High-speed frame pick-up camera

A high-speed frame pick-up camera for picking up frames of a photoelectronic image formed on the photoelectric layer of am imaging tube comprising:

• a first electron lens for reforming said photoelectronic image;
• deflection means arranged so that the re-formed image of said photoelectronic image is located at the deflection center thereof;
• a plurality of second electron lenses each having a central axis arranged to correspond with said deflection center so that the electron beam deflected by said deflection means is successively received thereby, a plurality of image frames being formed by said second electron means;
• a plurality of phosphor layers respectively arranged in the locations of said image frames;
• a lens drive circuit for supplying power to said first and second electron lenses;
• a deflection means drive circuit for supplying power to said deflection means;
• and
• a starting circuit for starting operation of said deflection means, said starting circuit being synchronized with the light detected from the object being observed.

A high-speed frame pick-up camera for picking up a frame of a photoelectronic image formed on the photoelectric layer of an imaging tube comprising:

• a first electron lens for reforming said photoelectronic image;
• deflection means arranged so that the re-formed image of said photoelectric image is located at the deflection center thereof;
• a second electron lens arranged so that the electron beam deflected by said deflection means is successively received thereby, an image frame being formed by said second electron lens;
• a phosphor layer arranged in the location of said image frame;
• a lens drive circuit for supplying power to said first and second electron lenses;
• and
• a deflection means drive circuit for supplying power to said deflection means.

A high-speed frame pick-up camera for picking up a frame of a photoelectronic image formed on the photoelectric layer of am imaging tube, comprising:

• a first electron lens for reforming said photoelectronic image;
• deflection means arranged so that the re-formed image of said photoelectronic image is located at the deflection center thereof;
• a second electron lens arranged so that the electron beam deflected by said deflection means is successively received thereby, an image frame being formed by said second electron lens;
• a phosphor layer arranged in the location of said image frame;
• a lens drive circuit for supplying power to said first and second electron lenses;
• deflection means drive circuit for supplying power to said deflection means;
• and
• a starting circuit for starting operation of said deflection means, said starting circuit being synchronized with the light detected from the object being observed.