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96kHz means a period of about 10us. So you look at the graph for the oscillator charge time and select an RT, CT pair that gives you about 10us of charge time. We will assume that the discharge time is much lower and anyway your frequency is slightly below 100kHz (period slightly above 10us), so you should be OK.
From the graph you can see that a 2.2nF cap and a 6.8K resistor should bring yuo close to 96Khz. Use these values as a starting piont with RD=0. Then change RT as needed to obtain a frequency as close to 96kHz as possible
thankyou ,the settings worked well. i still get another problem though inthe design.
how does one calculate the values of the capacitor and resistor of the input snubber. i find this snubber on practically all schematics but they dont give a way of calculating its values
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