Aktakom ACK-1021 User manual

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Table Of Contents:

Test Instr ument Safety

General

Notice Before Operation

Operating Instructions

Application

Maintenance

Block Diagram

Description

Features

20MHz Specifications

25MHz Specifications

30MHz Specifications

40MHz Specifications

50MHz Specifications

60MHz Specifications

100MHz Specifications

Controls and Indicators

Safety precautions

Equipment protection precautions

Operating tips

Initial starting procedure

Single trace display

Dual trace display

Triggering

Time base control

X-Y Operation

Component test

DC Voltage measurements

Measurement of voltage between two point on a waveform

Time measurements

Frequency measurements

Pulse width measurements

Pulse rise time and fall time measurements

Time difference measurement

Phase difference measurements

X-Y Mode applications

Frequency response measurements

1

3

5

23

26

40

28

40

42

43

45

47

49

51

40

8

11

20

51

52

53

54

56

57

58

59

61

62

63

14

17

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Normal use of test equipment exposes you to a certain amount of danger from electrical

shock because testing must often be performed where exposed high voltage is present.

An electrical shock causing 10 milliamps of current to pass through the heart will stop

most human heartbeats. Voltage as low as 35 volts DC or AC rms should be considered

dangerous and hazardous since it can produce a lethal current under certain conditions.

Higher voltage poses an even greater threat because such voltage can more easily

produce a lethal current. Your normal work habits should include all accepted practices

that will prevent contact with exposed high voltage, and that will steer current away

from your heart in case of accidental contact with a high voltage. You will significantly

reduce the risk factor if you know and observe the following safety precautions.

Test Instru ment Safety

OSCILLOSCOPE INSTRUCTION MANUAL

WARNIN G

1. Don't expose high voltage needlessly in the equipment under test. Remove

housings and covers only when necessary. Turn off equipment while making test

connections in high-voltage circuits. Discharge high-voltage capacitors after

removing power.

2. If possible, familiarize yourself with the equipment being tested and the

location of its high voltage points. However, remember that high voltage may

appear at unexpected points in defective equipment.

3. Use an insulated floor material or a large, insulated floor mat to stand on, and an

insulated work surface on which to place equipment; make certain such surfaces

are not damp or wet.

4. Use the time-proven "one hand in the pocket" technique while handling an

instrument probe. Be particularly careful to avoid contacting a nearby metal object

that could provide a good ground return path.

5. When using a probe, touch only the insulated portion. Never touch the exposed tip

portion.

6. When testing ac powered equipment, remember that ac line voltage is usually

present on some power input circuits such as the on-off switch, fuses, power

transformer, etc. any time the equipment is connected to an ac outlet, even if

the equipment is turned off.

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7. Some equipment with a two-wire ac power cord, including some with polarized

power plugs, is the "hot chassis" type. This includes most recent television receivers

and audio equipment. A plastic or wooden cabinet insulates the chassis to protect

the customer. When the cabinet is removed for servicing, a serious shock hazard

exists if the chassis is touched. Not only does this present a dangerous shock

hazard, but damage to test instruments or the equipment under test may result

from connecting the ground lead of most test instruments (including this

oscilloscope) to a "hot chassis". To make measurements in "hot chassis"

equipment, always connect an isolation transformer between the ac outlet and the

equipment under test. To be on the safe side, treat all two wire ac powered

equipment as "hot chassis" unless you are sure it has an isolated chassis or an earth

ground chassis.

8. Never work alone. Someone should be nearby to render aid if necessary. Training in

CPR (cardio-pulmonary resuscitation) first aid is highly recommended.

9. Equipment limited for use in CS and RS controlled environmental conditions.

2

TEST INSTRUMENT SAFETY

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(IF APPLICABLE)

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5

20MHz Specifications

CATHODE RAY TUBE

VERTICAL DEFLECTION

Bandwidth: DC~20 MHz(-3dB)

Sensitivity:

1mV/DIV~1V/DIV(5MHz, -3dB), x5 gain selected.

5mV/DIV~5V/DIV

Attenuator: 1-2-5 sequence, 10 step with variable control.

:

HORIZONTAL DEFLECTION

°

6 inch diagonal, rectangular screen with internal graticule 8 x 10 DIV

(1 DIV=1cm), P31 phosphor, 2kV accel voltage.

Input Impedance 1MΩ ±2%, 25pF±10%

Max. Input Voltage 400V (DC+AC peak)

Rise Time About 17.5nS

Over Shoot: ≦3%

Operation Mode: CH1, CH2, DUAL(ALT,CHOP)

Algebraic Addition: CH1+CH2, CH1-CH2

Inverter: CH2 only

X-Y Mode: Switch selectable using X-Y switch

CH 1= X axis. CH 2: Y axis.

Accuracy: Y-Axis ±3% ; X-Axis ±6%

Bandwidth: DC-1MHz(-3dB)

X-Y Phase Difference: <3 (50KHz)

SWEEP SYSTEM

Sweep Display Mode: Main, Mix, Delay(

if applicable)

Hold Off Time: 5

:1 continuously variable.

OSCILLOSCOPE INSTRUCTION MANUAL

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(if applicable)

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8

25MHz Specifications

CATHODE RAY TUBE

VERTICAL DEFLECTION

Bandwidth: DC~25 MHz(-3dB)

Sensitivity:

1mV/DIV~1V/DIV(10MHz, -3dB), x5 gain selected.

5mV/DIV~5V/DIV

Attenuator: 1-2-5 sequence, 10 step with variable control.

:

HORIZONTAL DEFLECTION

°

6 inch diagonal, rectangular screen with internal graticule 8 x 10 DIV

(1 DIV=1cm), P31 phosphor , 2kV accel voltage.

Input Impedance 1MΩ ±2%, 25pF±10%

Max. Input Voltage 400V (DC+AC peak)

Rise Time About 14nS

Over Shoot: ≦5%

Operation Mode: CH1, CH2, DUAL(ALT,CHOP)

Algebraic Addition: CH1+CH2, CH1-CH2

Inverter: CH2 only

X-Y Mode: Switch selectable using X-Y switch

CH 1= X axis. CH 2: Y axis.

Accuracy: Y-Axis ±3% ; X-Axis ±6%

Bandwidth: DC-1MHz(-3dB)

X-Y Phase Difference: <3 (50KHz)

SWEEP SYSTEM

Sweep Display Mode: Main, Mix, Delay(

if applicable)

Hold Off Time: 5

:1 continuously variable.

OSCILLOSCOPE INSTRUCTION MANUAL

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(IF APPLICABLE)

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30MHz Specifications

CATHODE RAY TUBE

VERTICAL DEFLECTION

Bandwidth: DC~30 MHz(-3dB)

Sensitivity:

1mV/DIV~1V/DIV(10MHz, -3dB), x5 gain selected.

5mV/DIV~5V/DIV

Attenuator: 1-2-5 sequence, 10 step with variable control.

:

HORIZONTAL DEFLECTION

°

6 inch diagonal, rectangular screen with internal graticule 8 x 10 DIV

(1 DIV=1cm), P31 phosphor.

Input Impedance 1MΩ ±2%, 25pF±10%

Max. Input Voltage 400V (DC+AC peak)

Rise Time About 12nS; 35 nS at X5 MAG.

Over Shoot: ≦5%

Operation Mode: CH1, CH2, DUAL(ALT,CHOP)

Algebraic Addition: CH1+CH2, CH1-CH2

Inverter: CH2 only

X-Y Mode: Switch selectable using X-Y switch

CH 1= X axis. CH 2: Y axis.

Accuracy: Y-Axis ±3% ; X-Axis ±6%

Bandwidth: DC-1MHz(-3dB)

X-Y Phase Difference: <3 (50KHz)

SWEEP SYSTEM

Sweep Display Mode: Main, Mix, Delay(if applicable)

Hold Off Time: 5:1 continuously variable.

OSCILLOSCOPE INSTRUCTION MANUAL

11

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(if applicable)

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40MHz Specifications

CATHODE RAY TUBE

VERTICAL DEFLECTION

Bandwidth: DC~40 MHz(-3dB)

Sensitivity:

1mV/DIV~1V/DIV(10MHz, -3dB), x5 gain selected.

5mV/DIV~5V/DIV

Attenuator: 1-2-5 sequence, 10 step with variable control.

:

HORIZONTAL DEFLECTION

°

6 inch diagonal, rectangular screen with internal graticule 8 x 10 DIV

(1 DIV=1cm), P31 phosphor.

Input Impedance 1MΩ ±2%, 25pF±10%

Max. Input Voltage 400V (DC+AC peak)

Rise Time About 8.8nS

Over Shoot: ≦5%

Operation Mode: CH1, CH2, DUAL(ALT,CHOP)

Algebraic Addition: CH1+CH2, CH1-CH2

Inverter: CH2 only

X-Y Mode: Switch selectable using X-Y switch

CH 1= X axis. CH 2: Y axis.

Accuracy: Y-Axis ±3% ; X-Axis ±6%

Bandwidth: DC-1MHz(-3dB)

X-Y Phase Difference: <3 (50KHz)

SWEEP SYSTEM

Sweep Display Mode: Main, Mix, Delay(if applicable)

Hold Off Time: 5:1 continuously variable.

OSCILLOSCOPE INSTRUCTION MANUAL

14

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50MHz Specifications

CATHODE RAY TUBE

VERTICAL DEFLECTION

Bandwidth: DC~50 MHz(-3dB)

Sensitivity:

1mV/DIV~1V/DIV(10MHz, -3dB), x5 gain selected.

5mV/DIV~5V/DIV

Attenuator: 1-2-5 sequence, 10 step with variable control.

:

HORIZONTAL DEFLECTION

°

6 inch diagonal, rectangular screen with internal graticule 8 x 10 DIV

(1 DIV=1cm), P31 phosphor.

Input Impedance 1MΩ ±2%, 25pF±10%

Max. Input Voltage 400V (DC+AC peak)

Rise Time About 7.0nS

Over Shoot: ≦5%

Operation Mode: CH1, CH2, DUAL(ALT,CHOP)

Algebraic Addition: CH1+CH2, CH1-CH2

Inverter: CH2 only

X-Y Mode: Switch selectable using X-Y switch

CH 1= X axis. CH 2: Y axis.

Accuracy: Y-Axis ±3% ; X-Axis ±6%

Bandwidth: DC-1MHz(-3dB)

X-Y Phase Difference: <3 (50KHz)

SWEEP SYSTEM

Sweep Display Mode: Main, Mix, Delay(if applicable)

Hold Off Time: 5:1 continuously variable.

OSCILLOSCOPE INSTRUCTION MANUAL

17

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Aktakom ACK-1021 User manual

Aktakom ACK-1021 User manual

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