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TS488IST Datasheet(PDF) 27 Page - STMicroelectronics |
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TS488IST Datasheet(HTML) 27 Page - STMicroelectronics |
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27 / 32 page ![]() TS488-TS489 Application information 27/32 With the values above, the result is FCL=25Hz. In this case, τ in = Rin xCin=6.6ms. This value is sufficient with regard to the previous formula, thus we can state that the pop is imperceptible. Connecting the headphones Generally headphones are connected using jack connectors. To prevent a pop in the headphones when plugging in the jack, a pulldown resistor should be connected in parallel with each headphone output. This allows the capacitors Cout to be charged even when the headphones are not plugged in. Pulldown resistors with a value of 1 k Ω are high enough to be a negligible load, and low enough to charge the capacitors Cout in less than one second. Note: The pop&click reduction circuitry works properly only when both channels have the same value for the external components Cin, Cout, Rload and Rpulldown. |
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