Great stuff to explain the concept of LVDS differential signal but the input signal of high and low supposed to propagate down the line simultaneously as pair to cancel the noise not as shown one after another.
This is a a bit misleading. Current and Voltage flow simultaneously as a wavefront propagation. The return current does NOT wait to travel down the transmission line through the load and back to the driver as this illustration shows. The signal and return currents travel simultaneously in the differential pair because of the energy inside the H and E fields.
Great stuff to explain the concept of LVDS differential signal but the input signal of high and low supposed to propagate down the line simultaneously as pair to cancel the noise not as shown one after another.
Thanks a lot for supplying instructions
Are cellphone display connection is also LDVS IF yes what data interface workes ?
Excellent! Thank you.
Good.
Tks a lot , for video
What is the output impedance of this circuit?
In a 10k+ range I believe.
So updated!👏👏👏👏👏
Thankyou
Thank you!
thanks a lot !!!
¡Gracias!
Great
This is a a bit misleading. Current and Voltage flow simultaneously as a wavefront propagation. The return current does NOT wait to travel down the transmission line through the load and back to the driver as this illustration shows. The signal and return currents travel simultaneously in the differential pair because of the energy inside the H and E fields.