An electronic shutter operates by turning the cameras imaging sensor on and off to control exposure. ... An electronic shutter has no mechanical parts, which allows it to achieve faster frame rates than a mechanical shutter.
the ES by definition frees up resources of the Digi X. theoretically, this should enable the camera to pass a higher data rate or faster A/D coversion. than when the camera has to use more resources for the calculations, timing, switching, opening/closing the mechanical shutter and controlling the 1st/2nd curtains and mirror. ie the DIGI-X has to perform less calculations for the ES HS+ mode of operation.
i would be willing to say that the camera may possible even run cooler in the ES High Speed+ mode.
An electronic shutter operates by turning the cameras imaging sensor on and off to control exposure. ... An electronic shutter has no mechanical parts, which allows it to achieve faster frame rates than a mechanical shutter.
the ES by definition frees up resources of the Digi X. theoretically, this should enable the camera to pass a higher data rate or faster A/D coversion. than when the camera has to use more resources for the calculations, timing, switching, opening/closing the mechanical shutter and controlling the 1st/2nd curtains and mirror. ie the DIGI-X has to perform less calculations for the ES HS mode of operation.
i would be willing to say that the camera may possible even run cooler in the ES High Speed mode.
An electronic shutter operates by turning the cameras imaging sensor on and off to control exposure. ... An electronic shutter has no mechanical parts, which allows it to achieve faster frame rates than a mechanical shutter.
the ES by definition frees up resources of the Digi X. theoretically, this should enable the camera to pass a higher data rate or faster A/D coversion. than when the camera has to use more resources for the calculations, timing, switching, opening/closing the mechanical shutter and controlling the1st/2nd curtains and mirror. ie the DIGI-X has to perform less calculations for the ES HS mode of operation.
i would be willing to say that the camera may possible even run cooler in the ES High Speed mode.
An electronic shutter operates by turning the cameras imaging sensor on and off to control exposure. ... An electronic shutter has no mechanical parts, which allows it to achieve faster frame rates than a mechanical shutter.
the ES by definition frees up resources of the Digi X. theoretically, this should enable the camera to pass a higher data rate or faster A/D coversion. than when the camera has to use more resources for the calculations, timing, switching, opening/closing the mechanical shutter and 1st/2nd curtains. ie the DIGI-X has to perform less calculations for the ES HS mode of operation.
i would be willing to say that the camera may possible even run cooler in the ES High Speed mode.
An electronic shutter operates by turning the cameras imaging sensor on and off to control exposure. ... An electronic shutter has no mechanical parts, which allows it to achieve faster frame rates than a mechanical shutter.
the ES by definition frees up resources of the Digi X. theoretically, this should enable the camera to pass a higher data rate or faster A/D coversion. than when the camera has to use more resources for the calculations, timing, switching, opening/closing the mechanical shutter and 1st/2nd curtains. ie the DIGI-X has to perform less calculations for the ES HS mode of operation.
i would be will to say that the camera may even run cooler in the ES High Speed mode.
Jul 30, 2020 at 02:57 PM
Previous versions of InnomnateViem's message #15300187 « R5 drop to 13 bit on 12fps mechanical »
