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M61508FP датащи(PDF) 21 Page - Mitsubishi Electric Semiconductor |
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M61508FP датащи(HTML) 21 Page - Mitsubishi Electric Semiconductor |
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21 / 22 page ![]() D-61508-98-C ELECTRIC MITSUBISHI ( /22) THE ELECTRIC VOLUME of BUILD-IN NON FADER VOLUME with TONE CONTROL MITSUBISHI SOUND PROCESSOR ICs M61508FP LOUDNESS FILTER (Gv=0dB) 2 LOUDNESS GAIN SETTING Lower Figure is Structure of Loudness Circuit. 10 VOLUME 1 LOUDNESS VOLUME R R R R VOUT VIN V1 V2 Output Volutage (VOUT) of Setting Structure of Upper Figure It is noted as Volume1Output Volutage = V1, Loudness Filter Output Voltage = V2, VOUT and Gv (Boost quantity) is given at the lower formula Gv = 20 log ex.) VIN = 1Vrms/60Hz,Volume1= - 30dB, Output Volutage and Boost Quantity of 60Hz of Loudness Volume = -20dB setting From : Volume1,Loudness Volume attenuation quantity Become : V1 = 31.6mVrms V2 = 100mVrms If the subsitudes the equation for the upper formula, the following equation is given : (V1 + V2) VIN - (Volume 1 attenuation quantity) (dB) VOUT = V1 + V2 (Vrms) VOUT = 31.6m + 100m In the item,the Loudness Gain Setting example is shown, when Volume1 fixation and doing the Loudness Volume variably. Please refer to Plan. Gv = 20 log (31.6m + 100m) 1 - (-30dB) = 12.4dB is obtained. =131.6mVrms Frequency (Hz) Gv Volume 1= -30dB 21 |
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