us Menu 0.000s 1 2 large distance CH1 96.0mV 40.0000Hz 1-Jan-09 00:24 DC 20 200mV DC 200mV
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Oszilloskop-Display mit zwei Messkurven
owon Stop -248.8us 2 500mV BW -3.96div (500MS/s) M:20us 1 500mV BW -3.92div Depth:10M 760mV F:77.88KHz Typ Quelle CH1 CH2 Aus
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Datenblatt mit technischen Spezifikationen eines Netzteils
Load effect (load regulation) IerL < 1 mA PARD (ripple and noise) fB = 20 Hz - 20 MHz < 5 mVp-p Drift (stability) t = 8h, fB = 20 Hz < 0.05% Load transient recovery time t = 8h, US = 220 V < 50 µs Output impedance Z out 10 mΩ, 5 µH Setting range U 0 - 500 V, I 0 - 300 mA Isolation voltage UisoL 1 V (forward voltage drop of one diode) Transformer overtemperature protection tOTP 110°C Mass m 5.3 kg
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Oszilloskop-Screenshot mit zwei Messkurven
DSO-2090 USB(V7.1.0.6) File View Channel Trigger Horizontal Cursor Measure Display Acquire Utility Help AUTO WAIT CH1 153mV Time/DIV 100us Format Y-T Vertical CH1 100mV DC x1 CH2 1.00V DC x1 Trigger Trigger Mode Edge Trigger Sweep Normal CH1 Frequ = 48.1kHz CH1 Vpp = 293mV Trigger Source CH1 Time 100us Connected Freq = 0.000 Hz Time = 0.000 S Volt = 0.000 kV 29-12-2025 11:45
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Oszilloskop-Messkurve mit Text 'low distance'
M 80.0us W 80.0us Menu 0.000s low distance 200mV 200mV CH1 96.0mV 38.0000Hz 1-Jan-09 00:24
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Oszilloskop-Messung zweier Signale
MSO5072 Thu January 01 14:01:56 2026 RIGOL WAIT H 500us 2GSa/s 10Mpts Measure STOP/RUN D 0.00s T 1 1.60V N 8V -2ms -1.5ms -1ms -500us 500us 1ms 1.5ms 2ms 2.5ms 6V 4V 2V 1 0V 1 -2V -4V -6V -8V 2 2.00V 2.00V 2.00V 1.00V L 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 GI GII -480mV 14:01
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Oszilloskop-Messung zweier Signale
MSO5072 Thu January 01 14:01:34 2026 RIGOL WAIT H 500us 2GSa/s 10Mpts Measure STOP/RUN D 0.00s T 1 1.60V N 8V -2ms -1.5ms -1ms -500us 500us 1ms 1.5ms 2ms 2.5ms 4V 2V 1 2.00V 0.00V 2 2.00V -6.00V 3 2.00V -2.16V 4 1.00V -480mV L 0 1 2 3 4 5 6 7 8 9 10 11 12
