Elenco 30MHz Dual Trace Instrukcja Użytkownika

20MHz 25MHz 40MHz 0MHz 60MHz 100MHz OscilloscopeOscilloscopeOscilloscope5 OscilloscopeOscilloscopeOscilloscopeFor Series Models:OSCILLOSCOPE I

7COMPONENT TEST(XX1, XX5 only)Test Voltage: Max. 8.6Vrms (open circuit)Test Current: Max. 11mA (shorted)Test Frequency: Line Frequency.Components: Cap

825MHz SpecificationsCATHODE RAY TUBEVERTICAL DEFLECTIONBandwidth: DC~25 MHz(-3dB)Sensitivity: 1mV/DIV~1V/DIV(10MHz, -3dB), x5 gain selected.5mV/DIV~5

9MAIN TIME BASESweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.Accuracy: ±3%±Sweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.

COMPONENT TEST(XX1,XX5 only)Test Voltage: Max. 8.6Vrms (open circuit)Test Current: Max. 11mA (shorted)Test Frequency: Line Frequency.Components: Capac

40MHz SpecificationsCATHODE RAY TUBEVERTICAL DEFLECTIONBandwidth: DC~40 MHz(-3dB)Sensitivity: 1mV/DIV~1V/DIV(10MHz, -3dB), x5 gain selected.5mV/DIV~5V

MAIN TIME BASESweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.Accuracy: ±3%±Sweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.A

COMPONENT TEST( XX1, XX5 only)Test Voltage: Max. 8.6Vrms (open circuit)Test Current: Max. 11mA (shorted)Test Frequency: Line Frequency.Components: Cap

50MHz SpecificationsCATHODE RAY TUBEVERTICAL DEFLECTIONBandwidth: DC~50 MHz(-3dB)Sensitivity: 1mV/DIV~1V/DIV(10MHz, -3dB), x5 gain selected.5mV/DIV~5V

MAIN TIME BASESweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.Accuracy: ±3%±Sweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.A

COMPONENT TEST( XX1, XX5 only)Test Voltage: Max. 8.6Vrms (open circuit)Test Current: Max. 11mA (shorted)Test Frequency: Line Frequency.Components: Cap

60MHz SpecificationsCATHODE RAY TUBEVERTICAL DEFLECTIONBandwidth: DC~60 MHz(-3dB)Sensitivity: 1mV/DIV~1V/DIV(10MHz, -3dB), x5 gain selected.5mV/DIV~5V

MAIN TIME BASESweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.Accuracy: ±3%±Sweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.A

COMPONENT TEST( XX1, XX5 only)Test Voltage: Max. 8.6Vrms (open circuit)Test Current: Max. 11mA (shorted)Test Frequency: Line Frequency.Components: Cap

100MHz SpecificationsCATHODE RAY TUBEVERTICAL DEFLECTIONBandwidth: DC~100 MHz(-3dB)Sensitivity: 1mV/DIV~1V/DIV(20MHz, -3dB), x5 gain selected.5mV/DIV~

MAIN TIME BASESweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.Accuracy: ±3%±Sweep Speed: 20nS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.Ac

COMPONENT TEST( XX1, XX5 only)Test Voltage: Max. 8.6Vrms (open circuit)Test Current: Max. 11mA (shorted)Test Frequency: Line Frequency.Components: Cap

1. Unpack the oscilloscope: After receipt of the instrument, immediately unpack and inspect it for any shipping damage or missing accessories. If any

OSCILLOSCOPE INSTRUCTION MANUAL4. Suggestions for successful instrument operation:Never place heavy objects on the instrument.Never place a hot solder

2532 31 30 29 28 27 2632 25 24 23 22 21 19 1815161413101197852 4120~60MHz Standard Type Front Panel Controls and IndicatorsOSCILLOSCOPE INSTRUCTION MA

26CONTROLS AND INDICATORS32 31 30 29 28 27 2632 25 24 23 22 21 19 181615141310 1197652 41 3 8 12172020~60MHz Delay Type Front Panel

Table Of Contents:Test Instrument SafetyGeneralNotice Before OperationOperating InstructionsApplicationMaintenanceBlock DiagramDescriptionFeatures20M

2732 31 30 29 28 27 2632 25 24 23 22 21 19 18151614131011933852 41 7100MHz Standard Type Front Panel CONTROLS AND INDICATORS

2832 31 30 29 28 27 2632 25 24 23 22 21 19 18161514131011933852 41 717100MHz Delay Type Front Panel CONTROLS AND INDICATORS

2937363540Standard Type Rear Panel CONTROLS AND INDICATORS

30373635383940Delay Type Rear Panel CONTROLS AND INDICATORS

31!011. Symbol Indicators:2. Operating Controls, Indicators and Signal input connectors: (P.25~30)GENERAL FUNCTION CONTROLSON Indicator(32): Lights w

32CONTROLS AND INDICATORSCAL Terminal(9): Terminal provides 2V p-p, 1 KHz(nominal) square wave signal. This signal is useful for checking probe c

33CONTROLS AND INDICATORSCH 1 (X) VOLTS/DIV Control(4): Vertical attenuator for channel 1. Provides step adjustment of vertical sensitivity.

34CONTROLS AND INDICATORSPULL X5 MAG: When pulled out, increases vertical sensitivity by a factor of five. Effectively provides two extra sensitivity

MIX: The main and delayed sweep share a single trace; main sweep occupies the left portion of the display; delayed sweep occupies the right portion of

EXT: Signal from EXTERNAL TRIGGER jack becomes sweep trigger.Trigger COUPLING Switch(24): Selects trigger coupling. Four-position level switch with th

1Normal use of test equipment exposes you to a certain amount of danger from electrical shock because testing must often be performed where exposed

Operating Instru ctionsOSCILLOSCOPE INSTRUCTION MANUAL371. When he oscilloscope is used to make measurements in equipment that contains high voltage,

27382. Do not obstruct the ventilating holes in the case, as this will increase the scope's internal temperature.3. Excessive voltage applied to

39OPERATING INSTRUCTIONSOPERATING TIPSThe following recommendations will help obtain the best performance from the oscilloscope.1. Always us

40OPERATING INSTRUCTIONSAll POSITION controls and INTENSITY control centered(pointers facing up).Main Time Base CONTROL TO 1 mS/DIV.Sweep Mode switch

41OPERATING INSTRUCTIONS1. Connect probes to both the CH 1(X) and CH 2(Y) input jacks.2. Connect the ground clips of the probes to the chassi

42OPERATING INSTRUCTIONSTRIGGERINGThe oscilloscope provides versatility in sync triggering for ability to obtain a stable, jitter-free display in sing

43OPERATING INSTRUCTIONSTrigger SOURCE SwitchThe trigger SOURCE switch (CH 1, CH 2, etc.) selects the signal to be used as the sync trigger.1. If the

44OPERATING INSTRUCTIONSHOLD OFF ControlControls hold-off time between sweep signals to obtain stable display when triggering a periodic sig

45OPERATING INSTRUCTIONS2. Sweep MagnificationWhen a certain position of the displayed waveform is needed to be expanded time wise, a faster sweep spe

46OPERATING INSTRUCTIONSThe portion of A is main sweep which is set by the MAIN TIMEBASE. The portion of B is delay sweep witch is set by the

7. Some equipment with a two-wire ac power cord, including some with polarized power plugs, is the "hot chassis" type. This includes most

47WAVEFORM CHARTREDB CEBLKREDB CEBLK1000 ΩREDB CEBLK0 (short)Ω 500 resistorΩ 10K resistorΩ1 F ceramic capacitorμ 1 F electrolytic μ capacitor 10

ApplicationOSCILLOSCOPE INSTRUCTION MANUAL48DC VOLTAGE MEASUREMENTS(Refer to Fig.7)The following technique may be used to measure the instantaneous de

49APPLICATIONMEASUREMENT OF VOLTAGE BETWEEN TWO POINT ON A WAVEFORM(Refer to Fig.8)This procedure may be used to measure peak-to peak voltages, o

50APPLICATIONFir the example shown in Fig.8, the two points are separated by 4.4 divisions vertically. If the VOLTS/DIV setting is 20 mV

51APPLICATIONFor the example shown in Fig.9, the horizontal distance between the two points is 5.4 divisions. If the TIME/DIV is 0.2 ms and X10 magnif

52APPLICATIONMethod No.2(Refer to Fig.11)While the previously described method relies upon direct period measurement of one cycle, the frequency may a

53APPLICATIONPULSE WIDTH MEASUREMENTS(Refer to Fig.12)1. Apply the pulse signal to the input jack and set the CH 1/CH 2 switch to the channel

54APPLICATIONPULSE RISE TIME AND FALL TIME MEASUREMENTS(Refer to Fig.13)For rise time and fall time measurements, the 10% and 90% amplitude point are

55APPLICATIONTIME DIFFERENCE MEASUREMENT(Refer to Fig.14)This procedure is useful in measurement of time difference between signals that are synchroni

56APPLICATIONPHASE DIFFERENCE MEASUREMENTSMethod No.1(Refer to Fig.15)This procedure is useful in measuring the phase difference of signals of the sam

3GeneralOSCILLOSCOPE INSTRUCTION MANUALDESCRIPTIONThe model PS-XX0/XX1/XX5 oscilloscope is a dual-channel oscilloscope with frequency bandwidt

57APPLICATIONMethod No.2(Refer to Fig.16)The above procedure allows 45 per division, which may not give the desired accuracy for small ph

58APPLICATIONX-Y MODE APPLICATIONS(Refer to Fig.17)A dual-trace method of phase measurement was previously described. A second method of phases mea

59APPLICATIONFREQUENCY RESPONSE MEASUREMENTS(Refer to Fig.19)A sweep generator and the X-Y mode of this oscilloscope may be used to measure the audio

MaintenanceOSCILLOSCOPE INSTRUCTION MANUAL60A following instruction are for use by qualified service personnel only. To avoid electrical

61MAINTENANCE2. Set the probe to X10 (compensation adjustment is not possible in the X1 position).3. Touch tip of probe to CAL terminal.4. Adjust osc

Block DiagramOSCILLOSCOPE INSTRUCTION MANUAL62CH A ATTCH B ATTCH APRE AMPTRIG, X-AIXS PICK OFF AMPCH BPRE AMPCOMP TESTVERT MODE SWITCHBEAM FINDER SW

TINSE0049S4 Ver.01

4GENERAL(9) Z Modulation (PS-XX5 only)Input terminal is used for external intensity modulation signal.(10) Component Test (PS-XX1/XX5)Capacitor, indic

520MHz SpecificationsCATHODE RAY TUBEVERTICAL DEFLECTIONBandwidth: DC~20 MHz(-3dB)Sensitivity: 1mV/DIV~1V/DIV(5MHz, -3dB), x5 gain selected.5mV/DIV~5V

6MAIN TIME BASESweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.Accuracy: ±3%±Sweep Speed: 0.1μS/DIV~2.0S/DIV in 1-2-5 sequence, 23 steps.