ADC Controls
- ADC Graph
- ADC Meter
- Read ADC
AR Parrot Drone
- Collision
- Movement
Augmented Reality
- Vuzix
Brookstone Rover
- Movement
Camera Controls
- Camera Device
- Camera Snapshot
- QR Code Generator
Connection
- Connection
- Port Summary
- Terminal
Digital Controls
- Read Digital
- Set Digital
HBridge Controls
- BV4113
- HBridge
- Sabertooth Serial
I2C Controls
- BlinkM
- BV4615 RC-5 IR Decoder
- Dual-Axis Compass
- MMA7455 Accelerometer
Misc Controls
- Benchmark
- Configuration
- Custom Movement Panel
- eZ430-Chronos Wrist Watch
- Floor Map
- GPS Serial
- Help For Controls
- HTTP Server
- Joystick
- MindWave
- MP3 Trigger
- Notepad
- Shortcut Creator
- Soundboard
- TCP Clients
- Twitter Recognition
- Virtual Robot
- Wii Remote
Ping Distance Controls
- Ping Collision Detection
- Ping Distance
- Ping Movement
- Ping Radar
PWM
- PWM Slider
Roboy
- Movement Panel
Roomba Controls
- Roomba Movement Panel
- Roomba Tones
Scripting Controls
- Key Control
- Movement Script
- Personality Generator
- Recorder
- Script
- Script Console
- Script Flow
- Script Manager
- Script Slider
- Sound Movement
- Sound Script
- Variable Watch
Servo Controls
- Auto Positioner
- Auto Release
- Horizontal Servo
- Modified Servo
- Modified Servo Movement Panel
- Multiple Servo
- Relative Servos
- Servo Summary
- Sound Servo
- Speed
- Vertical Servo
Sharp IR Distance Controls
- Sharp IR Collision
- Sharp IR Radar
Speech Controls
- PandoraBots
- Speech Recognition
- Speech Settings
- Speech Synthesis
Touch Tablet Controls
- Movement
- Servo Pad
- Touch Pad
WowWee
- RoboQuad Movement
- RoboSapien Movement
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Controls a servo (unmodified). Using the slide dial, adjust the position of the servo. To have the servo release from holding it's position, press the Release button.
Use the Config button to select the digital port, Min and Max settings.
This control is laid Horizontally for a horizontal mounted servo.
The release button on the control will stop holding the servo in position.
The Center button is the center between Min and Max.
For example, Min is the minimum position. Max is the maximum position. If you press the Center button, the servo will center between Min and Max position.
Think of Min and Max as being a boundary that you define. Your robot most likely will have a few appendages that require limiting. The Vertical Head Servo is an example of an appendage that will require limiting.
You specify the Min and Max limits of that servo. Once you have done that, the CENTER button will position the servo between the boundaries that you specify.
Click here to read how a servo works with EZ-Robot
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