radiomuseum.org

5" Single Beam Oscilloscope 503

5' Single Beam Oscilloscope 503; BWD Electronics Pty (ID = 2443794) Equipment
5' Single Beam Oscilloscope 503; BWD Electronics Pty (ID = 2443795) Equipment 5' Single Beam Oscilloscope 503; BWD Electronics Pty (ID = 2443797) Equipment
Use red slider bar for more.
5' Single Beam Oscilloscope 503; BWD Electronics Pty (ID = 2443795) Equipment
BWD Electronics Pty: 5" Single Beam Oscilloscope 503 [Equipment] ID = 2443795 1399x1711
Select picture or schematic to display from thumbnails on the right and click for download.
For model 5" Single Beam Oscilloscope 503, BWD Electronics Pty Ltd.; Mulgrave, Victoria:
BWD 503 Front
 
Country:  Australia
Manufacturer / Brand:  BWD Electronics Pty Ltd.; Mulgrave, Victoria
Year: 1973 Category: Service- or Lab Equipment
Valves / Tubes 1: 5UP1F
Semiconductors (the count is only for transistors) 17: MPF106 MPF106 BF194 BF194 BF194 BF194 BF337 BF337 BC147 BC147 BC147 BC147 BC147 MPF106 BF337 BF337
Wave bands - without
Details
Power type and voltage Alternating Current supply (AC) / 95-130 / 190-260AC Volt
Loudspeaker
Power out
from Radiomuseum.org Model: 5" Single Beam Oscilloscope 503 - BWD Electronics Pty Ltd.;
Material Metal case
Shape Tablemodel, with any shape - general.
Dimensions (WHD) 19 x 24 x 42 mm / 0.7 x 0.9 x 1.7 inch
Notes

DC-3 MHz Single Channel Oscilloscope
Timebase: 1 µs/cm to 0.1 µs/cm in five steps.
Input Impedance: 1 MΩ||40 pF.
Power consumption: 25 W.
Semiconductor complement: three FETs, 14 Transistors and 18 Diodes

Net weight (2.2 lb = 1 kg) 7 kg / 15 lb 6.7 oz (15.419 lb)
Mentioned in - - Manufacturers Literature
Literature/Schematics (1) - - Manufacturers Literature
Documents about this model
  BWD 503 Service Manual 1526 KB

Model page created by Gary Cowans. See "Data change" for further contributors.



All listed radios etc. from BWD Electronics Pty Ltd.; Mulgrave, Victoria
Here you find 18 models, 12 with images and 4 with schematics for wireless sets etc. In French: TSF for Télégraphie sans fil.




  
rmXorg