SD3010 user manual
Contents
1. Po at 1 THD Gain 2V V kHz 1 CL 2 OO 1 O C_ RL Load Resistance 0 TOTAL HARMONIC DISTORTION NOISE Vs OUTPUT POWER CR 20 1 RL 8 0 8 10 le Gain 2V V 5 2 5V 5 3V 2 3 6V A 5V 1 O E 5 0 5 5 SE 1 0 1 a Sm 10m 20m Sum 100m 200m S500m 1 2 Po Output Power W TOTAL HARMONIC DISTORTION NOISE Vs FREQUENCY x I 10 dT 3V B 5 Ci 2uF RL 8 Po 15mW Gain 2V V 2 9 5 1 Po 75mW 0 0 5 Po 200mW 5 9 E 0 1 0 05 1 0 02 0 01 20 50 100 200 500 lk 2k 5k 10k 20k f Frequency Hz 0755 89745826 SD2010 OUTPUT POWER Vs SUPPLY VOLTAGE RL 4 10 THD RL 4 1 THD PO Output Power W RL 8 10 THD RL 8 0 1 THD THD N Total Harmonic Distortion Noise 3 5 4 4 5 5 Vcc Supply Voltage V TOTAL HARMONIC DISTORTION NOISE2. luf 10uf 4 3 3 Ci 0 5V VCC 0 8V SD2010 1 2 2A RICI C1i 3 2ARifc http www sourceofic com 12 18 0755 89745826 0755 84164552 SD2010
3. D DD LC LC LC SD2010 DD SD2010 http www sourceofic com 16 18 0755 89745826 0755 84164552 SD2010 Vol Difrerential 5 1 Cutput 0 ETDO Loamd Curremnit WoF YoH Voliage Dy 1 CID a Li dd Cumant te ns ia a 12 SD2010 4 5 3 SD2010
4. TOTAL HARMONIC DISTORTION NOISE Vs OUTPUT POWER RL 4 0 1kHz Gain 2V V 20m 30m lo00m 200m 300m 1 2 3 Po Output Power W TOTAL HARMONIC DISTORTION NOISE Vs Vs FREQUENCY FREQUENCY x 3 10 1 10 0 dE3 6V a 1 Ci 2uF ee Po 25mW O 5 RL 8 0 RL 8 0 Po S0mW 2 Gain 2V V c A 9 2 1 Po 125mW 5 Po 250mW 2 0 5 S WD DD 0 5 a Po 500mW 9 Po 1W 2 0 2 S 6 2 02 E 0 1 0 1 0 05 2 0 05 E 0 02 1 0 02 zz 0 01 0 01 0 005 20 350 100200 500 lk 2k 5k 10k 20k 20 50 100200 500 1k 2k 5k 10k 20k f Fredquency Hz TOTAL HARMONIC DISTORTION NOISE Vs FREQUENCY i 10 Po 250mW RL 49 EB i Gain 2V V Vdd 3 6V 5 5 Wm 0 5 mm 2 5 V2 E Vdd 2 5V E vo 0 05 0 02 1 Vdd 4 0V Vdd 5 0V gt 0 01 20 50 100 200 500 lk 2k Sk 10k
5. e 4 3 7 Ri 150Ko CL05 0402 ERDRHDI54V GD 0 0 GRP1SSF5011057 Ci Vicm 0 5V VCC 0 8V Ci 3 3nF Ri 150K 8 321Hz 4 3 1 Ri 2xl130K4 V Guw C x RI V CMRR PSRR 1 PCB 2VV 4 3 2 Cs SD2010 DD
6. 0V S0 VCC VCC 180 VCC VCC 0V 5W Differential Vollage AcrossLoad Y 5V current 11 D 4 5 2 SD2010 0V 50 VCC VCC VCC VCC 0V VoP VoN VoP VoN
7. PDA MP3 MP4 DFP Protable DVD 1 http www sourceofic com 3 18 0755 89745826 0755 84164552 SD2010 1 3 1 SD2010 1 4 Wafer Chip Scale Packaging WCSP 1 44mm 2 SD2010 WCSP http www sourceofic com 4 18 0755 84164552 0755 89745826 SD2010 2 2 1 1 lt 40C 85 C 40C 1257C Tstg 65 C 150 C 260 C 2 2 2 TE 0 05 V MT 1 XGO 2 3 3 TA 25 C TA 70 C J 0 7 8mW C 780mW 429mW 312mW http
8. We 0 1 2 Ril 3MOQ Riz 150KO 20Hz 1 7 gt 9 2xxX1SO0kC x20Hz C gt 53prF 10 4 4 4 7 SD2010 1 Ci1 oo Ci2 2 10 4 3 2x130K 4 0 11 Ril V 7 RN LL Vi2 Ri2 V http www sourceofic com 0755 89745826 15 18 0755 84164552 SD2010 CT 13 2xRilfcl CT712 14 277KI2 fc2 Cp Cil Ci2 15 Ril x Ri2 i F Ril Ri2 Rp Cp 4 5 XTP2010 D 4 5 1 D
9. ee VCC 5V Po 1W RL 80 B Vn VCC 3 6V 20Hz 20KHz Ci 2uf 2 dB A pn VE i eH vee3v Om http www sourceofic com 7 18 0755 89745826 0755 84164552 SD2010 3 SD2010 3 1 CGaln 1SOK RI Gain 2V V Totall gain 2X 150K R1 3 SD2010 3 2 6 a 2 Vor GG 0 GND A2 B3 I VoN A3 0 I 3 3 4 SD2010 http www sourceofic com 8 18 0755 89745826 0755 84164552 3 3 Efficiency Pd Power Dissipation W ldd Supply Current mA EFFICIENCY Vs OUTPUT POWER Vdd 5 0V RL 8 33uH Vdd 2 5V RL 8 33uH Class AB Vdd 5 0V RL 8 0 0 2 0 4 0 6 0 8 1 1 2 Po Output Power W POWER DISSIPATION Vs OUTPUT POWER Class AB 3 6V RL 40 Class AB 3 6V RL 8 Vdd 3
10. Vo 2xISOKCG YW al1 4 Vil Ril V pn 2 _2x150KO Y Vo Ri 7 1V V Ril Ri2 300KQ Gain2 2V V Gain1 0 1V V Ril 3MQ Ri2 150KQ 5 4 4 3 gt 9 http www sourceofic com 0755 89745826 14 18 0755 84164552 SD2010 6 SD2010 Ci2 EE 6 Wa Ry YY eR C7 V RK V 1 2
11. 10 luf GSM 217Hz 7 http www sourceofic com 13 18 0755 89745826 0755 84164552 SD2010 4 4 4 4 1 PDA SD2010 PDA SD2010 8 4 4 2 5
12. 000050500500000000000c0c0 18 http www sourceofic com 2 18 0755 89745826 0755 84164552 SD2010 1 SD2010 2 SW D D SD2010 48 2 SW 88 PSRR 7 SdB SD2010 DD 1 1 8 9 400mW 88 89 100mW 88 2 8mA 0 5uA 217KHz PSRR 75 dB 2 5V 5 5V 250Khz PWM Ee CMRR WCSP
13. Duty Inputs ac grounded 12 Gain 2V V a A ne nH ta een ed Li i Warburg ea er Ait Vout 2 20mV idiv e gt t Time 2ms div SUPPLY RIPPLE REJECTION RATIO VS DC COMMON MODE VOLTAGE 800 1200 f Frequency Hz 1600 2000 COMMON MODE REJECTION RATIO COMMON MODE REJECTION RATIO VS INPUT VOLTAGE Vdd 3 6V Sopply Ripple Rejection Ratio dB CMRR Common Mode Rejection Ratio dB 25 3 33 4 4 5 5 DC Common Mode Voltage V 0755 89745826 http www sourceofic com VS FREQUENCY COMMON MODE 0 Vic 200mVpp 1 10 RL 8Q Gain 2V V 20 2 30 eb 40 EE 50 Vdd 2 5V 60 E 70 80 1 ee 90 Cy 100 be 0 100 1k 10k 20k 0 1 2 f Frequency Hz Vic Common Mo 11 3 de Input Voltage V 4 18 0755 84164552 SD2010 4 SD2010 4 1 SD2010 o 4 2
14. SD2010 100mm PAD LC Ferrite Chip Bead Ferrite Chip Bead nF 13 14 LC 27KHz http www sourceofic com 17 18 0755 89745826 0755 84164552 75 um 100 100 um 375 um 275 um 0 25 um SD2010 0 25 um Circular Solder Mask Opening Paste Mask Stencil Copper Pad Size 15 6 PIN a1 IN E BBEA 0 15 0E25 MAX ES EE SEATING PLANE D 143 mm 0Lm E 143 mm bm 16 http www sourceofic com 18 18 0755 89745826 0755 84164552
15. 20k f Frequency Hz http www sourceofic com f Frequency Hz TOTAL HARMONIC DISTORTION NOISE Vs COMMON MODE INPUT VOLTAGE 1 1 KHz Po 200mW Vdd 2 5V 1 Vdd 5V Vdd 3 6V 0 1 0 0 5 1 13 2 2 5 3 3 5 4 4 5 9 Vic Common Mode Input Voltage V 10 18 0755 84164552 SUPPLY RIPPLE REJECTION RATIO SD2010 SUPPLY RIPPLE REJECTION RATIO SUPPLY RIPPLE REJECTION RATIO Vs Vs Vs FREQUENCY FREQUENCY FREQUENCY 30 Inputs ac grounded Inputs 8 ounded Inputs floating 0 Ci 2uF m Ci 2uF m RL 8 0 RL 8Q RL 4Q 9 Gain 2V V o Gain 2V V Ss S Vdd 2 5V EE 0 9 0 0 0 ry be ae 60 a 9 Vdd 5V B B 70 Vdd 3 6V 8 5 S 80 Vdd 2 5V 90 20 100 1k 10k 20k 20 100 lk 10K 20k 20 100 lk 10K 20k f Frequency Hz f Frequency Hz f Frequency Hz GSM POWER SUPPLY REJECTION GSM POWER SUPPLY REJECTION Vs VS TIME FREQUENCY gt es J Cl High HE val gt 2 200mV div 1 Cl Amp 312mV ea 1 Ss C1
16. 6V RL 8 0 0 2 0 4 0 6 0 8 1 1 2 Po Output Power W SUPPLY CURRENT Vs SUPPLY VOLTAGE resistive 3 5 4 4 5 5 9 9 ULD Vdd Supply Voltage V 0755 89745826 Efficiency Idd Supply Current mA 1 SD Shutdown Current HA SD2010 EFFICIENCY Vs OUTPUT POWER Vdd 2 5V RL 4 0 33uH Vdd 5 0V Vdd 3 6V _ RL 49 RL 4 33uH 33uH 0 0 0 2 0 4 0 6 0 8 1 RL 4 33uH 12 1 4 1 8 2 Po Output Power W SUPPLY CURRENT Vs OUTPUT POWER Vdd 3 6V 0 5 1 1 5 2 2 5 Po Output Power W SUPPLY CURRENT Vs SHUTDOWN VOLTAGE 0 1 0 2 0 3 0 4 0 5 Shutdown Voltage V http www sourceofic com Pd Power Dissipation W Idd Supply Current mA Po Output Power W POWER DISSIPATION Vs OUTPUT POWER Class AB 5V RL 4 2 Class AB 5V RL Po Output Power W SUPPLY CURRENT Vs OUTPUT POWER 0 0 2 0 4 06 0 8 1 1 2 Po Output Power W OUTPUT POWER Vs LOAD RESISTANCE Po at 10 THD Gain 2V V 1KHz 1 4 RL Load Resistance 0 9 18 0755 84164552 OUTPUT POWER Vs LOAD RESISTANCE
17. SD2010 http www sourceofic com 1 18 0755 89745826 0755 84164552 SD2010 1 0 3 1 1 3 12 wu 3 4 1 4 4 2 0 000000000000 5 2 1 5 2 2 cc 5 2 3 5 2 4 6 2 5 3 SD2010 5 5 5 8 3 1 8 3 2 0 Me 8 3 3 8 3 4 9 4 SD2010 e eeeeeeeeeeeeeeeeeeeeeeeee 12 4 1 8 12 4 2 12 4 3 2 4 3 1 4 12 4 3 2 Cs Oo 12 4 3 3 12 4 4 OOO 14 4 4 1 14 4 4 2 OO 14 4 4 3 14 4 4 4 0 15 4 5 TP2010 D 16 4 5 1 DD 16 4 5 2 SD2010 A 16 4 5 3 SD2010 17 5 000 00 18 6
18. www sourceofic com 5 18 0755 89745826 0755 84164552 SD2010 2 4 TA 25 C 4 SD2010 0V AV 2VNV IVosl J vcc 2 5 5 5V i oe vec 2slssy 7 VCC 2 a 5V Vic VCC 2 CMRR 0 5V Vic VCC 2 VCC 49 0 8V VCC 55V Vi 58V ol VCC 55V V03 5 VCcCc 25v 3 0 vcc 36v a 2 mA VCCE5 5V S22 32 V 0 35V VCC 2 5V I VCC 2 5V wh VCC 3 6V sl VCC 5 5V 140 0 a ee WP Gain E VCC 2 5 5 5V J Ri Ri http www sourceofic com 6 18 0755 89745826 0755 84164552 SD2010 2 5 5 Vy THDIN I0 IKHaRI 4Q VEC36V 13 VeC25V 0 VCC 5V 208 THD N 1 E1KHZzRL 40 VCC336V 10 VCC 25V 04 VCC 5VY 145 THD N 10 f 1KHz RL 80 VCC 3 6V 0 73 Vcc25VB 03 VecsSV EN S19 THD N 1 IKHzRL 89 VCC36V 05 VQqEsesvV RE 02 W VCC 5V Po 1W RL 8Q f 1KHz
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SD3010 user manual