Transistor 8 All-Wave A806P

Airzone (1931) Ltd.; Sydney

  • Año
  • 1959
  • Categoría
  • Radio - o Sintonizador pasado WW2
  • Radiomuseum.org ID
  • 290004

 Especificaciones técnicas

  • Numero de transistores
  • 8
  • Principio principal
  • Superheterodino con paso previo de RF; ZF/IF 455 kHz
  • Gama de ondas
  • OM y dos OC
  • Tensión de funcionamiento
  • Pilas / 2 x 6 Volt
  • Altavoz
  • Altavoz dinámico (de imán permanente)
  • Material
  • Cuero/Tela/ Plástico sobre otros materiales
  • de Radiomuseum.org
  • Modelo: Transistor 8 All-Wave A806P - Airzone 1931 Ltd.; Sydney
  • Forma
  • Portátil > 20 cm (sin la necesidad de una red)
  • Anotaciones
  • Model A806-P is an eight transistor, battery operated, three band superheterodyne portable receiver designed for reception of Medium and Short Wave Bands.

    Features of design include:

    Ferrite Rod Aerial; Telescopic Aerial, provision for switching to external aerial; R.F. stage; high gain I.F. transformers; Autodyne converter; provision for Phono use; single ended push-pull output stage incorporating feedback; high sensitivity 7" x 5" eliptical speaker; long economical battery life.

    Probably the biggest transistor portable ever made in Australia. Built on a metal chassis with tag strips and point-to-point wiring. Wooden case covered in vinyl. World time zone map in the lid. Manufactured for remote locations - included the  Flying Doctor Base Station frequencies on the flip up world map.

    Tuning Control has a single knob which has a reduction (vernier) that engages for one turn of the knob. After one turn, the reduction disengages to allow a rapid tuner change (5:1 ratio measured).

    • SW range: 1.9 - 6.1 MHz and 5.9- 18 MHz.
    • 2 x 6V Batteries Eveready 509 or Diamond 3509.
    • Price 1 guinea (£1/1/-) extra in WA.
    • See also AWA 893P, Electrice E806P & Westinghouse W806P.
  • Precio durante el primer año
  • 82.95 AUS £
  • Documentación / Esquemas (1)
  • - - Manufacturers Literature (Airzone Factory Supervised Service)
  • Autor
  • Modelo creado por Martin Kent. Ver en "Modificar Ficha" los participantes posteriores.

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