| Country: United States of America (USA) | Manufacturer/Brand: Philco, Philadelphia Stg. Batt. Co.; USA |
| Year: 1959 ? | Type: Television Receiver (TV) |
| Valves / Tubes | 3: 5642 5642 2EP4 |
|---|---|
| Transistors | 21: |
| Principle | Super-Heterodyne (Super in general); IF-Freq. 45750 kHz |
|---|---|
| Wave bands | FM Radio only |
| Power type and voltage | Line / Batteries (any type) / 105-120 / 7.5 Volt |
| Loudspeaker/pwr.out | Permanent Magnet Dynamic (PDyn) Loudspeaker (moving coil) / Ø 8.9 cm = 3.5 inch |
| from Radiomuseum.org | Model: Safari H2010L Ch= 10AT10 |
| Material | Leather / canvas / plastic - over other material |
| Shape | Portable, e.g. Portable Radio (with or without mains > 8 inch). |
| Dimensions (WHD) | 8.5 x 16.8 x 7 inch / 216 x 427 x 178 mm |
| Notes | Battery operated portable television receiver. Channels 2 thru 13 VHF. Sams photofact set 475 folder 2 date 2-60 features the Philco models H2010BL and Safari H2010L as the same schematic. |
This model was suggested by Peter Hoddow.
All listed radios etc. from Philco, Philadelphia Stg. Batt. Co.; USA
Here you find 2541 models, 1306 with images and 2046 with schematics.
Collection of Thomas Albrecht (USA)
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philco: Ch= 10AT10; Safari H2010L: Repair report
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Thomas Albrecht
20.May.09 |
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Report on electrical restoration of two different Philco H2010 Safari portable TV sets: The first unit had excessive brightness, which was traced to an open CRT cathode bias resistor (R45 on SAMS schematic, 2.2 megohms which pulls the cathode positive in normal operation). The second unit had only sound; the horizontal sweep was dead. Since this TV (like many modern TVs) uses the horizontal sweep to generate B+ voltage for many of its circuits, loss of horizontal sweep renders many functions dead. The problem was traced to an open winding on the horizontal oscillator transformer (L19 on SAMS schematic). This transformer is located right next to the tuner assembly, and either mechanical shock or stresses during removal of a PC board during service can put a lot of mechanical stress on the transformer, bending or breaking its mounting assembly. I was able to repair this transformer by finding the broken wires and resoldering under a microscope. On both sets, all of the original semiconductors and tubes remain functional. All of the many original electrolytic capacitors are also still good (conversations with others who have restored this set confirm that this is a common experience for this specific model). |