Lynxmotion SSC Servo Controller and other robot products. At RobotShop, you will find everything about robotics. Lynxmotion SSC32U Servo Controller Board. Electronics Guide. Lynxmotion SSCU USB Servo Controller Board. Revisions. V August Feedback. Users Manual SSC Ver SSC Ver Manual written for firmware version SSCXE. Range is mS to mS. Lynxmotion, Inc. PO Box

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Everyone leaves that party happy! Lynxmotion Robot Guys and Girls I am happy with Roborealm, its great and i have happily processed my blue ball from In the center on the left is VL and is labeled Number 4. Now it should look like the picture below:. You will get a dialog box. As the servo rate can be changed the servo may not immediately adjust its position to the final destination but slowly move towards it.

You should see a box that looks like this:. Whichever way it says it, those are the jumpers we are talking about. The answer is NO!

It’s all in how you set the jumpers and what kind of power supply you use. Otherwise, your computer will not talk to the board. The VS2 input controls all the servos across the top of the board.


Click on each of the modules to see how we accomplished this task. These have nothing to do with the baud rate, but just leave them there in place in the manner shown. The servo controller supports up to 32 channels of 1uS resolution.

Lynxmotion SSC Tutorial

I will talk about the advantages and disadvantages a little later on, but for now, let’s assume you want to run the whole thing SSC board AND all the servos from one single power supply. Analog will set a number between 0 and depending on the voltage across the pins.

If it does not, change it so that it does, and click OK.

Changing the variable value, however, will change that servo’s position. These do exist, but they are much harder to find and pricier than the 5VDC power supplies.

Now, open up VSA. In any case, let me show you how you would hook up your 6VDC power supply to the SSC board to run everything from this one supply.


Click on the previous link. Try waving your hand in front of the camera. Note that if you set a servo channel to be positioned using a variable’s value you will lose manual control over that servo.

Current is a measure of available power. They should come like that. Example Click here to load a configuration to move a servo in response to movement in front of the camera. The servo should also move in one direction and in the other when you move your hand back. Note the channel number which corresponds to the channel number of the Lynxmotion SSC board. You would need a power supply that can provide 6. First, click the “Start” button on your computer desktop.

If you do see a flashing light with no movement check the channel you plugged ssc-332 servo into.

Lynxmotion SSC-32

Notice the green COG box tracking your hand. You will need some way to connect this to your computer. A note about current.