Hung Chang 5602 Oscilloscoop
Fabrikant:
Model:
5602
Datum:
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Omschrijving:
20MHz Dual Trace Oscilloscope

Informatie

The Oscilloscope is comparatively light and small Oscilloscope which have additional READ OUT function operated with ease. The extent of these oscilloscop application reaches from research center to manufacturing area. Information displayed on the CRT includes: Vertical axis input sensitivity and sweep time with READ OUT function, time difference and voltage difference between two cursors due to Cursor function. Following are the features of READ OUT Oscilloscope. 1-1. FEATURES 1) DUAL TRACE 20MHz Oscilloscope WITH HIGH BRIGHTNESS CRT 2) CHANNEL 1 SIGNAL OUTPUT for USE WITH A FREQUENCY Counter 3) CH2 POLARITY INVERSION SWITCH 4) VERTICAL DEFECTION MAGNIFICATION, X5 5) SWITCHABLE CHOPPING FREQUENCY 6) SCALE ILLUMINATING SYSTEM 7) VARIABLE HOLD-OFF for OBSERVATION of WAVEFORMS with COMPLEX PERIODS 8) SINGLE SWEEP MODE for ONE TIME OR OTHER SUDDENLY OCCURING EVENTS 9) SWEEP MAGNIFICATION, X10 10) SIGNAL DELAY LINE FOR ACCURATE VIEW of HIGH FREQUENCY PULSE LEADING EDGE 11) TRIGGER PRESET FUNCTION 12) READ OUT FUNCTION

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Service-en gebruikershandleiding
Handleidingen type:
Service-en gebruikershandleiding
Pagina’s:
50
Grootte:
26.41 Mbytes (27695216 Bytes)
Taal:
english
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Kwaliteit:
Gescande document, lezen deels slecht, deels niet leesbaar.
Upload datum:
2019 08 17
MD5:
e1eac68a9e0f69c54be92a318b62c64b
Downloads:
777

Informatie

SECTION 1 GENERAL INFORMATION 1-1 FEATURES ... Page 4 1-2 SAFETY CONSIDERATIONS ... 4 1-3 INSTALLATION ... 5 1-4 STORAGE AND SHIPMENT . . . ... 7 1-5 SPECIFICATIONS. .. ... 7 SECTION 2 CIRCUIT DESCRIPTION 2-1 OVERALL BLOCK DIAGRAM ... 9 2-2 VERTICAL DEFLECTION UNIT ... 10 2-2-1 Attenuator Circuit ... ' ... 10 2-2-2 Preamplifier Circuit ... 10 2-2-3 Trigger Amplifier Circuit. ... 10 2-2-4 Vertical Switching Circuit ... 10 2-2-5 Vertical Output Amplifier Circuit ... 10 2-3 HORIZONTAL DEFLECTION UNIT ... 11 2-3-1 Trigger Generator Circuit ... 11 2-3-2 Sweep Generator Circuit ... 11 2*3-3 Horizontal Switching Circuit ... 11 2-3-4 Horizontal Output Amplifier Circuit ... 11 2-4 POWER SUPPLY UNIT ... ... 11 SECTION 3 OPERATION 3-1 INITIAL SETUP ... 12 3-1-1 Operators Check ... 12 3-1-2 Trace Rotation Adjustment ... 12 3*1-3 Probe Adjustment ... 12 3*1-4 Cursor Measurement Method By Using The Cursor ... 13 3-2-1 Front Panel ... 13 3-2-2 Rear Panel ... 15 3-3 TRIGGERING ... 15 3-4 X-Y OPERATION ... 16 3-5 CALIBRATED VOLTAGE MEASUREMENTS ... 16 3-6 DUAL TRACE WAVEFORM OBSERVATION ... 16 3-7 TV SIGNAL SYNCHRONIZATION ... 16 3-8 ADD & SUB MEASUREMENTS ... 16 3-9 APPLICATIONS ... ... 16 3-9-1 AC Voltage and Frequency Measurement ... 17 3-9-2 DC Voltage Measurement ... 17 3-9-3 AM Modulation Measurement ... 18 3-9-4 Dual-Trace Applications ... ~ ... 18 3-9-5 Level Comparison ... 18 3-9-6 Repairing Stereo Systems ... 19 3-9-7 TV Servicing ... 19 3-9-8 Composite Video Analysis ... 19 3-9-9 Measurement of Frequency by X-Y ... 19 3-9-10 Phase Measurement ... 19 3-9-11 Read Out Display ... 20 4-1 MAINTENANCE ... 21 4-2 TEST EQUIPMENTS REQUIRED ... 21 4-3 BASIC ADJUSTMENTS ... 22 4-3-1 Power Source ... 22 4-3-2 High Voltage Check ... 22 4-4 CRT ADJUSTMENTS ... 22 4-4-1 Intensity ... 22 4-4-2 Focus ... ... 22 4-4-3 Spot ... 22 4-5 VERTICAL ADJUSTMENTS ... 23 4-5-1 Step Balance Adjustment ... 23 4-5-2 Mag (X5) Balance Adjustment ... 23 4-5-3 Variable Balance Adjustment ... ' ... 23 4-5-4 Gain Adjustment ... 23 4-5-5 Mag (X5) Gain Adjustments ... 23 4-5-6 ADD Balance Adjustments ... 23 4-5-7 Band Balance Adjustments ... 23 4-5-8 1KHz Square Wave Adjustments ... 24 4-5-9 Input Capacity Adjustments ... 24 4-5-10 Trig DC Balance Adjustments ... 24 4-5-11 CH1 DC Balance Adjustment ... ' ... 24 4-5-12 X Gain Adjustment ... 24 4-6 HORIZONTAL TIME ADJUSTMENTS ... 25 4-6-1 X Cent Adjustment ... 25 ’4-6-2 Time lmS/1/iS Adjustment ... 25 4-6-3 Mag Cent Adjustment ... ’ ... 25 4-7 Fundamental Adjust of READ Out Unit ... -26

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