Power Supply 210

Tektronix; Portland, OR

Datos
Foro
Imágenes
Colecciones

  • Año
  • 1950
  • Categoría
  • Aparato de medida y servicio (Equipo de laboratorio).
  • Radiomuseum.org ID
  • 161146

 Especificaciones técnicas

  • Numero de valvulas
  • 3
  • Gama de ondas
  • - no hay
  • Altavoz
  • - Este modelo usa amplificador externo de B.F.
  • Material
  • Metálico
  • de Radiomuseum.org
  • Modelo: Power Supply 210 - Tektronix; Portland, OR
  • Forma
  • Chasis (tambien de autoradio)
  • Ancho, altura, profundidad
  • 5.5 x 5.5 x 8 inch / 140 x 140 x 203 mm
  • Anotaciones
  • The Type 210 High Voltage Power Supply is a compact, oscillator type supply, designed to furnish the potentials necessary to operate the recently developed high writing rate cathode ray tubes. It can also be used for other applications where this range of voltages - and negligible current - is required.
    Emperically derived evidence indicates that proper Operation of a cathode ray tube demands a post-deflection to pre-deflection accelerating potential ratio of 5:1, and this requirement has been observed during the development of this supply. To permit adaptation to the widest variation of needs, a versatile voltage doubler circuit, which requires an external oscillator and regulator, is the basis of the design. The plate B- and grid taps of the oscillator transformer primary, project from the top of the case through ceramic insulators. Taps are provided for both positive and negative regulating potentials and for +10KV, +6.6KV, +3.3KV and -2.1KV.
    The Type 210 is contained in a small cylindrical case, machined of cast aluminum, and filled with a transformer type mineral oil. An air filled neoprene bladder allows for expansion and contraction of the oil due to temperature variations.
    Outputs: 10KV, @ 300uA, -2.1KV @ 700uA
    Dimensions: 5 1/2" diameter, 8" high.
  • Peso neto
  • 7 lb 0 oz (7 lb) / 3.178 kg
  • Precio durante el primer año
  • 80.00 $
  • Procedencia de los datos
  • - - Manufacturers Literature
  • Autor
  • Modelo creado por Pius Steiner. Ver en "Modificar Ficha" los participantes posteriores.

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