SC120N03MS G 9 7 C32 100nF 50V PGND PGND PGND PGND C20 NP C21 NP VBRIDGE AGND C25 PGND C35 47nF 250V C38 47nF 250V VS2 8 R39 1.0 VCCG V3P3 LO2 AGND ACA COILB 4.7nF 200V NP Antenna R28 200K NP R12 14K NP R15 14K AGND NP C40 NP C29 NP L3 TX Inductor 24uH D4 BAT54SW-7-F NP C26 33pF NP AGND VCC3V3A COILB VBRIDGE 4.7nF 200V PGND SW2 Q4 BSC120N03MS G R40 2.0 AGND L4 2.2uH 4.2A NP C30 NP C28 NP C31 NP D5 BAT54SW-7-F R38 200K R57 14K AGND ACB_VOLTAGE VCC3V3 R56 14K COILB C34 C36 47nF ACA_VOLTAGE VCC3V3 C37 33pF AGND AGND 6 V5INT PAD PGND C39 C33 22uF 25V R37 29 5 R41 0 C42 2.7nF 50V TS61001 PGND NP COILA VBRIDGE STRTUP AGND NP C24 DC_VOLTAGE C19 4.7nF ACB HO2 PGND C23 PGND PGND AMPP AMPN AMPOUT 0 VCCDRV 2.2uH 4.2A NP R27 2.0 COMPP COMPN COMPOUT PGND L2 SW1 R29 0 0 R23 10K VCC3V3A C22 47nF 1.0 VB2 R35 25K PGND Q1 BSC120N03MS G DC_VOLTAGE 75K R24 R25 0 LO1 R33 10K 28 2 AGND R21 C18 22uF 25V PGND R42 PGND AC_MAX 0 VCC3V3A Matching Network D7 PGND PGND COILA 1K NP COILB C46 R43 BAS21LT3G C47 1nF

hay/Dale 1 D1 Blue LED - Blue, High Brightness 0603 LNJ926W8CRA Panasonic 1 D2 Red-green LED - Miniature Bicolor Chip LED, GREEN & RED 0805 APHBM2012SURKCGKC Kingbright 2 D3 D7 B0540W-7-F DIODE - Schottky, 40V 500mA, SOD-123 B0540W-7-F Diodes Inc. 2 D4 D5 BAT54SW-7-F DIODE - Dual Schottky, 30V 200mW, SC-70 BAT54SW-7-F Diodes Inc. 0 D6 Open DIODE SOT323 Open Open 1 L1 10 H Inductor - 20%, 1.4A, 0.60 , LPS5030, SMT 5030 LPS5030-103M Coilcraft 2 Q6-Q7 CSD17308Q3 MOSFET - 30V N-Channel NexFET SON8 CSD17308Q3 Texas Instruments 1 Q4 DMN5L06K-7 MOSFET - N-Ch, 50V, 0.3A, 3 SOT23 DMN5L06K-7 Diodes Inc. 2 R1, R2 1.8k Res - 1.8k 1/16W 5% 0402 CRCW04021K80JNED Vishay/Dale 35 R3-R5 R11 R15 R30 R33-R34 R39-R41 R43 R49 R61-R62 R65 R67 R69-R70 R72-R73 R77 R79 R85-R86 R88-R90 R92-R94 R96-R99 10.0k Res - 1/16W 1% 0402 CRCW040210K0FKED Vishay/Dale 4 R6 R17 R42 R59 22 Res - 1/16W 5% 0402 CRCW040222R0JNED Vishay/Dale 2 R7 R24 0 Res - 1/10W 5% 0402 CRCW04020000Z0ED Vishay/Dale 3 R8 R13 R23 5.1k Res - 1/16

1 +15V_ALWP PAD-OPEN1x1m (100mA,20mils ,Via NO.=1) PJP36 1 2 +5V_ALW PC296 0.1U_0603_25V7K~D 2 1 2 ALW_PWRGD_3V_5V 39 PR397 200K_0402_1%~D 2 1 PJP35 +15V_ALW +5V_ALWP 2 PR393 0_0402_5%~D 2 1 PR395 0_0402_5%~D 2 1 @ PR398 39.2K_0402_1%~D 1 2 18 THERM_STP# BAT54SW-7-F_SOT323-3~D 3 ALWON B POK2 PD56 PR394 200K_0402_5% 1 2 39 PR392 2K_0402_5%~D 2 1 +3.3V_ALWP PR390 100K_0402_1%~D 1 2 PD55 BAT54SW-7-F_SOT323-3~D PJP34 1 PR391 100K_0402_1%~D 1 2 3 GNDA_3V5V PC403 1U_0603_10V6K~D 2 1 B PC293 0.1U_0603_25V7K~D 1 1 2 2 1 PC294 0.1U_0603_25V7K~D 2 1 +5V_ALWP +5V_ALW2 GNDA_3V5V PAD-OPEN 4x4m A A GNDA_3V5V PJP37 +3.3V_ALWP 1 2 +3.3V_ALW PAD-OPEN 4x4m DELL CONFIDENTIAL/PROPRIETARY Compal Electronics, Inc. Title THIS SHEET OF ENGINEERING DRAWING IS THE PROPRIETARY PROPERTY OF COMPAL ELECTRONICS, INC. AND CONTAINS CONFIDENTIAL AND TRADE SECRET INFORMATION. THIS SHEET MAY NOT BE TRANSFERED FROM THE CUSTODY OF THE COMPETENT DIVISION OF R&D DEPARTMENT EXCEPT AS AUTHORIZED BY COMPAL ELECTRONICS, INC.

nF C51 10nF 10V DC_CURRENT AGND AC_PEAK VDIODES VSENSE DC_CURRENT Place close to the TS80003. DC_VOLTAGE Place close to the TS80003. C48 100nF AC_PEAK VDIODES VSENSE Place close to the TS80003. AGND C50 4.7nF 100K C49 1nF 150V R29 D4 7.5K AGND C47 33pF D3 BAT54SW-7-F R28 Place close to the TS61002. 4.7nF 150V R26 Maintain clearances to other circuits. High Voltage. COIL C46 AVCC PGND C12 10uF 25V VCCIN J2 9 8 2 3 11 GND TIE1 PGND GND PGND VCC5V VCCIN FB VSW VSW VSW VSW BST GND 47nF C11 PGND R10 10K C10 100nF 50V AGND TP10 TP9 TP8 TP7 PGND PGND 4 14 15 17 5 1 12 13 16 10 TIE2 GND PGND PGND PAD TS30011-M000QFNR EN PG VCC VCC VCC U2 C9 22uF 25V VCCIN 47K R9 PGND C13 22uF 6.3V C14 22uF 6.3V FET Driver supply 4.7uH L2 VCC5V User Guide Rev 2.0 TSDMTX-19V3-EVM May-18 www.semtech.com High Voltage. PGND AGND 1nF 150V C43 CB 13 4 17 23 22 27 100K R24 AGND C42 4.7uF 6.3V VCC3V R20 100K C41 100nF 10V PGND C36 47pF NP RB 14 C45 220pF 10nF C44 TS61002 AGND VCCG VLDO VOUTB CB RB VOUTA CA PGND 29 5 6 8 7 9 AC_AM

V3P3 Q3 BSC120N03MS G AC_VOLTAGE 250V VCC3V3A STRTUP AGND DC_VOLTAGE 75K Use 100V capacitors for 5W. Use 250V capacitors for 10W. HO2 25 2 AMPP AMPN AMPOUT PGND C18 22uF 25V 28 COMPP COMPN COMPOUT VB2 C35 10uF 16V C17 100nF 50V U4 PGND DRV_EN AGND R12 D2 BAT54SW-7-F C29 33pF AGND AGND C AC_MAX VCC3V3A AC_MAX VCC3V3 TS61001 PGND PGND PGND PGND PGND PGND PGND PGND PGND COIL D4 R29 1K C36 BAS21LT3G C37 1nF 400V AGND R59 4.7nF 100K 400V AGND R30 1K R58 7.5K R60 7.5K AGND D3 BAT54SW-7-F C38 4.7nF AGND AGND PMA support D PGND TP1 VCC3V3 TP2 AC TP3 SW1 TP4 VCCDRV TP5 DC_VOLTAGE TP6 AC_MAX TP7 SW2 TP8 AGND TP9 DC_CURRENT TP10 COIL TP11 D Title Size: Letter Date: 8/18/2014 1 Specifications subject to change 2 Number: WWW.TRIUNESYSTEMS.COM -5- Revision:0.6 Time: 5:34:06 PM Sheet 3 of 3 3 Triune Systems Proprietary and Confidential Information 681 N. Plano Road Suite 121 Richardson, Texas 75081 19V 5W Dual-mode Wireless Power Tx TSDMTX-19V EVM Triune Systems Proprietary and Confidential Inform

4.7nF 200V PGND C28 47nF C30 NP SW2 Q4 BSC120N03MS G R26 2.0 R28 0 PGND PGND PGND VCC3V3 R56 14K R24 200K R27 NP R57 14K AGND Populate R27 with 0 ohms for 5W. Q3, Q4 and the supporting components are not needed for 5W. C32 2.7nF 50V AC_VOLTAGE VCC3V3A D2 BAT54SW-7-F C29 33pF AGND AGND AC_MAX VCC3V3A PGND D4 R29 1K COIL C36 C37 1nF 400V BAS21LT3G AGND R59 4.7nF 100K 400V AGND R30 1K R58 7.5K R60 7.5K AGND C AC_MAX VCC3V3 D3 BAT54SW-7-F C38 4.7nF AGND AGND PMA support PGND TP1 VCC3V3 TP2 AC TP3 SW1 TP4 VCCDRV TP5 DC_VOLTAGE TP6 AC_MAX TP7 SW2 TP8 AGND TP9 DC_CURRENT TP10 COIL TP11 D D Title Wireless Power Transmitter 19V/5W/10W Size: Letter Number: Date: 5/18/2014 Time: 3:34:22 PM 1 TS80000 Final Datasheet April 23, 2018 2 Rev 1.5 681 N. Plano Road Suite 121 Richardson, Texas 75081 3 www.semtech.com Revision:0.6 Sheet 3 of 3 Triune Systems Proprietary and Confidential Information Do not distribute or copy. 4 34 of 37 Package Dimensions TS80000 Final Datasheet April 23, 2018 Rev 1.5 ww

Component select Input CAP 10uF_1206_25V *2 Output Cap 330uF_D3L_6.3VM_R25(Sanyo_6TPE330ML) H_MOSFET FDS8880 L_MOSFET FDS6676AS(5.9/7.25mOhm@4.5V, 14.5A) Inductor 3.0U_HMP1362-3R0-R_17A(DELTA) PR43 0_0402_5%~D 2 1 PR45 0_0402_5%~D 2 1 +15V_ALW +5V_ALWP 3 BAT54SW-7-F_SOT323-3~D B PR47 39.2K_0402_1%~D 1 2 <18> THERM_STP# @ POK2 PD15 PR44 200K_0402_5% 1 2 <38> ALWON PR42 2K_0402_5%~D 2 1 VOUT2=3.3V L=3.0uF Fsw=500KHz D=0.176 Output Ripple Current=1.84A Output Ripple Voltage=1.84A*25mOhm=46.05mV Input Ripple Current=TDC*(D*(1-D))^0.5=3.28A +3.3V_ALW PR41 100K_0402_1%~D 1 2 PD14 BAT54SW-7-F_SOT323-3~D PJP16 1 PR40 100K_0402_1%~D 1 2 3 GNDA_3V5V PC34 1U_0603_10V6K~D 2 1 B PC33 0.1U_0603_25V7K~D 1 1 2 2 1 PC35 0.1U_0603_25V7K~D 2 1 +5V_ALWP +5V_ALW2 GNDA_3V5V PAD-OPEN 4x4m A A GNDA_3V5V PJP19 +3.3V_ALWP 1 2 +3.3V_ALW PAD-OPEN 4x4m DELL CONFIDENTIAL/PROPRIETARY Compal Electronics, Inc. Title THIS SHEET OF ENGINEERING DRAWING IS THE PROPRIETARY PROPERTY OF COMPAL ELECTRONICS, INC. AND CONTAI

t CAP 10uF_1206_25V *2 Output Cap 220U_V_6.3VM_R25M(KEMET) H_MOSFET FDS8880 L_MOSFET FDS6676AS(5.9/7.25mOhm@4.5V, 14.5A) Inductor 3.0U_HMP1362-3R0-R_17A(DELTA) ALW_PWRGD_3V_5V PJP5 +15V_ALW B PR43 39.2K_0402_1%~D 1 2 PR39 0_0402_5%~D 2 1 3 BAT54SW-7-F_SOT323-3~D PC40 0.1U_0603_25V7K~D 2 1 <18> THERM_STP# @ POK2 PD11 PR40 200K_0402_5% 1 2 <38> ALWON PR38 2K_0402_5%~D 2 1 VOUT2=3.3V L=3.0uH Fsw=300KHz D=? Output Ripple Current=?A Output Ripple Voltage=?A*25mOhm=?mV Input Ripple Current=TDC*(D*(1-D))^0.5=3.28A +3.3V_ALW PR37 200K_0402_1%~D 1 2 PD10 BAT54SW-7-F_SOT323-3~D 1 PR36 200K_0402_1%~D 1 2 3 PJP4 PC37 4.7U_0603_6.3V6K~D 2 1 B PC36 0.1U_0603_25V7K~D 1 1 2 2 1 PC38 0.1U_0603_25V7K~D 2 1 +5V_ALWP +5V_ALW2 GNDA_3V5V PAD-OPEN 4x4m A A GNDA_3V5V PJP7 +3.3V_ALWP 1 2 +3.3V_ALW PAD-OPEN 4x4m DELL CONFIDENTIAL/PROPRIETARY PJP35 1 Compal Electronics, Inc. 2 Title PAD-OPEN 4x4m DC/DC +3V/ +5V THIS SHEET OF ENGINEERING DRAWING IS THE PROPRIETARY PROPERTY OF COMPAL ELECTRONICS,

16 BAT54CW_SOT323~D 3 Component select Input CAP 10uF_1206_25V *2 Output Cap 330uF_D3L_6.3VM_R18 Sanyo_6TPE330ML)*1 H_MOSFET FDMC8878 L_MOSFET FDS6676AS(5.9/7.25mOhm@4.5V, 14.5A) Inductor 2.8U_SSC-1350F3-2R8-R_16A(TNP) PR43 0_0402_5%~D 2 1 <18> THERM_STP# BAT54SW-7-F_SOT323-3~D PR45 0_0402_5%~D 2 1 B @ POK2 PD15 2 PR42 2K_0402_5%~D 2 1 3 Component select Input CAP 10uF_1206_25V *2 <34> ALWON Output Cap 330uF_D3L_6.3VM_R18(Sanyo_6TPE330ML)*1 H_MOSFET FDMC8878 L_MOSFET FDS6676AS(5.9/7.25mOhm@4.5V, 14.5A) Inductor 2.8U_SSC-1350F3-2R8-R_16A(TNP) POK1 ALW_PWRGD_3V_5V <34> PJP26 PJP17 +15V_ALW +5V_ALW 2 1 +15V_ALWP PAD-OPEN 4x4m PAD-OPEN1x1m (100mA,20mils ,Via NO.=1) PJP19 +3.3V_ALWP 1 2 PR46 200K_0402_1%~D 2 1 +3.3V_ALW PAD-OPEN 4x4m PJP29 1 2 2 PAD-OPEN 4x4m PJP18 1 2 PR49 39K_0402_1%~D 1 +5V_ALWP 2 PC37 0.1U_0603_25V7K~D 2 1 1 VOUT2=3.3V L=3.3uF Fsw=300KHz D=0.173 Input Ripple Current=TDC*(D*(1-D))^0.5=2.98A Output ripple current=(19-3.3)*0.173/2.8u/300K=3.23A Output ripple Voltage=3.23*25=58.14mV +

OPEN1x1m PC285 0.1U_0603_25V7K~D 2 1 2 1 PJP63 1 +5V_ALW2 PC284 0.1U_0603_25V7K~D 2 1 1 PR374 0_0805_5% 1 2 PC281 10U_1206_25V6M~D PC280 10U_1206_25V6M~D PC279 0.1U_0805_50V7K 2 1 PC278 2200P_0402_50V7K~D 2 1 PAD-OPEN 4x4m 1 + 2 @ GNDA_3V5V PD55 S SCH DIO BAT54SW-7-F SOT323-3 2 PC295 0.1U_0603_25V7K~D 1 1 2 2 +3.3V_ALWP PAD-OPEN1x1m GNDA_3V5V PD57 BAT54CW_SOT323~D 3 POK1 1 PAD-OPEN1x1m PJP36 2 +5V_ALW +15V_ALWP PC296 0.1U_0603_25V7K~D 2 1 2 ALW_PWRGD_3V_5V 39,46 PR397 200K_0402_1%~D 2 1 PJP35 1 2 PR393 0_0402_5%~D 2 1 PR395 0_0402_5%~D 2 1 +15V_ALW +5V_ALWP @ PR398 39.2K_0402_1%~D 1 2 18 THERM_STP# PD56 S SCH DIO BAT54SW-7-F SOT323-3 3 ALWON B POK2 PR392 2K_0402_5%~D 2 1 PR394 200K_0402_5% 1 2 39 +3.3V_ALWP PR390 100K_0402_1%~D 1 2 3 GNDA_3V5V PJP34 1 PR391 100K_0402_1%~D 1 2 PC293 0.1U_0603_25V7K~D 1 1 2 +5V_ALW2 B 2 1 PC294 0.1U_0603_25V7K~D 2 1 +5V_ALWP PC403 1U_0603_10V6K~D 2 1 GNDA_3V5V PAD-OPEN 4x4m A A GNDA_3V5V PJP37 +3.3V_ALWP 1 2 +3.3V_ALW PAD-OPEN 4x4m DELL CONFIDENTIAL/PR

C24 22uF 25V PGND C28 47nF AGND C22 47nF 250V C25 47nF 250V B AC COIL R26 2.0 R28 0 R27 NP C32 2.7nF 50V PGND PGND C26 4.7nF 200V R56 14K R24 200K R57 14K AGND Populate R27 with 0 ohms for 5W. Q3, Q4 and the supporting components are not needed for 5W. D2 BAT54SW-7-F C29 33pF AGND D4 R29 COIL 1K AGND AC_MAX C36 BAS21LT3G C37 1nF 400V AGND R59 4.7nF 100K 400V AGND R30 1K R58 7.5K R60 7.5K AGND C AC_MAX VCC3V3 VCC3V3A PGND AC_VOLTAGE VCC3V3 VCC3V3A C30 NP SW2 Q4 BSC120N03MS G PGND DC_VOLTAGE C19 4.7nF COIL C27 NP 0 1.0 DC_VOLTAGE R14 10K Place the analog filters close to the Wireless Controller L2 TX Inductor 24uH C21 2.7nF 50V Q3 BSC120N03MS G HO2 A AGND 75K VBRIDGE R23 DC_CURRENT C16 100nF AGND PGND PGND 7 C15 10nF R12 R17 2.0 R18 9 REF GND 1 2 DC_CURRENT 1K SW1 1.0 VB2 R9 Q1 PGND BSC120N03MS G 0 0 6 3 C18 22uF 25V C17 100nF 50V PGND IN- OUT V+ INA199A2 VBRIDGE R13 IN+ C13 100nF 5 1.0 VCC3V3A U3 D3 BAT54SW-7-F C38 4.7nF AGND AGND PMA support D PGND TP1 VCC3V3 TP2 AC TP3 SW1 TP4 VCCDR

EN 4x4m Component select Input CAP 10uF_1206_25V *2 Output Cap 330uF_D3L_6.3VM_R25(Sanyo_6TPE330ML) H_MOSFET FDS8880 L_MOSFET FDS6676AS(5.9/7.25mOhm@4.5V, 14.5A) Inductor 3.0U_HMP1362-3R0-R_17A(DELTA) PR41 0_0402_5%~D 2 1 PR39 0_0402_5%~D 2 1 +15V_ALW 1 3 BAT54SW-7-F_SOT323-3~D B PR43 39.2K_0402_1%~D 1 2 <18> THERM_STP# @ POK2 PD11 PR40 200K_0402_5% 1 2 <38> ALWON PR38 2K_0402_5%~D 2 1 VOUT2=3.3V L=3.0uF Fsw=500KHz D=0.176 Output Ripple Current=1.84A Output Ripple Voltage=1.84A*25mOhm=46.05mV Input Ripple Current=TDC*(D*(1-D))^0.5=3.28A +3.3V_ALW PR37 200K_0402_1%~D 1 2 PD10 BAT54SW-7-F_SOT323-3~D PJP4 1 PR36 200K_0402_1%~D 1 2 3 GNDA_3V5V PC37 4.7U_0603_6.3V6K~D 2 1 B PC36 0.1U_0603_25V7K~D 1 1 2 2 1 PC38 0.1U_0603_25V7K~D 2 1 +5V_ALWP +5V_ALW2 GNDA_3V5V PAD-OPEN 4x4m A A GNDA_3V5V PJP7 +3.3V_ALWP 1 2 +3.3V_ALW PAD-OPEN 4x4m DELL CONFIDENTIAL/PROPRIETARY PJP35 1 Compal Electronics, Inc. 2 Title PAD-OPEN 4x4m DC/DC +3V/ +5V THIS SHEET OF ENGINEERING DRAWING IS THE PROPRIETARY PROPERT

t CAP 10uF_1206_25V *2 Output Cap 220U_V_6.3VM_R25M(KEMET) H_MOSFET FDS8880 L_MOSFET FDS6676AS(5.9/7.25mOhm@4.5V, 14.5A) Inductor 3.0U_HMP1362-3R0-R_17A(DELTA) ALW_PWRGD_3V_5V PJP5 +15V_ALW B PR43 39.2K_0402_1%~D 1 2 PR39 0_0402_5%~D 2 1 3 BAT54SW-7-F_SOT323-3~D PC40 0.1U_0603_25V7K~D 2 1 <18> THERM_STP# @ POK2 PD11 PR40 200K_0402_5% 1 2 <38> ALWON PR38 2K_0402_5%~D 2 1 VOUT2=3.3V L=3.0uH Fsw=300KHz D=? Output Ripple Current=?A Output Ripple Voltage=?A*25mOhm=?mV Input Ripple Current=TDC*(D*(1-D))^0.5=3.28A +3.3V_ALW PR37 200K_0402_1%~D 1 2 PD10 BAT54SW-7-F_SOT323-3~D 1 PR36 200K_0402_1%~D 1 2 3 PJP4 PC37 4.7U_0603_6.3V6K~D 2 1 B PC36 0.1U_0603_25V7K~D 1 1 2 2 1 PC38 0.1U_0603_25V7K~D 2 1 +5V_ALWP +5V_ALW2 GNDA_3V5V PAD-OPEN 4x4m A A GNDA_3V5V PJP7 +3.3V_ALWP 1 2 +3.3V_ALW PAD-OPEN 4x4m DELL CONFIDENTIAL/PROPRIETARY PJP35 1 Compal Electronics, Inc. 2 Title PAD-OPEN 4x4m DC/DC +3V/ +5V THIS SHEET OF ENGINEERING DRAWING IS THE PROPRIETARY PROPERTY OF COMPAL ELECTRONICS,

EN 4x4m Component select Input CAP 10uF_1206_25V *2 Output Cap 330uF_D3L_6.3VM_R25(Sanyo_6TPE330ML) H_MOSFET FDS8880 L_MOSFET FDS6676AS(5.9/7.25mOhm@4.5V, 14.5A) Inductor 3.0U_HMP1362-3R0-R_17A(DELTA) PR41 0_0402_5%~D 2 1 PR39 0_0402_5%~D 2 1 +15V_ALW 1 3 BAT54SW-7-F_SOT323-3~D B PR43 39.2K_0402_1%~D 1 2 <18> THERM_STP# @ POK2 PD11 PR40 200K_0402_5% 1 2 <38> ALWON PR38 2K_0402_5%~D 2 1 VOUT2=3.3V L=3.0uF Fsw=500KHz D=0.176 Output Ripple Current=1.84A Output Ripple Voltage=1.84A*25mOhm=46.05mV Input Ripple Current=TDC*(D*(1-D))^0.5=3.28A +3.3V_ALW PR37 200K_0402_1%~D 1 2 PD10 BAT54SW-7-F_SOT323-3~D 1 PR36 200K_0402_1%~D 1 2 3 PJP4 PC37 4.7U_0603_6.3V6K~D 2 1 B PC36 0.1U_0603_25V7K~D 1 1 2 2 1 PC38 0.1U_0603_25V7K~D 2 1 +5V_ALWP +5V_ALW2 GNDA_3V5V PAD-OPEN 4x4m A A GNDA_3V5V PJP7 +3.3V_ALWP 1 2 +3.3V_ALW PAD-OPEN 4x4m DELL CONFIDENTIAL/PROPRIETARY PJP35 1 Compal Electronics, Inc. 2 Title PAD-OPEN 4x4m DC/DC +3V/ +5V THIS SHEET OF ENGINEERING DRAWING IS THE PROPRIETARY PROPERTY OF COMPA

le per MIL-STD-202, Method 208 Polarity: See Diagrams Below Weight: 0.006 grams (Approximate) SOT323 Top View BAT54W BAT54AW BAT54CW BAT54SW Ordering Information (Note 4) Part Number BAT54W-7-F BAT54W-13-F BAT54AW-7-F BAT54AW-13-F BAT54CW-7-F BAT54CW-13-F BAT54SW-7-F BAT54SW-13-F Notes: Compliance Standard Standard Standard Standard Standard Standard Standard Standard Case SOT323 SOT323 SOT323 SOT323 SOT323 SOT323 SOT323 SOT323 Packaging 3000/Tape & Reel 10000/Tape & Reel 3000/Tape & Reel 10000/Tape & Reel 3000/Tape & Reel 10000/Tape & Reel 3000/Tape & Reel 10000/Tape & Reel 1. No purposely added lead. Fully EU Directive 2002/95/EC (RoHS) & 2011/65/EU (RoHS 2) compliant. 2. See http://www.diodes.com/quality/lead_free.html for more information about Diodes Incorporated's definitions of Halogen- and Antimony-free, "Green" and Lead-free. 3. Halogen- and Antimony-free "Green" products are defined as those which contain <900ppm bromine, <900ppm chlorine (<1500ppm total Br + Cl) and <1000ppm antimony c