The HB-25 works like a standard continuous rotation servo except that it doesn't require repeated pulses, just one new pulse whenever the speed or direction changes. As such, it ought to work with any microcontroller or R/C receiver that's designed to work with standard servos.
the eyebot controller M4·has about 14 standard servos connectors besides two connections for two motors, so i would be able to connect the hb-25 to the servos connection even though the eyebot contrller has motor connection and work?
By the way, i'am going to use the basic stamp2 for the hb-25 motor controllers that i bought, but i just wanted to know if it work with any other controller or even advance controller like the eyebot controller M5,·that can even do real time image processing. To me if the hb-25 can be used with any other controllers it is a terrific buy.
[font=Arial,Helvetica]The EyeBot····http://www.joker-robotics.com/eyebot/index.html··· is one of the most advanced controllers for mobile robots available today. It can be used for mobile robots with wheels, walking robots or flying robots. It consists of a powerful 32-Bit microcontroller board with a graphics display and a digital color camera allowing it to do on-board image processing. This allows to write powerful robot control programs without a big and heavy computer system and without having to sacrifice vision - the most important sensor.[/font]
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By the way, i'am going to use the basic stamp2 for the hb-25 motor controllers that i bought, but i just wanted to know if it work with any other controller or even advance controller like the eyebot controller M5,·that can even do real time image processing. To me if the hb-25 can be used with any other controllers it is a terrific buy.
[font=Arial,Helvetica]The EyeBot···· http://www.joker-robotics.com/eyebot/index.html··· is one of the most advanced controllers for mobile robots available today. It can be used for mobile robots with wheels, walking robots or flying robots. It consists of a powerful 32-Bit microcontroller board with a graphics display and a digital color camera allowing it to do on-board image processing. This allows to write powerful robot control programs without a big and heavy computer system and without having to sacrifice vision - the most important sensor.[/font]
thank you for yas responses!