STEVAL-ISC002V1 STMicroelectronics

STEVAL-ISC002V1 Resonant LCC 90 W notebook power adapter based on the L6599 and STP12NM50N Data Brief Features Dimensions (L/W/H): 132 mm / 52 mm / 22 mm Universal AC mains range: 90 VAC to 264 VAC High output power: 90 W (4.74 A, 19 VDC) Very low output noise and ripple: less than 300 m V P-P Very low standby power: less than 0.5 W STEVAL-ISC002V1 at 264 V Hiccup mode: Auto recovery with SCP Latch mode: OVP acts while V > 29 VDC OUT Efficiency > 88% at universal AC mains range Description This demonstration board is a 90 W wide-range mains AC-DC adapter which is power factor corrected. Its electrical specifications are suitable for typical high-end portable computer power adapters. The particular benefits of this design are the very low no-load input consumption (<0.5 W) and the very high global efficiency. The architecture is based on a two-stage approach: a front-end PFC pre-regulator based on the L6563 TM PFC controller and a downstream multi-resonant half-bridge converter that makes use of the L6599 resonant controller. June 2008 Rev 1 1/4 For further information contact your local STMicroelectronics sales office. www.st.com 4Schematic diagram STEVAL-ISC002V1 1 Schematic diagram Figure 1. Resonant LLC 90 W notebook power adapter schematic diagram 2/4 F1 1 T4A/250 VAC CN1 1 680 L R50 R51 R52 R53 R1 K 0.47 F FL1 BD1 CX1 /250 V NC NC NC NC 2 D3 NTC1 FG 680 3 QP-25 R2 K 4 L1 0.47 F CX2 2 SCK2R55A R4 R6 CY1 R23 R27 D2SB60A C1 680 STTH2R06 C13 /250 V 1 M 3 M 3300PY1 3 R3 1 M 2 M N K 0.47 F 6 7 68 F / 450 V R7 /450 V R5 R28 R24 264 VAC FOTC1905500800A 1.5 M 2 M 3 M 1 M STD1NK 60-1 Q1 Q2 R29 R26 R8 4401 8.2 K 82 K X D1 R25 1N4 148 R30 C14 100 K R9 C2 15 K 22 K 68 PF 12 K NC ZD1 B ZV55-C15 C4 L6599 R11 C15 C3 R10 39 C5 10 nF 47 F 22 F 62 U1 L6563 10 K R31 0.1 F / 25 V / 6.3 V K C23 0.1 F C16 U2 1N4148 R33 D4 Q5 C6 R12 1 16 14 0.22 F NV V VBOOT 1 CC 2.7 STP9NK50ZFP CSS R32 HVG R43 COMP 2 15 CR201 R202 R203 1 F/ 25 V 22 K 2 13 K R44 LP-2920 1 M L201 GD DELAY CN2 T1 STPS20L60CT NC NC 3 MULT 12 100 K 7 1 C17 47 3 CF OUT 14 6 +19 V PWM-GND C7 4 11 R13 0.022 F/ 8 CS 470 pF NPO 4 NC 13 R201 ZCD RFMIN ZD3 1000 PF 5 STP12N M50 C24 C25 300 VAC 20 K 10 VFF 4 11 C201C202 C203 C204 RUN R35 NC 15 V GND R34 NTC2 6 R16 5 STBY V 12 TBO 0.1 F 47 F 0.1 F 2 CC CR202 470 F 470 F 470 F 9 15 12 C8 0 NC 0 R14 PWM-STOP Q6 /25 V 7 Q3 2 K 6 ISEN LVG 11 R45 / 25 V / 25 V / 25 V / 25 V PFC-OK C26 10 150 K D2 2 8 1 C12 0.47 R36 MKDSN1.5 2P 47 PWM-LATCH 7 LINE GND 10 1 3 9 NC 1 1N4148 NC R46 F C11 R18 3 STPS20L60CT DISABLE R204 8 9 D5 100 K 2.2 nF R17 PFC STOP 1N4148 100 22 K 4.7 2 STP9NM50ZFP D6 C27 R47 C18 C9 C10 R19 R15 R48 470 nF R206 1N4148 100 0.1 F R37 220 P 240 K 33 nF 1 k R205 R20 6.8 C205 R208 D7 39 K X7R 120 / 500 V 0.27 2 1/4 W 3.9 K C22 1 F NC 1N4148 1% ZD2 D8 C206 1000 PF R207 NC C28 R38 BZV55C22 1N4148 0 10 K 220 F C19 / 35 V 0.1 F / 25 V C20 R40 R39 680 220 200 K 4401 PF Q4 R21 R40 R41 100 K 0 2.7 K R22 6.8 k R209 U3 C21 NC NC C207 R210 Q7 KST4401 PC817B D9 2.2 K C208R211 R212 0.22 F R49 IC201 1N4148 NC 120 K 6 K 2F X 4.3 K TL431 ZD4 BZV55C15 AM00204 + 1 + + + + + +