ຶৰۇǖNBY49560NBY5925F NBY49560NBY5925Fຶৰۇ ``````````````````````````````````` গၤ ``````````````````````````````````` ᄂቶ
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ຶৰۇǖNBY49560NBY5925F NBY49560NBY5925Fຶৰۇ ``````````````````````````````````` গၤ ``````````````````````````````````` ᄂቶ
19-4048; Rev 0; 2/08 NBY49560NBY5925Fຶৰۇ ``````````````````````````````````` ᄂቶ NBY49560NBY5925Fຶৰ)ۇFW lju*ဵጙ్ڔᓤੑࡼዝာ ۇLjభ࣪NBY4956 EWJ UN0IENJ UN 3;5 UNET ® ࿘߲0દߡ ਜ਼NBY5925F 3;5ࢅຫఎਈቲຶৰăၒྜྷਜ਼ၒ߲ᄰਭ Npmfy! EWJਜ਼IENJೌᒇೌࡵEWJਜ਼IENJ࢟಄ă ♦ 5വၒ߲࿘߲ BD.ED༑࢟Ꮞးᆐຶৰۇ࢟ă࢟വۇᄋED.ED ᓞધ࢟വLjဧ,4/4W࢟ࡼNBY4956భጲᔫᏴ,6W༑ ᒇഗ࢟Ꮞးă ♦ ࣖೂࡼEEDభᆐඛവၒྜྷኡᐋྀጙവၒ߲Ljၒྜྷ2ᎁሌ ♦ EWJ.Jਜ਼IENJೌ ♦ ᑽߒཝ༹2191qਜ਼2:31! y! 2311ॊܦൈ ♦ ၒྜྷ3۞NBY4926Ljభ࢟಄ዓޠᒗ71ඳ ♦ ඛവၒ߲భࣖೂኡᐋᎾଝᒮ࢟ຳ ♦ ჅᎌUNET! J0P࣒ᎌ26lW! ICN! FTEۣઐ ``````````````````````````````` ࢾ৪ቧᇦ PART TYPE MAX3845/4814EEVKIT EV Kit ♦ ༑࢟Ꮞး࢟ ♦ ᅲཝڔᓤ݀ளਭހ၂ `````````````````````````````````````````````````````````````````````````````` ऱౖᅄ HDMI TMDS DIFFERENTIAL SIGNALS: D0, D1, D2, CLK HDMI HIGH-SPEED TMDS SWITCH 8 OUTPUT 1 5 8 DVI MAX3845 2:4 SWITCH INPUT 1 8 MAX3815 EQUALIZER 8 OUTPUT 2 5 LOW-SPEED DDC/HPD SWITCH DVI DVI 8 5 INPUT 2 OUTPUT 3 MAX4814E 2:4 SWITCH 5 5 DDC SIGNALS: DATA, CLK, +5V, GND, HPD DVI 8 OUTPUT 4 5 EWJဵEjhjubm! Ejtqmbz! Xpsljoh! Hspvqࡼܪă IENJဵIENJ! Mjdfotjoh-! MMDࡼܪă UNETဵTjmjdpo! Jnbhf-! Jod/ࡼᓖݿܪă ________________________________________________________________ Maxim Integrated Products www.BDTIC.com/maxim 1 ۾ᆪဵNbyjnᑵါ፞ᆪᓾ೯ࡼፉᆪLjNbyjn࣪ݙडፉᒦࡀᏴࡼތፊᎅࠥޘညࡼࡇᇙঌᐊă༿ᓖፀፉᆪᒦభถࡀᏴᆪᔊᔝᒅ डፉࡇᇙLjྙኊཀྵཱྀྀੜࠤᎫࡼᓰཀྵቶLj༿ݬఠ Nbyjnᄋࡼ፞ᆪۈᓾ೯ă Ⴣནॅዹອਜ਼ᔢቤࡼۈၫᓾ೯Lj༿षᆰNbyjnࡼᓍǖxxx/nbyjn.jd/dpn/doă ຶৰۇǖNBY49560NBY5925F ``````````````````````````````````` গၤ ຶৰۇǖNBY49560NBY5925F NBY49560NBY5925Fຶৰۇ ``````````````````````````````````````````````````````````````````````````` Ꮔୈܭ DESIGNATION DESCRIPTION C1–C8, C13 9 0.01μF ±10% ceramic capacitors (0402) C9 1 0.47μF ±10% ceramic capacitor (0402) 1 1000pF ±10% ceramic capacitor (0402) C11, C24 2 22μF ±10% ceramic capacitors (1206) C12 1 10μF ±10% ceramic capacitor (1206) C10 DESIGNATION QTY DESCRIPTION R31, R37, R38, R46, R51, R54–R59, R62 12 4.7k ±5% resistors (0402) R39, R40, R43, R48, R63, R64 6 10k ±5% resistors (0402) R49 1 2.21k ±1% resistor (0402) R50 1 1k potentiometer R60 1 0 resistor (0402) R61 1 OPEN S1–S8 8 SP3T switches S9, S10 2 BCD dial switches SW1–SW4, SW13, SW14, SW19, SW20 8 SPDT switches TP1–TP10 10 Test points U1 1 MAX3845UCQ+ U2, U3, U5–U9, U11, U19, U22, U28, U29 12 MAX3208EAUB+ C14–C23, C25–C35 21 0.1μF ±10% ceramic capacitors (0402) D3–D6 4 LEDs, dual color D7–D10 4 Switching diodes D11 1 LED red J1, J3 2 HDMI connectors J2, J4, J5, J6 4 DVI connectors J9 1 Power jack, 2.1mm JU1, JU2 2 1 x 2 pin headers (0.1in centers) JU3 1 1 x 3 pin header (0.1in center) U4 1 74ACT32P 1 3.3μH inductor Coilcraft MSS5131-332MX U10 1 MAX1556ETB+ U12 1 MAX3815CCM+ L2 1 Ferrite bead Murata BLM18EG601 U15–U18 4 Dual BJT transistors Zetex ZXTD6717E6 Q1 1 PNP transistor Zetex FMMT591A U20 1 MAX4814EECB+ U24 1 MAX6346XR46+T R1–R16, R34 17 200 ±5% resistors (0402) None 4 Bumpers None 3 Shunts None 1 Wall-plug transformer, 120V AC to 5V DC None 1 PCB: MAX3845 Board, Rev D L1 2 QTY R17–R20 4 47.5k ±1% resistors (0402) R21–R24, R47 5 100 ±5% resistors (0402) R29, R30, R32, R33, R35, R36, R44, R45 8 121 ±1% resistors (0402) _______________________________________________________________________________________ www.BDTIC.com/maxim NBY49560NBY5925Fຶৰۇ ᏴຶৰNBY4956ਜ਼NBY5925FဟLj༿ږᑍጲሆႁීᒙຶ ৰۇǖ 2* ཀྵཱྀᄢሣKV2ਜ਼KV3ᒙᆐဧ༑ါ࢟ᏎăᄢሣKV4 ࡼݝೝৈ୭വLj࠭ऎಽCDEఎਈT:ਜ਼T21ᒇ ఼ᒜNBY5925Fă 3* ࢟Ꮞྜྷރ231WୣഗރLj݀ጙ࣡ྜྷރK:Ljၒ߲ MFEᒎာࡾ።ক࢛ೡăྙਫNBY4926ጯ࢟)ఎਈTX31 ᒙ᎖POᆡᒙ*LjဟᒩࣀပMFEᒎာࡾ)E22*࢛ۻೡLj༦ ᆐྻă 4* ᎅ᎖࢟വۇᏴ෦ཱྀᒙሆڔᓤ೫۳ሶ࣡࢟ᔜLj৺ PVUQVU! MFWFMఎਈ)TX24*ᒙᆐIJHILj૾ဧᏴڔᓤ۳ ሶ࣡࢟ᔜࡼ༽ౚሆጐถၒ߲ڼ७ೂᏴ߂ܪIENJ0 EWJࡼቧपᆍă 5* EWJ0IENJᏎ߲ਜ਼ᇢ၃࣡ೌࡵຶৰࡼۇၒྜྷਜ਼ၒ ߲ăࡩࡒ࢟۸ೌࡵၒ߲ဟLjMFEᒎာࡾ࢛ೡLj༦ ᆐൊྻLjᑚဵᎅ᎖ᏴIPUQMVHࠀଶࡵހ,6Wቧă ᓖǖຶৰࡼۇEWJೌᏤᄰਭവၷവEWJ࢟಄ ೌEWJ.E )ၫᔊ*ਜ਼EWJ.J )ၫᔊᎧෝผ*ೌLjࡣᒑ ᎌၫᔊവ၁ຫถ৫ᄰਭຶৰۇă 6* ྙਫݧ୷ࡼޠEWJ࢟಄ೌቧᏎLj༿ೌࡵ JOQVU! 3ăকၒྜྷᎌጙຢNBY4926၁ຫੰLjถ৫ݗ ࢟ޠޡ಄ࡼຫႼă 8* ಽT:ਜ਼T21ኟᓞఎਈኡᐋEEDቧവᎅăఎਈT:ኡᐋ ၒྜྷ2ࡼEEDቧLjఎਈT21ኡᐋၒྜྷ3ࡼEEDቧă ᓖǖJOQVU 2ࡼEEDቧᎁሌLjྙਫJOQVU 2ਜ਼JOQVU 3 ࡵೌۻᄴጙၒ߲LjࣥఎJOQVU 3ࡼEEDೌă 9* ಽၒྜྷኡᐋఎਈ)T3ĂT5ĂT6ਜ਼T8*ኡᐋገཇ߲ሚᏴ 2വᒗ5വၒ߲ࡼၒྜྷቧă :* ಽᎾଝᒮఎਈ)T2ĂT4ĂT7ਜ਼T9*ኡᐋඛጙവၒ߲ࡼᎾ ଝᒮᒋ)1eCĂ4eCਜ਼7eC*ă ྙਫᇧᆃ၄ࣅ఼ᒜNBY4926၁ຫੰLj༿ఎਈTX2: ᒙ᎖NBOVBMᆡᒙăྙਫኊገᐐࡍੰ)࢟ޠ಄*Lj༿ዘ ၿဟᑣऱሶኟᓞS61Ǘྙኊିቃੰ)࢟಄*Lj༿ږภ ဟᑣऱሶኟᓞS61ăᓖፀLjᏴ၄ࣅࢯஂੰဟLjჅᎌྯവ UNETၫᄰࡸ࣒ۻᒙᆐሤᄴࡼੰă ````````````````````````````````` FTEۣઐ NBY4956ࡼჅᎌ୭ᎌ3lWࡼFTEۣઐăྙਫኊገৎ ࡼFTEۣઐLjభጲኡᐋNBY4319FᆐEWJਜ਼IENJా ᄋ26lWࡼFTEۣઐăকୈࡼଐถ৫ᆐތॊሣവᄋ ۣઐLjᄴဟથถ৫ۣߒࢅ࢟ྏLjဧ࣪ቧࠅၒࡼ፬ ሰᔢቃă ຶৰ۞ۇ౪23ຢNBY4319FLjభۣઐჅᎌUNET! J0Pೌă ྙኊዹອLj༿ᄰਭᆀᐶxxx/nbyjn.jd/dpn/do0tbnqmftLj ݄ࡌ࢟જ)21* 7322.62::ೊᇹNbyjnዹອᒦቦă 7* ྙਫቧᏎೌࡵJOQVU 3Lj༿ཀྵۣTX31ᒙ᎖POᆡ ᒙLjTX2:ᒙ᎖BVUPᆡᒙLjᆐNBY4926࢟ă _______________________________________________________________________________________ www.BDTIC.com/maxim 3 ຶৰۇǖNBY49560NBY5925F ``````````````````````````````` Ⴅྜྷඡ ຶৰۇǖNBY49560NBY5925F NBY49560NBY5925Fຶৰۇ ܭ2/! ࢯᑳਜ਼఼ᒜႁී)༿၅ሌݬఠႥྜྷඡݝॊ* 4 COMPONENT NAME FUNCTION JU3 MODE Short the bottom two pins of JU3 to control the MAX4814E using the rotary switches S9 and S10. Short the top two pins to control the MAX4814E through I2C using TP8 (SDA) and TP9 (SCL). R50 EQ ADJ S1, S3, S6, S8 PREEMPHASIS These switches are used to set the level of preemphasis on the MAX3845’s output drivers (0dB, 3dB, or 6dB). S2, S4, S5, S7 INPUT SELECT These switches are used to select which input signal appears for each output. The middle position powers down the output. S9, S10 DDC SWITCHING These rotary switches are used to connect the DDC signals (SDA, SCL, HOTPLUG, and +5V) from one input to one output. SW1–SW4 HOTPLUG DETECTION These switches allow the HOTPLUG signals from the DVI sinks to power up and power down the MAX3845 outputs. To force operation of an output regardless of the HOTPLUG signal, slide the switch down. SW13 OUTPUT LEVEL This switch sets all the MAX3845’s outputs to increased current drive (HIGH) or normal current drive (LOW). The increased current drive setting allows for 200 back termination resistors to be used (installed as default on the board). SW14 POWER DOWN This switch powers down input 1 when slid down. Note that any output selected to that input would be powered down as well. The PWRDWN_2 pin is controlled by the loss-ofclock circuit on the MAX3815. If the MAX3815 detects a signal at its RXC_IN input, it powers up input 2 of the MAX3845. If no clock signal is detected, it powers down input 2. SW19 EQ MODE Slide the switch up to manually control the level of equalization of the MAX3815. Slide it down to have the MAX3815 automatically control the level of equalization. SW20 MAX3815 POWER DOWN TP2 TEMP SENSE TP8 SDA TP9 SCL When manual control of the equalizer has been selected using SW19, the level of equalization on the MAX3815 is controlled by R50. This switch powers down the MAX3815 when slid down. When the MAX3845 is powered up, the die junction temperature can be estimated by measuring the voltage on TP2 relative to GND. For more information, refer to the MAX3845 data sheet. Connect an I2C source to TP8 (SDA) and TP9 (SCL) to control the MAX4814E. _______________________________________________________________________________________ www.BDTIC.com/maxim _______________________________________________________________________________________ www.BDTIC.com/maxim 16 24 29 28 15 23 30 8 14 22 26 7 13 21 27 6 12 20 25 5 11 19 4 3 2 10 18 1 9 17 J2 INPUT2 U24 VCC RESET GND MAX6346 3 2 1 R21 100Ω 4 5 3 C35 0.1μF 7 6 8 9 2 7 6 10 MAX3208EAUB U29 1 4 5 8 9 2 C34 0.1μF 10 3 D1 D2 PGND LX INP 3 6 7 8 9 10 L1 3.3μH C12 10μF JU1 C11 22μF MANUAL EQ SET VCC2 VCC2 R49 2.21kΩ R50 1kΩ VCC1 CEC MANUAL AUTO 3 SW19 EQ CONTROL 1 C17 VCC1 0.1μF C16 VCC1 0.1μF C15 VCC1 0.1μF 13 CLKCEC 2 12 11 10 9 8 7 6 5 4 3 2 1 VCC1 SQUELCH 1 VCC1 4 VCC 5 VCC 6 RX1_IN7 RX1_IN+ MAX3815 U12 R62 4.7kΩ VCC1 1 R48 10kΩ CLOCK LOSS SQUELCH R31 4.7kΩ TP1 VCC1 U22 C32 0.1μF 1 36 35 34 33 32 TP3 TP2 3 2 R34 200Ω D11 LED Q1 2 SW20 R22 100Ω 27 RX2_OUT26 RX2_OUT+ 25 GND 24 2 7 6 8 9 10 7 6 8 9 10 VCC2 VCC2 3 1 R23 100Ω R24 100Ω R47 100Ω VCC1 PWRDWN EQ POWER-UP POWER-DOWN VCC1 R61 OPEN VCC1 R60 0Ω TEMP SENSE GND SW14 31 RX1_OUT30 RX1_OUT+ 29 GND 28 GND VCC1 2 3 GND RX0_OUTRX0_OUT+ GND GND VCC1 1 C33 0.1μF MAX3208EAUB 13 14 15 16 17 18 19 20 21 22 23 VCC1 U19 MAX3208EAUB PWRDWN 1 POWER-DOWN POWER-UP 4 5 3 2 1 4 5 3 2 48 47 46 45 44 43 42 41 40 39 38 37 HOTPLG 15V PGND DATA C CLK C RESERVED 1 VCC 2 RX0_IN3 RX0_IN+ 19 18 17 16 15 14 8 VCC 9 VCC 10 RX2_IN11 RX2_IN+ 12 VCC C14 VCC1 0.1μF HOTPLUG_IN1 +5V_IN1 GND_IN1 SDA_IN1 SCL_IN1 GND CLK+ D0- GND D0+ D1- GND D1+ D2- GND D2+ J1 HDMI INPUT1 +3.3V GND TP6 TP7 JU2 VCC1 VCC2 C24 22μF L2 BEAD0603 CONNECTOR MOUNTED ON BOTTOM OF BOARD 5V DC TO 3.3V DC SHDN OUT SS GND IN MAX1556 U10 1 HOTPLUG_IN2 +5V_IN2 GND_IN2 SDA_IN2 U28 5 4 3 2 1 MAX3208EAUB R43 10kΩ C10 1000pF C9 0.47μF SCL_IN2 5V_POWER GND 2 VCC1 VCC1 VCC1 C13 0.01μF INPUT SELECT 4 S7 PREEMPHASIS SELECT 4 S8 1 ONE 2 TWO 3 C 4 THREE 1 ONE 2 TWO 3 C 4 THREE U8 26 27 29 6 5 HOTPLUG4 VCC1 28 MAX3208EAUB 23 IN2_C+ 24 IN2_CVCC1 25 V CC2 VCC2 20 IN2_B+ 21 IN2_B- C8 VCC1 0.01μF 22 VCC2 17 IN2_A+ 18 IN2_A- VCC2 14 TEMP 15 PWRDWN_2 C7 VCC1 0.01μF 19 INPUT 1 OFF INPUT 2 VCC1 11 PWRDWN_1 12 V 13 CC3 LOSMUTE_EN C5 VCC1 0.01μF 16 6dB 3dB 0dB VCC1 8 IN1_D+ 9 IN1_D- 7 C4 VCC1 0.01μF 10 C3 VCC1 0.01μF VCC1 VCC1 1 10 D2- R1 2 200Ω 9 100 99 98 97 96 95 94 93 HOTPLUG1 5 IN1_C+ 6 IN1_C- 4 U11 MAX3208EAUB 1 V 2 CC1 IN1_B+ 3 IN1_B- 1 ONE 2 TWO 3 C 4 THREE C2 VCC1 0.01μF C6 VCC1 0.01μF 6dB 3dB 0dB PREEMPHASIS SELECT 1 S1 VCC1 VCC2 GND IN1_AIN1_A+ IN2_D+ TO WALL WART INPUT SELECT 1 S2 1 ONE 2 TWO 3 C 4 THREE VCC1 IN2_D- VCC1 IN_SEL1 INPUT 1 OFF INPUT 2 D2+ 1 GND 2 PREEMPH1 VCC2 R16 200Ω 30 D1+ 7 4 31 GND D13 8 VCC2 32 8 3 33 2 R59 4.7kΩ 9 C31 0.1μF 34 4 C20 0.1μF D0- J3 HDMI CLK+ 35 GND R2 5 200Ω 6 89 88 87 GND 7 R46 4.7kΩ VCC2 92 91 90 HOTPLUG4 3 HOTPLUG1 IN_SEL4 5 D0+ 7 OUT1_AOUT4_D- 4 GND1 PREEMPH4 6 OUT1_A+ GND2 8 GND1 OUT4_D+ 9 OUT1_B+ U1 J6 18 17 19 11 10 9 6 5 40 3 39 2 38 1 10 1 10 1 37 RESERVED 86 85 84 MAX3845 R15 200Ω 36 GND2 CLKGND2 10 OUT1_BOUT4_C- CEC OUT1_C+ 11 GND1 13 CLK-C DATA-C 9 83 20 12 4 R14 200Ω 42 82 81 R3 2 200Ω 41 OUT1_COUT4_B- PGND 7 4 44 21 13 5 VCC2 43 OUT4_A- 14 GND1 16 HOTPLG 3 8 80 79 22 14 6 8 3 45 4 C25 0.1μF 7 R51 4.7kΩ VCC2 +5V GND1 15 OUT4_B+ 17 OUT1_D+ GND2 18 OUT1_DOUT4_A+ 19 GND2 GND TP5 HOTPLUG2 2 23 15 7 R58 4.7kΩ 9 C30 0.1μF 46 HOTPLUG3 +5V TP4 GND1 47 GND2 1 VCC RXC_IN+ RXC_INVCC EQCONTROL CLKLOS PWRDWN GND RXC_OUTRXC_OUT+ GND 78 77 76 HOTPLUG2 R4 5 200Ω 6 49 24 16 8 R13 200Ω 10 1 GND1 PREEMPH2 IN_SEL2 GND1 OUT2_D- OUT2_D+ GND1 OUT2_C- OUT2_C+ GND1 OUT2_B- OUT2_B+ 25 27 50 U9 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 26 28 30 29 SCL_OUT4 +5V_OUT4 SDA_OUT4 GND_OUT4 HOTPLUG_OUT4 MAX3208EAUB GND2 OUT3_C- OUT3_C+ GND2 OUT3_B- OUT3_B+ GND2 OUT3_A- OUT3_A+ GND2 IN_SEL3 PREEMPH3 OUT_LEVEL HOTPLUG3 48 U5 HOTPLUG1 MAX3208EAUB HOTPLUG_OUT1 +5V_OUT1 GND_OUT1 SDA_OUT1 SCL_OUT1 CEC OUT2_A+ OUT3_D- POS N.C. N.C. N.C. N.C. VCC VCC GND VCC OUTON OUTLEVEL VCC GND GND OUT2_AOUT3_D+ 12 OUT4_C+ GND1 GND2 U2 C2 B1 C1 U15 1 U6 C29 0.1μF 6 7 8 9 10 VCC2 MAX3208EAUB HOTPLUG4 R12 200Ω 5 4 3 R11 200Ω 2 1 6 R10 200Ω 5 8 9 10 7 U7 C28 0.1μF MAX3208EAUB 6 7 8 9 4 3 R9 200Ω 2 1 R8 200Ω 5 4 3 C26 0.1μF MAX3208EAUB 10 6 8 9 10 R6 200Ω 5 R7 200Ω 2 4 R30 121Ω E2 7 U3 C26 0.1μF 6 B2 5 E1 CA1 CA2 3 C2 C1 2 B1 1 AN1 AN2 1 3 HOTPLUG3 HOTPLUG2 D3 U18 R45 121Ω E2 4 6 E1 B2 5 2 4 3 VCC2 CA1 CA2 D6 AN1 AN2 VCC2 R44 121Ω 1 3 3 C2 1 2 3 4 5 6 7 8 27 28 2 4 9 10 11 12 13 14 15 16 30 29 9 10 11 12 13 14 15 16 30 29 CA1 CA2 26 25 25 26 D4 U17 4 R36 121Ω E2 6 E1 B2 5 2 4 CA1 CA2 D5 AN1 AN2 VCC2 R35 121Ω 17 18 19 20 21 22 23 24 17 18 19 20 21 22 23 24 AN1 AN2 VCC2 R32 121Ω OUTPUT 3 CONNECTION STATUS J5 1 2 3 4 5 6 7 8 27 28 R33 121Ω E2 4 6 E1 B2 5 CONDVI U16 OUTPUT 2 CONNECTION STATUS J4 C1 2 B1 1 SCL_OUT3 +5V_OUT3 SDA_OUT3 GND_OUT3 HOTPLUG_OUT3 SCL_OUT2 +5V_OUT2 SDA_OUT2 GND_OUT2 C2 C1 2 B1 1 HOTPLUG_OUT2 VCC2 OUTPUT 4 CONNECTION STATUS R57 VCC2 4.7kΩ R56 VCC2 4.7kΩ R55 VCC2 4.7kΩ R54 VCC2 4.7kΩ 2 4 VCC2 R29 121Ω OUTPUT 1 CONNECTION STATUS MAX3208EAUB 3 2 1 4 3 R5 200Ω 2 1 VCC2 1 3 1 3 6dB 3dB 0dB SW13 INPUT 1 OFF INPUT 2 2 6dB 3dB 0dB INPUT 1 OFF INPUT 2 PREEMPHASIS SELECT 2 S3 1 ONE 2 TWO 3 C 4 THREE INPUT SELECT 2 S4 1 ONE 2 TWO 3 C 4 THREE VCC1 INPUT SELECT 3 S5 1 ONE 2 TWO 3 C 4 THREE S6 1 ONE 2 TWO 3 C 4 THREE PREEMPHASIS SELECT 3 OUTPUT LEVEL HIGH NORMAL VCC1 VCC1 3 1 VCC1 VCC1 ຶৰۇǖNBY49560NBY5925F J9 NBY49560NBY5925Fຶৰۇ ᅄ2/! NBY49560NBY5925FຶৰۇᏇಯᅄ)203* 5 ຶৰۇǖNBY49560NBY5925F NBY49560NBY5925Fຶৰۇ 1 HOTPLUG_OUT1 2 R19 47.5kΩ 3 HOTPLUG1 4 HOTPLUG_OUT2 5 R17 47.5kΩ 6 HOTPLUG2 2 7 2 SW1 1 SW2 VCC2 3 1 1A VCC 1B 4B 1Y 4A 2A 4Y 2B 3B 2Y 3A GND 3Y 2 3 4 VCC2 5 14 13 HOTPLUG_OUT4 12 11 HOTPLUG4 R20 47.5kΩ 10 9 HOTPLUG_OUT3 8 R18 47.5kΩ HOTPLUG3 2 2 SW3 1 3 SW4 VCC2 3 1 VCC2 3 DDC SWITCH 1 R39 10kΩ S10 1 C1 0.01μF VCC2 DDC SWITCH 2 R63 10kΩ VCC2 U4 74ACT32 HOTPLUG BUFFER S9 1 ONE ONE 2 TWO TWO 3 FOUR VCC2 EIGHT FOUR 4 5 CMN VCC2 EIGHT A CMN D7 C +5V_OUT1 R64 10kΩ SCL_OUT1 HOTPLUG_OUT1 R40 10kΩ VCC2 C21 0.1μF SDA_OUT1 GND_OUT1 VCC2 VCC2 3 +5V_IN1 4 SCL_IN1 5 HOTPLUG_IN1 6 SDA_IN1 7 GND_IN1 C18 VCC2 0.1μF 8 9 VDD EFN SW0[4] SW0[3] SW0[2] SW0[0] SW0[1] GND 55 52 53 52 51 50 49 GND 57 56 DA0/DO0 DA2/DO2 VDD GND DB0/DO3 2 DB2 DB1 1 59 58 DA1/DO1 VCC2 64 63 62 61 60 GND I.C. N.C. A[0] SW1[0] A[1] SW1[1] A[2] SW1[2] A[3] SW1[3] A[4] SW1[4] VDD U20 VDD VDD VDD MAX4814E SW2[0] 17 18 19 20 21 VCC2 VCC2 MODE I2C DIRECT 3 2 1 22 C19 0.1μF 23 24 25 VDD EFN GND SW3[0] I.C. SW3[1] I.C. SW3[2] SW2[4] SW3[3] B[4] SW3[4] 16 SW2[3] GND 15 B[3] GND GND_IN2 SW2[2] AD2 14 B[2] AD1 SDA_IN2 SW2[1] AD0 13 B[1] SCL HOTPLUG_IN2 B[0] SDA 12 MODE 11 VDD 10 +5V_IN2 SCL_IN2 C TP8 46 +5V_OUT2 45 SCL_OUT2 44 HOTPLUG_OUT2 43 SDA_OUT2 42 41 40 VCC2 C22 0.1μF 39 VCC2 D9 C GND_OUT2 A +5V_OUT3 38 SCL_OUT3 37 HOTPLUG_OUT3 36 SDA_OUT3 35 GND_OUT3 34 33 VCC2 VCC2 C23 0.1μF +5V_OUT4 SCL R37 VCC2 R38 4.7kΩ 4.7kΩ D8 A TP9 SDA C 47 26 27 28 29 30 31 32 D10 JU3 GND A 48 SCL_OUT4 HOTPLUG_OUT4 SDA_OUT4 GND_OUT4 GND TP10 ᅄ3/! NBY49560NBY5925FຶৰۇᏇಯᅄ)303* 6 _______________________________________________________________________________________ www.BDTIC.com/maxim NBY49560NBY5925Fຶৰۇ ຶৰۇǖNBY49560NBY5925F ᅄ4/! NBY49560NBY5925Fຶৰۇᓤᅄ—ࢻށ ᅄ5/! NBY49560NBY5925Fຶৰݚۇ—Ꮔୈށ _______________________________________________________________________________________ www.BDTIC.com/maxim 7 ຶৰۇǖNBY49560NBY5925F NBY49560NBY5925Fຶৰۇ ᅄ6/! NBY49560NBY5925Fຶৰݚۇ—ށ ᅄ7/! NBY49560NBY5925Fຶৰݚۇ—࢟Ꮞށ 8 _______________________________________________________________________________________ www.BDTIC.com/maxim NBY49560NBY5925Fຶৰۇ ຶৰۇǖNBY49560NBY5925F ᅄ8/! NBY49560NBY5925Fຶৰݚۇ—ށ ᅄ9/! NBY49560NBY5925Fຶৰۇᓤᅄ—ށ Nbyjn࣪ݙNbyjnޘອጲᅪࡼྀੜ࢟വဧঌᐊLjጐݙᄋᓜಽభăNbyjnۣഔᏴྀੜဟମĂᎌྀੜᄰۨࡼ༄ᄋሆኀখޘອᓾ೯ਜ਼ਖৃࡼཚಽă Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 408-737-7600 ______________________9 © 2008 Maxim Integrated Products ဵ Nbyjn!Joufhsbufe!Qspevdut-!Jod/ ࡼᓖݿܪă www.BDTIC.com/maxim