• Does each servo need independant control? • What exactly will be providing input for the servos? A micro controller? Sensor input? Direct user interface?
Well obviously you can Well obviously you can connect all the servo control inputs together if they’re all doing the same thing. If they’re independant you could use a demultiplexer to split your control signal into many outputs, effectively giving you the ability to control many servos from just a few outputs.
The 74HC165 is a parallel-in The 74HC165 is a parallel-in to serial-out converter, ie: it takes several ports and turns it into one. You want the opposite of that. The CLOCK pin controls when the next parallel channel is read to be added to the serial output stream. What do you mean by timed?
No, not really. You haven’t said what the 555 is being used for yet. Apart from the basic gates, digital electronics all use a clock to process data, but we don’t call them ‘timed’.
or work extra in a gas-station… Think you will get your servo motions quicker working extra then try to figure it out yourself…
Oups- sorry, did´nt mean to be rude…
It´s based on a micro-controller. You can program any microcontroller to do the job, and if it´s not enough with one, take two and make them talk to each other, either through i2c, rs485, plain pulses or serial. Any microcontroller is up to the job.
Servos don’t work like that, Servos don’t work like that, you tell them the position to go to and they decide how fast they’ll get there. You’ll either need to modify the servos or use gear motors instead.
If they have to start moving at the exact same instant, you’ll need multiple controllers or a micro or something along those lines, a demultiplexer or I/O expander won’t help at all. If you can settle for each servo receiving the next command a few milliseconds after the previous one, then you can use a demultiplexer.