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--- servo_s [2014/03/27 11:53]
sysop
+++ servo_s [2016/12/12 16:26]
sysop
@@ Line 1: / Line 1: @@
+We have 4 normal types which are almost identical:\\
+**ES-030**\\
+{{servo_es-030.gif:?200}}\\
+**RS2**\\
+{{servo-rs-2-jr.jpg:?200}}\\
+Operating voltage: 	4.8 < 6.0 v\\
+Positioning time: 	4.8 v I 6.0 v: 0.19s/60° I 0.11s/60°\\
+Operating torque 	4.8V I 6.0V: 3.2 kg.cm I 3.5 kg.cm\\
+weight: 		ca. 39g\\
+Torque:			3kg/cm\\
+Gear:			plastic\\
+[[Parallax standard servo | Parallax standard servo]]\\
+[[rc_car_servo_4519 | rc car servo_4519]]\\
+\\
+**HobbyKing™ HK15288A Analog BB/MG Servo**\\
+{{::hobbyking_hk15288a_analog_servo.jpg?direct&300|}}\\
+Torque: 9kg @ 4.8v, 8kg @ 6v\\
+Weight: 51g\\
+Speed: 0.21 / 60deg @ 4.8v, 0.20 / 60 deg @ 6v\\
+Voltage: 4.8v~6v\\
+Plug: JR style\\
+Metal Gears\\
+Dual Ball-race\\
+\\
+\\
+   Brown = 0
+   Red = 5V
+   Yellow = Control
+We also have a few adapted servo's who now are continuous rotating servo's. They do not rotate to a certain position but\\ rotate continuously with a controllable speed and direction.\\
+An explanation on how servo's work can be found[[http://www.electronicsplanet.ch/Roboter/Servo/intern/intern.htm| here]].\\
+[[http://arduino.cc/en/Tutorial/Knob|Here you can find how to control a servo with your Arduino]]\\
+If you want to design a wheel or arm that should be fixed on those servos, you can use {{:servo-as.zip|this}} for the hole for the axis.\\

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