Differences

This shows you the differences between two versions of the page.

--- projects:maps21:s:ext:1ms:1ms [2024/02/22 22:18]
carsten [Erste Stufe 19,5 ms - Intervall]
+++ projects:maps21:s:ext:1ms:1ms [2024/04/03 20:29]
carsten [Zweite Stufe: 1ms]
@@ Line 11: / Line 11: @@
 / R<sub>G</sub> = 1 / R<sub>12</sub> + 1 / R<sub>13</sub><color white/white>#######</color>⇒<color white/white>#######</color>1 / R<sub>G</sub> = 1 / 7,5 kΩ + 1 /  7,5 kΩ<color white/white>#######</color>⇒<color white/white>#######</color>R<sub>G</sub> = 3,75 kΩ \\ \\
-t = -ln(1/3) R<sub>G</sub> C = 1,1 R<sub>G</sub> C = 19,5 ms<color white/white>#######</color>mit C = 4,7µF!
+t = -ln(1/3) R<sub>G</sub> C<sub>5</sub> = 1,1 R<sub>G</sub> C<sub>5</sub> = 19,5 ms<color white/white>#######</color>mit C = 4,7µF!
 ===== Zweite Stufe: 1ms =====
 Astabiler Multivibrator generiert:\\
-f = 1000 Hz = 1/(1ms) = 1 / 1,4 * R<sub>G</sub> * C
+T = 1ms = 1,4 * R<sub>G</sub> * C <color white/white>#######</color>(f = 1000 Hz)
 ==== V2 - neu ====
@@ Line 22: / Line 22: @@
 Bessere Kombination sollte hochohmiger sein, damit der Baustein nicht soviel Strom treiben muss, daher:\\
-**T = 1ms** = 1,4 * R<sub>G</sub> * C = 1,4 * 7143 Ω((7,5k || 150k)) * 100 nF
+**T = 1ms** = 1,4 * R<sub>G</sub> * C<sub>2</sub> = 1,4 * 7143 Ω((7,5k || 150k)) * 100 nF
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