The sensor is now smaller at 1 / 1, 5 inch or 1 / 3?
sorry stupid question, but I will not waste there.
And - why the sensor size factor is really so important? It is not much more important, how many pixels are distributed on the sensor.
Antwort von JonasB:
1 / 3 and the cake is cut into 3 parts, but you get only 1 of the 3rd 1 / 1, 5 of the cake is cut into 3 pieces and get 2 of them. Where to get more cake? MFG Jonas
Antwort von vuygulanzj:
times can someone please reply in German?
Antwort von tommyb:
Value = x Inch size
1 / 3 x 2.54cm = 0.85 cm 1/1.5 = 0.6666 x 2.54cm x 2.54cm = 1.69 cm
All klärchen?
Antwort von Bernd E.:
"vuygulanzj" wrote:
times ... can someone please reply in German? ...
With elementary Bruchrechnung you know from you? Then it's very simple: 1 / 2 (half) is more than 1 / 4 () fourth, that is for example a 1/2-Inch-Sensor larger than a 1/4-Inch-Sensor. For general safety again: here is the smaller the number after the slash, the greater is the sensor.
Antwort von vuygulanzj:
Thank you. yes, I thought synonymous. Now I compare the Sony cameras and have noticed that the newer sensors have larger (1 / 2, 8) than 5 years old (1 / 3). But then here is the effective pixel count crucial, as the mere size?
Antwort von Bernd E.:
"vuygulanzj" wrote:
... that the newer sensors have larger (1 / 2, 8) than the 5 years older (1 / 3). But then here is the effective pixel count crucial, as the pure size? ...
The mere difference between 1 / 2, 8 and 1 / 3, 0 likely, in practice, do not matter. Now, however, each sensor is a compromise that brings together different aspects. Simplistically stated, things look like this: Number of pixels determines the resolution Pixel size: determines the light sensitivity Sensor size: determined indirectly via the focal order to use the opportunity to play with less depth of field (or just not synonymous) These issues - and some more - affect each other, we can take that on the basis of a single criterion, virtually no information about the sensor as a whole. For example, a smaller sensor with fewer, but larger pixels to be sensitive to light than a larger, with a plethora of tiny pixels crammed.
