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TDA7513 Folha de dados(PDF) 15 Page - STMicroelectronics |
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TDA7513 Folha de dados(HTML) 15 Page - STMicroelectronics |
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15 / 58 page ![]() 15/58 TDA7513 (c) = by design/characterization functionally guaranteed through dedicated test mode structure (0) = All Thresholds are measured using a pulse with TR =2ms,THIGH = 2ms and TF = 10ms. The repetition rate must not icrease the PEAK voltage. 1) NBT represents the Noiseblanker Byte bits D2, D0 for the noise blanker trigger threshold 2) NAT represents the Noiseblanker Byte bit pair D4, D3 for the noise controlled triggeradjustment 3) OVD represents the Noiseblanker Byte bit pair D7, D6 for the over deviation detector 4) FSC represents the Fieldstrength Byte bit pair D1, D0 for the fieldstrength control 5) BLT represents the Speaker RR Byte bit pair D7, D6 for the blanktime adjustment 6) NRD represents the Configuration-Byte bit pair D1, D0 for the noise rectifier discharge-adjustment 7) PCH represents the Stereodecoder-Byte bit D5 for the noise rectifier charge-current adjustment 8) MPNB represents the HighCut-Byte bit D7 and the Fieldstrength-Byte D7 for the noise rectifier multipath adjustment Symbol Parameter Test Condition Min. Typ. Max. Unit VTRNOISE Noise Controlled Trigger threshold 2) meas. with VPEAK = 1.5V NCT = 00 ( c ) 260 ( c ) mV NCT = 01 ( c ) 220 ( c ) mV NCT = 10 ( c ) 180 ( c ) mV NCT = 11 ( c ) 140 ( c ) mV VRECT Rectifier Voltage VMPX = 0mV NRD 6) = 00 0.5 0.9 1.3 V VMPX = 50mV; f = 150KHz 1.5 1.7 2.1 V VMPX = 200mV; f = 150KHz 2.2 2.5 2.9 V VRECT DEV deviation dependent rectifier Voltage 3) meas. with VMPX = 800mV (75KHz dev.) OVD = 11 0.5 0.9 1.3 V OVD = 10 0.9 1.2 1.5 V OVD = 01 1.7 2 2.3 V OVD = 00 2.5 2.8 3.1 V VRECT FS Fieldstrength Controlled Rectifier Voltage 4) Rectifier Voltage 4) VMPX = 0mV VLEVEL << VSBL (fully mono) FSC = 11 0.5 0.9 1.3 V FSC = 10 0.9 1.4 1.5 V FSC = 01 1.7 1.9 2.3 V FSC = 00 2.1 2.4 3.1 V TS Suppression Pulse Duration 5) Signal HOLDN in Testmode BLT = 00 38 µs BLT = 10 32 µs BLT = 01 25.5 µs BLT = 00 22 µs VRECTAD J Noise Rectifier discharge adjustment 6) Signal PEAK in Testmode NRD = 00 6) ( c ) 0.3 ( c ) V/ms NRD = 01 6) ( c ) 0.8 ( c ) V/ms NRD = 10 6) ( c ) 1.3 ( c ) V/ms NRD = 11 6) ( c ) 2 ( c ) V/ms SRPEAK Noise Rectifier Charge Signal PEAK in Testmode PCH = 0 7) ( c ) 10 ( c ) mV/ µs PCH = 1 7) ( c ) 20 ( c ) mV/ µs VADJMP Noise Rectifier adjustment through Multipath 8) Signal PEAK in Testmode MPNB = 00 8) ( c ) 0.3 ( c ) V/ms MPNB = 00 8) ( c ) 0.5 ( c ) V/ms MPNB = 00 8) ( c ) 0.7 ( c ) V/ms MPNB = 00 8) ( c ) 0.9 ( c ) V/ms |
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