Servo motor control using MCB2300 and Labview

Question

Hello Everyone,
I have to drive servo motor using MCB2300 board and labview. I am new to LabView as well as MCB2300 board. I understand that I have to generate Pulse to control the servo motor. 
I have gone through some of the post but could not find something useful. 
I need to do it asap, a fast and eloborating answer is much appreciated. 
Thanks is advanced.

Answer 1

I don't know if this will help you, but think about this tip:
On the back of my (digital-) Servo package there was some data written (see attached image).
You've heard of PWM (Pulse Width Modulation)? If not look it up in
wikipedia / microcontroller.net / (if you speak german) http://www.rn-wissen.de/index.php/Servos or google
The description of the Servo says that I have to send every 200ms +/- 1ms a positive (+5V +/- 1V) signal with a length depending on the angle I want the Servo to be set. The Signal is coded in conjunction to time, which means, as longer the Signal as higher the angle is. The Signal range is in between 70 to 240 ms (with my servo and not exactly). The Signal must repeated every 200 ms like I said before. I don't know, if you understand C but here is a function I wrote, which works fine for me:
void set_Servo_0(uint8_t angle)
  DDRA |= 2; // Specific Port declaration for my µC (Atmel)
  uint8_t tick; // a var to count how often I send my Signal
  for(tick = 0; tick < 2; tick++) // loop to count -> send Signal three times
    if(getStopwatch1() > 200)  // getStopwatch is a libary specific function to measure time in ms steps
      PORTA |= 1;  // port high
      sleep(angle);  // angle comes from outside the function, it is a parameter for this function. Sleep for this time with port high = pos Signal
      PORTA &= ~1;  // then pull down
      setStopwatch1(0); // reset the timer 
  mSleep(250); // Finally I have to wait for this time (in ms) when I send different angle parameters one after another, to let the whole system
                      // (µC + Servo and rest of program) to settle down, else I will loose signal steps due to incorrect timing (not nice, but works).
This function gets the angle as Integer from 7 to 24 and puts the Servo in corresponding position one time.
Maybe You can adapt it, good luck.
Attachments:
Servo.jpg ‏207 KB