Differences

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

--- en:netzer:servo [2011/12/13 16:56] – holtmann
+++ en:netzer:servo [2025/06/11 20:42] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
 ====== Connection of a scale model servo ======
-{{ :servo.png?nolink& |Servo at Netzer playing field}}
+<note important>For this functionality the **[[io_project|IO project]]** (base or pro) must be [[fwupdates|uploaded]] to Netzer.</note>
-The pulse outputs IO3 and SPI_INT can be directly connected to conventional [[wpde>Servo|scale model servos]].
+{{ :servo.png?nolink& |Servo at Netzer playground}}
+The pulse outputs IO3 and SPI_INT can be directly connected to conventional [[wp>Servo_%28radio_control%29|scale model servos]].
 The pulse input of the servos is directly connected to IO3 or SPI_INT. Of course, mass is connected to mass. The voltage supply should be about 5\ V.
@@ Line 11: / Line 13: @@
 At the Netzer, the settings should be carried out as shown in the figure (IO configuration page).
-{{ :de:netzer:servoconfig.gif?nolink& |Servo configuration}}
+{{ servoconfig.gif |Servo configuration}}
 The periodic time results from the internal 16-bit counter for continuous pulse signals: 65536\ *\ 400\ ns\ =\ 26,21\ ms.
-Some servos can definitely cope with 13.1\ ms (unit=200\ ns), you should just try it. The advantage of using the smaller unit is that the servo may be addressed in smaller steps.
+Some servos can definitely cope with 13.1\ ms (unit\ =\ 200\ ns), you should just try it. The advantage of using the smaller unit is that the servo may be addressed in smaller steps.
 In the following please find a table with some example values. Due to the deviations in the periodic times, the values probably require slight adjustments.
@@ Line 22: / Line 24: @@
 |  400 ns  | 2375 (0x947) | 3750 (0xea6) | 5125 (0x1405) |
 |  200 ns  | 4750 (0x128e) | 7500 (0x1d4c) | 10250 (0x280a) |