Personal Portable Radio P42
|
|
||||
| Year: 1970 ?? | Category: Broadcast Receiver - or past WW2 Tuner | ||||
| Semiconductors (the count is only for transistors) | 7: AX1427 AX1427 AX1429 AX1429 AX1430 AX1406 AX1407 |
|---|
| Main principle | Superheterodyne (common) |
|---|---|
| Tuned circuits | 4 AM circuit(s) |
| Wave bands | Broadcast only (MW). |
| Details | |
| Power type and voltage | Dry Batteries / 1 x 9 Volt |
| Loudspeaker | Permanent Magnet Dynamic (PDyn) Loudspeaker (moving coil) / Ø 3 inch = 7.6 cm |
| Power out | |
| from Radiomuseum.org | Model: Personal Portable Radio P42 - Ferris Bros. Pty Ltd.; Sydney |
| Material | Modern plastics (no Bakelite or Catalin) |
| Shape | Very small Portable or Pocket-Set (Handheld) < 8 inch. |
| Dimensions (WHD) | 150.5 x 95.5 x 47 mm / 5.9 x 3.8 x 1.9 inch |
| Notes |
Ferris Personal Portable Radio P42; See also the Ferris Portable Pocket Radio P 41 with similar RF part. |
| Net weight (2.2 lb = 1 kg) | 0.420 kg / 0 lb 14.8 oz (0.925 lb) |
| Price in first year of sale | 32.00 AUS $ |
| Mentioned in | -- Original-techn. papers. |
Model page created by a member from A. See "Data change" for further contributors.
All listed radios etc. from Ferris Bros. Pty Ltd.; Sydney
Here you find 125 models, 62 with images and 48 with schematics for wireless sets etc. In French: TSF for Télégraphie sans fil.
|
Hits: 1070 Replies: 0
ferris: P42; Personal Portable Radio
|
|
|
Brian Wilson
30.Apr.14 |
1
The following information appeared in Ferris Service Bulletin of 10 October 1971. A poor copy of the relevant part of that Service Bulletin is attached. The image (Fig 3) is of acceptable quality. 3. Breakage of Resistor R10 – Model P42 In some cases movement of the battery has caused breakage of Resistor R10. There have also been some instances of the battery terminal contacting the anode lead of Diode D1. When Model P42 radios are received for service, it is advisable to carry out the following preventative modifications. (refer FIG 3). a) Remove and relocate Resuistor R10 below the printed circuit board. b) Unsolver the anode lead of Diode D1. Slip a length of insulating tubing over this lead. Resolder.
Service note signed K.W. Hill General Sales Manager Attachments |
End of forum contributions about this model
