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công cụ tìm kiếm bảng dữ liệu linh kiện điện tử |
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công cụ tìm kiếm bảng dữ liệu linh kiện điện tử |
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TP3064 bảng dữ liệu(PDF) 10 Page - National Semiconductor (TI) |
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TP3064 bảng dữ liệu(HTML) 10 Page - National Semiconductor (TI) |
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10 / 18 page  Transmission Characteristics Unless otherwise noted limits printed in BOLD characters are guaranteed for VCC ea50V g5% VBB eb50V g5% TA e 0 Cto70 C by correlation with 100% electrical testing at TA e 25 C All other limits are assured by correlation with other production tests andor product design and characterization GNDA e 0V f e 102 kHz VIN e 0 dbm0 transmit input amplifier connected for unity gain non-inverting Typicals specified at VCC ea50V VBB eb50V TA e 25 C Symbol Parameter Conditions Min Typ Max Units AMPLITUDE RESPONSE Absolute Levels Nominal 0 dBm0 Level is 4 dBm (Definition of (600X) nominal gain) 0 dBm0 12276 Vrms tMAX Virtual Decision Value Defined Max Transmit Overload Level per CCITT Rec G711 TP3064 (317 dBm0) 2501 VPK TP3067 (314 dBm0) 2492 VPK GXA Transmit Gain Absolute TAe25 C VCCe5V VBBeb5V b 015 015 dB GXR Transmit Gain Relative to GXA fe16 Hz b 40 dB fe50 Hz b 30 dB fe60 Hz b 26 dB fe200 Hz b 18 b 01 dB fe300 Hz-3000 Hz b 015 015 dB fe3300 Hz b 035 005 dB fe3400 Hz b 07 0 dB fe4000 Hz b 14 dB fe4600 Hz and Up Measure b 32 dB Response from 0 Hz to 4000 Hz GXAT Absolute Transmit Gain Variation Relative to GXA b 01 01 dB with Temperature GXAV Absolute Transmit Gain Variation Relative to GXA b 005 005 dB with Supply Voltage GXRL Transmit Gain Variations with Sinusoidal Test Method Level Reference Leveleb10 dBm0 VFXIa eb40 dBm0 to a3 dBm0 b 02 02 dB VFXIa eb50 dBm0 to b40 dBm0 b 04 04 dB VFXIa eb55 dBm0 to b50 dBm0 b 12 12 dB GRA Receive Gain Absolute TAe25 C VCCe5V VBBeb5V b 015 015 dB InputeDigital Code Sequence for 0 dBm0 Signal GRR Receive Gain Relative to GRA fe0 Hz to 3000 Hz b 015 015 dB fe3300 Hz b 035 005 dB fe3400 Hz b 07 0 dB fe4000 Hz b 14 dB GRAT Absolute Receive Gain Variation Relative to GRA b 01 01 dB with Temperature GRAV Absolute Receive Gain Variation Relative to GRA b 005 005 dB with Supply Voltage GRRL Receive Gain Variations with Sinusoidal Test Method Reference Level Input PCM Code Corresponds to an Ideally Encoded b 10 dBm0 Signal PCM Leveleb40 dBm0 to a3 dBm0 b 02 02 dB PCM Leveleb50 dBm0 to b40 dBm0 b 04 04 dB PCM Leveleb55 dBm0 to b50 dBm0 b 12 12 dB VRO Receive Filter Output at VFRORLe10 kX b 25 25 V 10 |
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