Philips PM 3267 Oscilloscope
Manufacturer:
Model:
PM 3267
Date:
1982
Class:
Type:
SubType:
100 MHz general-purpose oscilloscope
Information
PM 3267 has been designed for a wide range of applications -
from the simple to the sophisticated - in workshops,
laboratories or tough field conditions. In particular those
engineers with nonspecialist experience in electronics
seeking easy-to-operate test equipment will find the PM 3267
a most useful, uncomplicated tool, well within the scope of
their understanding.
Its vertical deflection characteristics make it more than
adequate to use with modern logic techniques, whilst its
wide trigger bandwidth allows the display of very high
frequency, complex signals.
Its many attractive features include: -Trigger view which
allows the active trigger point to be observed on a third
channel
-Alternate time base switching for
simultaneous display of a complete signal and magnified
detail over the full screen width
- Independent triggering of the main and delayed time bases,
very important in digital applications
-Automatic triggering including video waveform applications
- External Z-modulation facility allowing an additional
timing facility via blanked markers
- 'Out of calibration' warnings indicated by front panel lamps
The instrument will operate from an external 24Vqc power
supply as well as standard line voltages between 90V and
270V (up to 440 Hz). This facility, plus the completely
sealed sturdy metal case, increase the application
possibilities beyond the laboratory or workbench, into more
hostile environments.
Flexible triggering
Main and delayed time bases can be triggered independently
and composite triggering is possible. TV triggering vyith
automatic changeover from line to 18
frame is standard. Capturing single shot signals is
simplified by a LED indicator which illuminates when the
instrument has triggered.
Automatic triggering of ECL or TTL levels is an optional extra.
Manual type:
User Manual
Pages:
43
Size:
1.96 Mbytes (2051569 Bytes)
Language:
english, german, french
Revision:
Manual-ID:
9499 440 22801
Date:
unknown
Quality:
Scanned document, all readable.
Upload date:
2015 05 18
MD5:
4a575e611c57d6fe3681ec57bc46a30d
Downloads:
1169
Information
1. GENERAL INFORMATION 1
1.1.
Introduction ... 1
1.2.
Characteristics ... 2
1.2.1. Cathode ray
tube ... 2
1.2.2. Vertical or
Y-axis ... 2
1.2.3. Trigger view
... 3
1.2.4. Horizontal or
X-axis ... 4
1.2.5.
Triggering ... 6
1.2.6. Additional characteristics
... 7
1.2.7. Options
... 8
1.2.8. Mechanical
data ... 9
1.2.9. Environmental
characteristics ... 9
1.3.
Accessories
... 10
1.3.1.
Accessories supplied with the instrument
... 10
1.3.2. Optional
Accessories
... 10
1.4. Accessory information
... 11
1.5. Principle of operation
... 16
1.5.1. Vertical deflection
... 16
1.5.2. Horizontal deflection
... 16
1.5.3. CRT display section
... 17
1.5.4.
Power supply .
...
... 17
2. INSTALLATION INSTRUCTIONS 18
2.1. Important safety
instructions ... 18
2.2. Removing and fitting the front
cover ... 18
2.3. Position of the
instrument ... 18
2.4. Mains voltage settings and
fuses ... 18
2.5. External 24Volt D.C.
supply ... 19
2.6. Earthing
... 19
3. OPERATING INSTRUCTIONS
24
3.1. General
information ... 24
3.2. Switching
on ... 24
3.3. Explanation of controls and
sockets ... 25
3.3.1. CRT section
...
, ... 25
3.3.2. Vertical section
...
25
3.3.3. Horizontal section
... ... 26
3.3.4. Main time-base
... 27
3.3.5. Delayed
time-base ...
29
3.3.6. Rear-panel sockets
...
30
3.4. Detailed operating
information ... 31
3.4.1. Preliminary control settings and
connections ... 31
3.4.2. Inputs A and
B ... 31
3.4.3.
Triggering ... 33
3.4.4. X magnifier ...
... 35
3.4.5. The delayed time-base
...
. 36
3.4.6. The trigger view channel
... 36
4. BRIEF CHECKING PROCEDURE 38
4.1. General
information ... ... 38
4.2. Preliminary settings and connections
... 38
4.2.1. Trace rotation
... 38
4.2.2. Use of probes
... 38
4.2.3. Vertical
channels ...
... 39
4.2.4. Time-bases and
triggering ... 40
5. PREVENTIVE MAINTENANCE 41
5.1. General information
... 41
5.2. Cleaning the nextel suede coating
... 41
5.3. Removing the bezel and contrast
plate ... 41
5.4. Recalibration
...
... 42
Manual type:
Datasheet
Pages:
2
Size:
187.80 Kbytes (192307 Bytes)
Language:
english
Revision:
Manual-ID:
Date:
unknown
Quality:
Scanned document, all readable.
Upload date:
2017 01 30
MD5:
c527c2a1acf4f9b53c07b32de7f514d7
Downloads:
608
Manual type:
Service Manual
Pages:
180
Size:
16.08 Mbytes (16857343 Bytes)
Language:
english
Revision:
Manual-ID:
9499 445 01111
Date:
1982 12 07
Quality:
Scanned document, all readable.
Upload date:
2020 08 01
MD5:
0ebe83a9fcf3436b679df50abf09f876
Downloads:
886
Information
1. CHARACTERISTICS 1
1.1. Cathode ray tube ... 1
1.2. Vertical or Y-axis ... 1
1.3. Trigger view ... 3
1.4. Horizontal or X-axis ... 3
1.5. Triggering ... 5
1.6. Additional characteristics ... 6
1.7. Options ... 6
1.8. Mechanical data ... 8
1.9. Environmental characteristics ... 9
2. DESCRIPTION 14
2.1. Block diagram description ... 14
2.2. Circuit description of the vertical section ... 18
2.3. Circuit description of the horizontal section ... 25
2.4. C.R.T. display section, CAL
Generator and front-panel signal lamps ... 38
2.5. The
Power supply ... 39
2.6. Basic analog and digital circuits ... 44
3. DISMANTLING THE INSTRUMENT 49
3.1. General information ... 49
3.2. Removing the instruments covers ... 49
3.3. Access to parts necessary for the adjustment of the instrument ... 49
4. PERFORMANCE CHECK 52
4.1. General information ... 52
4.2. Preliminary settings of the controls ... 52
4.3. Recommended test equipment ... 53
4.4. Checking procedure ... 54
5. CHECKING AND ADJUSTING 76
5.1. General information ... 76
5.2. Recommended test equipment ... 76
5.3. Preliminary settings of the controls ... 76
5.4. Survey of adjusting elements and auxiliary equipment ... 77
5.5. Adjusting procedure ... 83
5.6. Adjustment interactions ... 94
6. CORRECTIVE MAINTENANCE 95
6.1. Important notes ... 95
6.2. Replacements ... 95
6.2.1. Standard parts ... 95
6.2.2. Special parts ... 95
6.2.3. Transistors and integrated circuits ... 95
6.2.4. Replacing knobs ... 96
6.2.5. Removing the carrying handle ... 96
6.2.6. Replacing the cathode ray tube ... 97
6.2.7. Removing the printed circuit boards ... 98
6.2.8. Soldering techniques ... 102
6.3. Recalibration after repair ... 102
6.4. Instrument repacking ... 102
6.5. Trouble-shooting ... 102
6.5.1. Introduction ... 102
6.5.2. Trouble-shooting hints ... 102
6.5.3. Checks after repair and maintenance ... 103
6.6. Optional MTB gate output, DTB gate output, MTB sweep output and TTL or ECL triggering ... 103
6.7. Accessory information ... 105
7. PARTS LIST 108
7.1. Parts indicated in the figures ... 108
7.2. Parts not indicated in the figures ... 114
7.3. Electrical parts ... 115
7.4. Location list of parts situated on the time-base unit A2 ... 148
7.5. Location list of parts situated on the pre-amplifier and trigger unit 3 ... 153
8. DIAGRAMS AND PRINT LAY-OUTS 161
8.1. Location of electrical parts ... 161
9. VOLTAGE-WAVEFORMS IN THE INSTRUMENT 202
9.1. Introduction ... 202
9.2. Vertical deflection and triggering ... 203
9.3. Horizontal deflection ... 210
9.4. Power supply ... 214
10. MODIFICATION 215
Comments