Abstract: An image capturing apparatus comprises: an image capturing unit configured to acquire a video signal including frames, and an output unit configured to output the video signal, a first time code for a time at which each frame of the video signal is acquired by the image capturing unit and information related to a second time code for a time at which each frame of the video signal is output by the output unit, to an external apparatus.

Abstract: An image capturing apparatus comprises: an image capturing unit configured to acquire a video signal including frames, and an output unit configured to output the video signal, a first time code for a time at which each frame of the video signal is acquired by the image capturing unit and information related to a second time code for a time at which each frame of the video signal is output by the output unit, to an external apparatus.

Abstract: A core for a deflecting yoke for a CRT includes a first aperture at a neck portion side having a circular configuration, and a second aperture at a funnel portion side, an inner periphery of the second aperture at an edge surface thereof having two major sides and two minor sides. The major sides contain a first circular segment of which a radius is 200 mm or larger and has a radius of which a center exists off a center of the funnel portion and an amount at which the first circular segment occupies the major sides is over 50%. The minor sides contain a second circular segment of which a radius is 100 mm or larger and has a radius of which a center exists off a center of the funnel portion and an amount at which the second circular segment occupies the minor sides is over 40%. The two major sides and the minor sides are tangential to circular segments at four corners thereof.

Abstract: The difference signal indicating a difference between the output of the horizontal deflection circuit unit and a desired horizontal raster signal is converted into a digital signal corresponding to the difference signal by the A/D converter. The converted digital signal is outputted to the digital signal processor. The digital signal processor performs a feedback control of raster width by digital operations. The digital signal processor outputs the result signal of the operation to the D/A converter where the result signal is converted into an analog result signal. The analog signal is sent to the horizontal deflection circuit unit where the power to be supplied to the deflection yoke is controlled.