Other Parts Discussed in Thread: LMK1C1104, SN74AHC125, LMK1C1108, SN74LV125A, SN74LVC125A, SN74LV541A, SN74LVC541A, SN74AHC541
Good morning,
I want to implement a design that consists of a 30-50MHz clock signal being split between 4-8 channels. Let me explain, I want an integrated in which I put a digital input signal that will vary between 3.3V and GND and I want the integrated to get X outputs between 3.3V and GND.
I have been looking at the repeaters you have and I have seen the Differentials, among them the SN65LVDS117. Actually my signal is not going to be differential because input A will vary between 3.3V and GND but input B will always be GND.
From what I have seen of this integrated if the difference between A and B is > 100mV it sets the Y channels of the outputs to High, and the Z channels of the outputs to Low. However, when the input clock signal A goes below 3.3V to GND there may be a transient and over oscillation that the GND connected to B has higher voltage than in A and set Z to High and Y to Low, which is a very big problem. I always want Z to be at Low and Y to be the one that varies between High and Low.
In addition I have noticed that the outputs are 340mV when I want the voltage to be 3.3V-0V.
Therefore, I wanted to know if you have a repeater with the characteristics I have mentioned, if it could be that it is not differential and that the output oscillates between 3.3V and GND.
I expect you could help me. Thank you in advance.
Have a nice day,
Pedro
