schematics

FCC ID: H8NDWG855

Schematics

Download: PDF
FCCID_698620

A B C D E DDR SDRAM 16MB or 32MB 4 4 100baseT US TUNER (BCM3420) DS Front Panel LED's 3 VOIP/CPU/MAC/PHY 3 JTAG Port (BCM3368) SLIC RJ11 - Phone 1 and +HV converter Console Port SLIC RJ11 - Phone 2 +HV converter +3.3V +1.2V 2 POWER 2 FLASH EBI BUS BCM94318MPGH SUPPLY 2MB, 4MB, 8MB or 16MB 802.11 Module 15VDC Regulated Wall Adapter 1 PKE530VW-D49 - Wireless Voice Gateway 1 Cable Modem Reference Design ASKEY COMPUTER CORP. Eng. PCB Block Diagram RTA1025W Title Block_Diagram Size Document Number Rev PKE530VW-D49(EU-ROHS) A Date: 星期三 , 五月 17, 2006 Sheet 9 of 10 A B C D E

A B C D E L401 DNI FB401 600 USB_AVD_3P3 +1.8V +3.3V C401 C402 C403 C404 C405 C406 C407 C419 C418 C417 10uF 0.1uF 0.01uF 0.1uF 0.01uF 0.1uF 0.01uF 0.01uF 0.1uF 10uF L402 DNI 4 4 FB402 600 USB_AVD_1P8 +3.3V +1.8V C408 C409 C410 C411 C412 C413 C414 C415 C416 C422 C421 C420 10uF 0.1uF 0.01uF 0.1uF 0.01uF 0.1uF 0.01uF 0.1uF 0.01uF 0.01uF 0.1uF 10uF 101 120 106 119 45 38 49 64 77 89 11 48 74 14 24 17 12 3 U401 VIO VDDE_3P3 VDDE_3P3 VDDE_3P3 VDDE_3P3 VDDE_3P3 VDDE_3P3 VDDE_3P3 VDDE_3P3 VDDEI_1P8 VDDEI_1P8 VDDEI_1P8 VDDEI_1P8 VDDEI_1P8 AVDB_3P3 AVDF_3P3 AVDF_1P8 AVDP_1P8 NET2282 R401 10K 113 28 V402 +3.3V PCI_EXTARB LCLK_OUT POSCEN_N 4 V403 112 PCI_HOSTMODE R423 10K 5 +3.3V PWRDOWN_N USB_VBUS_SENSE (3) MPI_AD0 110 6 (2,9) MPI_AD[31:0] PCI_AD[0] GPIO[3]/USBLED BCM3368_USB_DM (3) MPI_AD1 109 7 MPI_AD2 PCI_AD[1] GPIO[2] 3 108 PCI_AD[2] GPIO[1] 8 BCM3368_USB_DP (3) 3 MPI_AD3 107 9 MPI_AD4 PCI_AD[3] GPIO[0] 105 PCI_AD[4] +3.3V MPI_AD5 104 MPI_AD6 PCI_AD[5] R317 10K 103 PCI_AD[6] MPI_AD7 100 U301 C316 MPI_AD8 PCI_AD[7] SR05 98 PCI_AD[8] MPI_AD9 97 0.1uF MPI_AD10 PCI_AD[9] 96 PCI_AD[10] MPI_AD11 94 C423 22pF MPI_AD12 PCI_AD[11] 12MHZ_XIN 93 PCI_AD[12] XIN 118 MPI_AD13 91 PCI_AD[13] Y401 MPI_AD14 90 PCI_AD[14] 12.000MHz MPI_AD15 87 Locate these components PCI_AD[15] 18pF,FUND MPI_AD16 72 116 12MHZ_XOUT MPI_AD17 PCI_AD[16] XOUT in close proximity to one 71 PCI_AD[17] MPI_AD18 70 C424 22pF R417 R418 MPI_AD19 PCI_AD[18] another at the card edge. 69 PCI_AD[19] MPI_AD20 68 0 0 MPI_AD21 PCI_AD[20] 66 PCI_AD[21] MPI_AD22 65 MPI_AD23 PCI_AD[22] 63 PCI_AD[23] MPI_AD24 57 MPI_AD25 PCI_AD[24] USB_VBUS_SENSE R311 10K USB_VBUS 56 PCI_AD[25] VBUS 35 1 VBUS MPI_AD26 55 20 NET2282_DM_HI_SPEED R405 20 1% NET2282_USB_DM R420 0/DNI USB_DM 2 MPI_AD27 PCI_AD[26] HS_DM NET2282_DP_HI_SPEED R406 20 1% NET2282_USB_DP R415 0/DNI USB-DP DM 54 PCI_AD[27] HS_DP 19 3 DP MPI_AD28 52 4 MPI_AD29 PCI_AD[28] C315 GND 51 PCI_AD[29] 5 S1 MPI_AD30 50 23 NET2282_DM_FULL_SPEED R407 39.2 1% Do not route R318 D301 6 MPI_AD31 PCI_AD[30] FS_DM NET2282_DP_FULL_SPEED R408 39.2 1% S2 47 PCI_AD[31] FS_DP 22 stubs to R417 1000pF 15K SD05C J303 USB-RA R403 0 and R418. 62 PCI_IDSEL R419 0 (DNI) Do not route (2,9) MPI_CBE_0 99 stubs to R407 PCI_CBE[0] (2,9) MPI_CBE_1 86 PCI_CBE[1] and R408. 2 (2,9) MPI_CBE_2 75 PCI_CBE[2] 2 (2,9) MPI_CBE_3 61 PCI_CBE[3] (2,9) MPI_CLK 39 PCI_CLK (2,9) PCI_FRAME_N 76 PCI_FRAME_N EECS_N 29 (2,9) MPI_DEVSEL_N 80 PCI_DEVSEL_N EECLK 30 78 31 R411 1K (2,9) MPI_IRDY_N PCI_IRDY_N EEWRDATA (2,9) MPI_TRDY_N 79 PCI_TRDY_N EERDDATA 32 (2,9) MPI_STOP_N 82 PCI_STOP_N (2,9) MPI_PAR 85 PCI_PAR (2,9) MPI_PERR_N 83 PCI_PERR_N (2,9) PCI_SERR_N 84 PCI_SERR_N (2,9) MPI_RESET_N 37 PCI_RST_N 1 RESET_N NC 92 NC 58 (3) MPI_REQ1_N 42 PCI_REQ_N RXD 114 (3) MPI_GNT1_N 41 PCI_GNT_N TXD 115 TEST0 27 (3,9) MPI_IRQ_N 36 PCI_INTA_N TEST1 33 SIM 26 RAMBIST 60 R413 10K 44 34 +3.3V PCI_PMEIN_N ATPGTEST V401 43 PCI_PMEOUT_N ANPD 25 R412 12.1K R414 1K 111 16 PCI_CLKRUN_N EXT12K AVSB AVSP AVSF AVSF VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS 1 1 2 10 40 46 53 59 67 73 81 88 95 102 117 15 21 18 13 Broadcom Corporation PRELIMINARY 16215 Alton Parkway P.O. Box 57013 Irvine, California 92619-7013 Title USB 2.0 Broadcom Confidential Size Document Number Rev All Rights Reserved C BCM93368WVG (824-115030-0000) P8 Date: 星期三 , 五月 17, 2006 Sheet 4 of 9 A B C D E

A B C D E FB501 +2.5VA DS_AFE_CLK_VDD_2P5 C501 C502 600 C503 4 4.7uF 0.1uF 1000pF 4 FB502 DS_AFE_PGA_AVDD_2P5 600 C504 1000pF DS_IF_N (6) FB503 IF signal polarity swapped to match differential pair trace lengths. DS_AFE_VDD_1P2 +1.2V DS_IF_P (6) C505 C506 600 C507 4.7uF 0.1uF 1000pF USDAC_VDD_1P2 C509 FB510 0.1uF R501 1K 600 IF_AGC (6) C508 0.1uF Place t hese USPLL_VDD_1P2 +3.3V co m p o nents C520 C521 near the BCM3368. D401 10uF 0.1uF 1 FB505 USPLL_VDD_2P5 2 R511 300 600 C510 P WR 1 2 POWER 3 1 1.0uF C28 47pF FB506 2 4 USDAC_AVDD_2P5 Place t hese 5 600 C511 R513 components i n close D/S 1 2 D/S 6 0.1uF +2.5VA pr oximity to one 1 300 + C512 C514 C515 anot her. C25 47pF US_RBIAS 470uF 10uF 0.1uF 2 3 7 6.3V 3 The USDAC_BIAS 1 2 8 1 2 C516 R502 R537 300 R538 0R/DNI trace must b e as Place these comp onents U/S 1 2 U/S 9 short as DNI 3.16K near the BCM3368. 1 R514 300/DNI possibl e. 1% C27 1 2 US_RBIAS_VSS L501 30nH T501 47pF R539 0R 1 6 US_OUTPUT (6) 2 2 10 R503 49.9 1% C522 10pF C26 D25 B26 E25 B16 A16 A18 F24 F25 C26 2 47pF 11 R504 49.9 1% L502 30nH 1 U101A 3 4 Online US_DAC_AVDD_2P5 US_PLL_VDD_2P5 US_PLL_VDD_1P2 US_DAC_VDD_1P2 DS_AFE_VDD_1P2 DS_AFE_PGA_AVDD_2P5 DS_AFE_CLK_VDD_2P5 US_BIAS_VSS US_RBIAS ONLINE 1 2 12 BCM3368A1 R515 300 C517 NOTE: Route AMP B5F-458PT-1720 0.1uF outputs as matched 1 2 13 pair. Place Transfo rmer BCM5325_EPHY_COLSN_LED1 R430 300/DNI close to Diplexer to 14 minimize single- ended BCM5325_EPHY_LINK_ACT_LED1 1 2 ETH1 15 secon dary trace length. R339 300/DNI B24 TEST_ENABLE D404 D19 SYS_PLL_BYP BCM5325_EPHY_COLSN_LED2 1 2 1 R431 300/DNI R505 DNI 2 +3.3V D7 DESKEW_PLL_BYP BCM5325_EPHY_LINK_ACT_LED2 1 2 ETH2 3 R341 300/DNI D18 BCM3368 MIPS_PLL_BYP DS_QAM(+) A17 DOCSIS MAC/PHY, DS_QAM(-) B17 BCM5325_EPHY_COLSN_LED3 1 2 4 A22 MDDR_BYP_CLK0 R432 300/DNI LED DRIVERS D16 DS_AGCI_CTL DS_AGCI_CTL 5 DS_AGCT_CTL C15 ETH3 A23 MDDR_BYP_CLK1 and TEST CLOCKS BCM5325_EPHY_LINK_ACT_LED3 1 2 6 DS_BCLK A15 R548 R343 300/DNI B15 (4 OF 5) DS_ADCLK D6 MIPS_DDR_TEST 2 D26 US_OUT_P US_OUT(+) US_OUT_N BCM5325_EPHY_COLSN_LED4 1 2 7 US_OUT(-) E26 R433 300/DNI A26 US_TEST_CLK 8 ETH49 1 300 BCM5325_EPHY_LINK_ACT_LED4 1 2 D17 SYSPLL_TESTPORT R345 300/DNI D22 US_OE TP501 US_OE TP-SMT-040-SQR RF_BURST D23 R545 300 R547 300 R546 300 B25 SYS_IRQ_N 2 2 2 USB_LED_Error 1 2 10 US_POWER[5] E24 2 1 2 R435 300/DNI C25 2 C18 47pF US_POWER[4] 11 US_POWER[3] E23 FB507 600 BCM3368_USB_LED_N 1 2 USB 12 US_POWER[2] C23 D24 RFT_CLK (6) 1 1 1 R402 300/DNI US_POWER[1] 1 2 US_POWER[0] C24 R551 300/DNI BCM3368_USB_LED_N D13 A14 DS_RFT_CLK FB508 600 LED0 (USB) RFT_CLK DS_RFT_DATA Wireless_LED_Error 1 2 13 RFT_DATA B14 RFT_DATA (6) 1 2 R434 300/DNI D14 C22 47pF ONLINE RFT_CS[0] C518 C519 14 2 1 A12 LED1 (ONLINE) RFT_CS[1] D12 Place t hese R540 0R/DNI WLAN_LED 1 2 Wi-Fi 15 470pF 470pF co m p o nents R521 300/DNI TEL1 C13 near the LED2 (AUX1/EMAC1) 2 1 2 1 BCM3368. 47pF C23 D403 R541 0R/DNI 1 2 Message B12 LED3 (EPHY) R535 R536 300/DNI 1 R544 R549 R534 2 1 2 2 1 2 2 P WR C14 C24 220pF LED4 (PWR) TEL1 1 2 TEL1 3 300/DNI R518 300/DNI D/S A13 LED5 (D/S) 300/DNI 1 2 1 1 300/DNI 300/DNI 4 U/S B13 LED6 (U/S) 5 2 1 R542 0R/DNI TEL2 TEL2 1 2 TEL2 6 C12 LED7 (AUX2) 1 2 R519 300/DNI C29 220pF 2 1 DS_RFT_CS1 R543 0R/DNI 7 DS_RFT_CS0 8 DS_RFT_CS1 1 2 BAT 9 R520 300/DNI 2 1 R550 300/DNI 10 11 R512 DS_RFT_CS0 1 2 STBY 12 300/DNI 13 1 14 1 15 LD2 2 1 R523 300/DNI SES_Active_Orange LED-Orange/SMD/DNI LD1 2 1 R526 300/DNI SES_Active_White LED-White/SMD/DNI Eng. ASKEY COMPUTER CORP. PCB RTA1025W Title RF Size Document Number R ev PKE530VW-D49(EU-ROHS) A Date: 星期三, 五月 17, 2006 Sheet 9 of 10 A B C D E

A B C D E 4 4 FB310 FB312 R350 49.9 1% BCM5325_VDDPLL BCM5325_VTERM_RX +1.8V_5325 +1.8V_5325 +3.3V_5325 +3.3V_5325 +2.5V C360 C 361 C362 C363 C364 C365 C366 C367 C350 C351 600 600 C354 C355 R351 49.9 1% 10uF 10uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 1000pF 4.7uF 0.1uF 4.7uF R 987 R988 C293 4.7UF/1206/10V 0R FB311 FB313 R352 49.9 1% C358 0.1uF 2 1 0R /DNI BCM 5325_VDDXTAL BCM5325_VTERM_TX +3.3V_5325 +3.3V_5325 +3.3V_5325 C368 C 369 C370 C371 C372 C373 C374 C375 C352 C353 600 600 C356 C357 C698 R353 49.9 1% 1000PF 10uF 10uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 1000pF 4.7uF 0.1uF 4.7uF C359 0.1uF U303 Keep all EPHY traces short 103 115 104 114 BCM5325M-A2 T1 21 45 10 22 44 98 65 76 77 88 89 59 60 and route as matched 9 QFP128_14X20 Locate these terminations F B33 EPHY_TDP4 1 40 TX4+ length differential pairs. BEAD/200MHZ/0.1A/0.45/0603 E PHY_TDN4 2 39 TX4- VDDC VDDC VDDC VDDC VDDC VDDPLL VDDXTAL VDDP VDDP VDDP VDDP VDDP VDDP VDDA VDDA VDDA VDDA VDDA close to the BCM5325. 2 1 ETCT4 3 38 TCT4 26 94 BCM5325_EPHY_TDP5 EPH Y_RDP4 4 37 RX4+ RXC TD5(+) BCM5325_EPH Y_TDN5 EPH Y_ RDN4 RX4- 34 93 5 36 RXD3 TD5(-) BCM5325_EPHY_RDP5 F B34 EPH Y_ RDN3 RX3- 33 92 6 35 RXD2 RD5(+) BCM5325_EPHY_R DN5 BEAD/200MHZ/0.1A/0.45/0603 EPH Y_RDP3 RX3+ 31 91 7 34 RXD1 RD5(-) ETCT3 TCT3 30 123 2 1 8 33 RXD0 LED5A R354 49.9 1% E PHY_TDN3 TX3- 29 124 +3.3V_5325 9 32 RXDV LED5B R355 49.9 1% EPHY_TDP3 TX3+ 25 125 10 31 RXER LED5C R356 49.9 1% F B35 EPHY_TDP2 TX2+ 11 30 19 R357 49.9 1% BEAD/200MHZ/0.1A/0.45/0603 E PHY_TDN2 12 29 TX2- TXC EPHY_TDP4 EPHY_TDP4 ETCT2 TCT2 12 83 2 1 13 28 TXD3/QOS_PORTSEL[0] TD4(+) E PHY_TDN4 E PHY_TDN4 EPH Y_RDP2 RX2+ 13 84 14 27 TXD2/QOS_PORTSEL[1] TD4(-) EPH Y_RDP4 EPH Y_RDP4 EPH Y_ RDN2 RX2- 14 85 15 26 TXD1/QOS_FC_DIS RD4(+) EPH Y_ RDN4 EPH Y_ RDN4 F B36 EPH Y_ RDN1 RX1- 17 86 16 25 TXD0 RD4(-) BCM5325_EPHY_LIN K_ACT_LED4 BEAD/200MHZ/0.1A/0.45/0603 EPH Y_RDP1 RX1+ 18 118 BCM5325_EPHY_LINK_ACT_LED4 17 24 TXEN LED4A R358 49.9 1% ETCT1 TCT1 20 119 +3.3V_5325 2 1 18 23 TXER LED4B R359 49.9 1% E PHY_TDN1 TX1- 122 BCM5325_EPHY_COLSN_LED4 19 22 LED4C R360 49.9 1% C699 EPHY_TDP1 TX1+ 24 20 21 CRS R361 49.9 1% 1000PF 11 COL EPHY_TDP3 EPHY_TDP3 T/F/1:1/SQ-H48W 82 TD3(+) E PHY_TDN3 E PHY_TDN3 2 81 Route this area void of 1 MDC MDIO BCM5325M TD3(-) RD3(+) 80 EPH Y_RDP3 EPH Y_ RDN3 EPH Y_RDP3 EPH Y_ RDN3 PWR/GND planes and 79 C376 22pF RD3(-) BCM5325_EPHY_LIN K_ACT_LED3 LED3A 113 BCM5325_EPHY_LINK_ACT_LED3 signal traces. +3.3V_5325 116 R362 49.9 1% LED3B +3.3V_5325 61 117 BCM5325_EPHY_COLSN_LED3 R363 49.9 1% Route this area void of PWR planes and non-EPHY signal Y3 01 XTALI/CK25 LED3C R330 10K R364 49.9 1% 25.000MHz traces. Include a GND_EPHY island underneath these 2 62 R365 49.9 1% 13pF 25/30PPM FUND AT XTALO 71 EPHY_TDP2 EPHY_TDP2 components. Connect it into the main GND plane through TD2(+) E PHY_TDN2 E PHY_TDN2 VCC 72 C377 22pF TD2(-) 73 EPH Y_RDP2 EPH Y_RDP2 resistors R325-R330 BCM5325_RESET_N RD2(+) EPH Y_ RDN2 EPH Y_ RDN2 5 1 128 74 CD RESET RESET RD2(-) BCM5325_EPHY_LIN K_ACT_LED2 110 BCM5325_EPHY_LINK_ACT_LED2 LED2A R366 49.9 1% 111 +3.3V_5325 C322 GND U304 LED2B R367 49.9 1% 112 BCM5325_EPHY_COLSN_LED2 LM8365 2.7V LED2C R368 49.9 1% 23 6800pF 3 SOT23-5 LINK R369 49.9 1% 100 ENFDXFLOW EPHY_TDP1 EPHY_TDP1 101 70 1 ENHDXFLOW TD1(+) E PHY_TDN1 E PHY_TDN1 40 69 HW_FWDG_EN TD1(-) EPH Y_RDP1 EPH Y_RDP1 F B37 49 68 MDIX_DIS RD1(+) EPH Y_ RDN1 EPH Y_ RDN1 97 67 BEAD/200MHZ/0.1A/0.45/0603/DNI MII_FDX RD1(-) BCM5325_EPHY_LIN K_ACT_LED1 96 105 BCM5325_EPHY_LINK_ACT_LED1 MII_SPD100 LED1A 47 106 3 CPU_EPROM_SEL LED1B 3 95 107 BCM5325_EPHY_COLSN_LED1 2 MII_7WIRE LED1C 43 QOS_EN 37 FREQ[1] R612 10K Locate these terminations Route this area void of 36 99 +3.3V_5325 FREQ[0] LEDMODE[2] 127 close to the BCM3348. PWR/GND planes and LEDDATA/LEDMODE[1] R613 10K LEDCLK/LEDMODE[0] 126 signal traces. R 10 D NP BCM5325_SCK 7 41 +3.3V_5325 1 2 BCM5325_SS_N SCK/SCK TEST[0] +3.3V_5325 T2 8 42 BCM 5325_MOSI SS/CS NC = 3,4,32,38,39,46,48,52,53,54,55,FID TEST[1] R334 D310 R 393 D311 R394 TS6121A/DNI J5 6 6 1 3 4 1 4 6 3 BCM 5325_MISO MOSI/DO USBLC6-4SC6 10K (DNI) USBLC6-4SC6 10K (DNI) 49.9R/1%/0805/DNI RJ45x4 5 56 +3.3V_5325 MISO/DI VDDBIAS R 11 2 TX4+ TCT1 C T1 5 5 1 1 16 D8 R337 2.74 1% TD+ TX+ R623 R 624 75/1% GNDXTAL D7 GNDPLL 57 58 C4 2 15 TCT4 75/1% RX1+ D1 RDAC GNDBIAS CT CT GNDC GNDC GNDC GNDC GNDC GNDP GNDP GNDP GNDP GNDP GNDP GNDP GNDA GNDA GNDA GNDA GNDA C378 C379 FB304 R304 49.9 1% C318 0.1uF 0. 1UF/DNI 49.9R/1%/0805/DNI R 625 75/1% RX1- D2 ETHERNET 5 6 7 8 1.27K +3.3V BCM3368_VTERM_TX 2 1 1 R 14 2 3 14 TX4- C700 TX1+ D3 1% 0.1uF (DNI) 0.1uF (DNI) TD- TX- 1000pF/2KV/1812 TX1- D6 R N302 2 2 600 C310 C312 49.9R/1%/0805/DNI D5 PORT 1 15 27 51 109 120 16 28 35 50 102 108 121 66 75 78 87 90 64 63 1K R305 49.9 1% 2 1 2 R 12 1 6 11 RX4+ D4 0.1uF 4.7uF RD+ RX+ TCT2 C T1 C8 4 3 2 1 C5 7 10 TCT5 R626 R 627 75/1% C7 C319 0.1uF 0. 1UF/DNI 49.9R/1%/0805/DNI CT CT 75/1% RX2+ C1 RX4- RX2- +3.3V_5325 +3.3V_5325 FB305 R302 49.9 1% 2 R 13 1 8 RD- RX- 9 C697 R 628 1000pF/2KV/1812 75/1% TX2+ C2 C3 ETHERNET D309 R 392 D312 R395 BCM3368_VTERM_RX TX2- C6 +2.5VA PORT 2 6 1 3 4 6 1 3 4 USBLC6-4SC6 10K (DNI) USBLC6-4SC6 10K (DNI) R014 D N P C5 5 5 600 C309 C311 1 2 Straddle R325-R330 C4 FB301 FB303 R303 49.9 1% TCT3 C T1 B8 E PHY_VDD_1P2 E PHY_BVDD_2P5 0.1uF 4.7uF across the void R629 R 630 75/1% B7 +1.2V +2.5VA C381 C380 separating GND and 75/1% RX3+ B1 RX3- C 19 C301 600 C304 C305 C306 C307 600 C 308 Keep EPHY traces short GND_EPHY. R 631 75/1% B2 ETHERNET 1 0.1uF (DNI) 0.1uF (DNI) C6 C695 TX3+ B3 and route as matched 1 0.1uF (DNP) 0.1uF(DNI) 10uF 1000pF(DNI) 0.01uF 4.7uF 0.1uF 2 2 +3.3V C7 TCT5 1000pF/2KV/1812 TX3- B6 Locate these terminations close length differential pairs. D313 R396 0. 1UF/DNI G1 R635 B5 PORT 3 2 6 1 3 4 USBLC6-4SC6/DNI 10K (DNI) 4.7uF/16V/1206/DNI gas tube(DNP) 75/1%/DNI B4 2 to the BCM3368. 5 2 1 C T1 TCT4 C T1 R 680 0(DNP) E THCON_GND A8 R301 R632 R633 75/1% R 681 0(DNP) ETHCON_TX A7 R371 R372 R373 EPH Y_ RDAC 75/1% RX4+ A1 R370 C 382 R634 75/1% RX4- 1.0K 1% C692 R 682 0(DNP) TX4+ A2 A3 ETHERNET 0.1uF (DNI) Locate these terminations 1000pF/2KV/1812 R 683 0(DNP) TX4- A6 2 close to the BCM3349. ETHC ON_RX A5 PORT 4 0R 0R 0R ETHCON_VCC A4 0R Keep EPHY traces short Locate this ESD protector R23 R24 P26 1 2 T24 U 101C BCM3368A1 and route as matched close to the BCM3368. length differential pairs. EPHY_VDD_1P2 EPHY_BIAS_VDD_2P5 EPHY_RDAC EPHY_VREF V303 N24 R25 BCM3368_EPHY_R DN R374 0R / DNI USE_SPI_SLAVE EPHY_RDN BCM3368_EPHY_RDP R375 0R /DNI R26 EPHY_RDP BCM3368_EPH Y_TDN R376 0R / DNI T25 EPHY_TDN BCM3368_EPHY_TDP R 377 0R / DNI T26 EPHY_TDP V304 P25 R310 33 SPI_SS0_N N26 SPI_CLK P24 R325 33 SPI_MISO N25 SPI_MOSI K25 USB_AC TIVE USB_ACTIVE USB_VBUS_SENSE K26 U S B_DN R 312 22 USB_DN BCM3368_USB_DM L25 U SB_DP R 313 22 USB_DP BCM3368_USB_DP L26 U SB_R DY R 314 1.5K 2 UART _SOUT USB_RDY M26 2 UART_SIN UART_SOUT C 313 C314 M25 UART_SIN BCM3368 R390 1.2K +3.3V 47pF 47pF PERIPHERALS R391 1.2K R378 1.2K +3.3V (3 OF 5) R379 1.2K R380 1.2K R678 0R/DNI ETHCON_VCC G24 MPI_GNT1_N GPIO[16] H23 MPI_REQ1_N GPIO[17] CONSOLE_TXD R676 1K/DNI ETHCON_TX T23 MPI_IRQ_N GPIO[18] H24 U23 MPI_REQ0_N GPIO[15] GPIO[19] P23 V24 MPI_GNT0_N GPIO[14] GPIO[20] CONSOLE_RXD R677 1K/DNI ETHC ON_RX K24 V23 USB_LED_Error GPIO[13] GPIO[21] L23 A9 GPIO[12] GPIO[22] 1 2 D NI M24 B9 R C6 1 GPIO[11] GPIO[23] 2 D NI M23 E THCON_GND R C5 1 GPIO[10] 2 D NI N23 A10 GPIO[9] GPIO[24] C680 2 20PF/DNI R C4 U24 B10 C681 R679 1 GPIO[8] (NO PULL RESISTOR) GPIO[25] C10 GPIO[26] C 386 U25 D10 GPIO[7] GPIO[27] 1 0uF/DNI U26 A11 0.1uF 2 GPIO[6] GPIO[28] V25 B11 GPIO[5] (PULLDOWN) GPIO[29] 0/0805/DNI V26 GPIO[4] (PULLDOWN) GPIO[30] C11 Locate the EMTA J24 D11 R322 1.2K SW302 Wireless_LED_Error GPIO[3] (NO PULL RESISTOR) GPIO[31] +3.3V switch on the front R C3 1 2 D NI J23 R C2 1 2 D NI K23 GPIO[2] D15 R323 100 1 2 EMTA panel. R C1 1 GPIO[1] GPIO[32] 2 D NI C22 A24 PB-SPST-MOM SWITCH GPIO[0] GPIO[33] C321 0.1uF B22 GPIO[34] B23 SES_Active_Orange GPIO[35] A25 GPIO[36] C320 0.1uF C 387 SW301 Locate the 0.1uF PB-SPST-MOM-R/A/DNI R320 1.2K 3 GND 4 reset switch on +3.3V RESET the rear panel. RESET_SW_N R321 100 1 2 SWITCH B0_1 (7) B1_1 (7) B2_1 (7) PLC_1 (7) DET_1 (7) DET_2 (7) B0_2 (7) B1_2 (7) B2_2 (7) PLC_2 (7) +3.3V 4.7K R381 BCM5325_PWRDOWN_N OFFHOOK_A (8) OFFHOOK_B (8) SENSE_0 (8) SENSE_1 (8) 1 SENSE_EN (8) +3.3V SERIAL 1 CONSOLE PORT J4 1 CONSOLE_TXD 2 CONSOLE_RXD 3 4 CONSOLE PORT C 690 C 691 4 7PF 4 7PF Eng. ASKEY COMPUTER CORP. P CB RTA1025W Title Periph Size Document Number R ev PKE530VW-D49(EU-ROHS) A Date: 星期 T, 五月 17, 2006 Sheet 9 of 10 A B C D E

A B C D E +3.3V +2.5V C201 C202 C203 C204 C205 C206 C207 C208 C209 C210 C211 C212 C10 C213 C214 C215 C216 C1 10uF 0.1uF 0.01uF 1000pF 10uF 0.1uF 0.01uF 1000pF 1000pF 0.01uF 0.1uF 10uF 1000pF 1000pF 0.01uF 0.1uF 10uF 10uF +1.2V C20 C217 C218 C9 C219 C220 C221 C222 C223 C224 C225 C2 C226 C227 C8 C228 C11 10uF(DNI) 10uF(DNI) 0.1uF 0.1uF 0.01uF 1000pF 10uF(DNI) 0.1uF 0.01uF 1000pF 10uF(DNI) 0.1uF 0.1uF 0.01uF 0.01uF 1000pF 1000pF FB201 FB202 4 MIPSDDR_PL L_VDD_1P2 CLK25 _VDD_2P5 4 +1.2V +2.5VA TSOP-56 C229 C230 600 C231 C232 600 C233 TSOP-48 10uF 10uF 1000pF 0.1uF 4.7uF FB204 CLK25 _VDD_1P2 +1.2V C235 600 C236 0.1uF(DNI) 4.7uF(DNI) FB205 FB206 DDR_DSKEW_VDD_1 P2 SYS_PLL_ VDD_1P2 600 C237 C238 600 1000pF 1000pF S/W DOWNLOAD MEMORY FLASH: 2/4/8/16 MBYTE OPTION FB208 DDR_BVDL _1P2 D[15:0] 600 C247 A[23 :1] AC23 AC24 AC25 AC26 AB23 AA24 AA25 AA26 1000pF W23 W24 W25 W26 AC3 AD1 AD2 M17 M10 AB4 AB5 C21 D21 N17 R17 U10 U11 U12 U13 U14 U15 U16 U17 N10 C19 C18 A21 B21 K17 P17 K10 K11 K12 Y23 B18 T17 L17 L10 U1 C6 C5 D5 C4 D4 A6 B6 A5 B5 E4 A4 B4 F4 +3.3V U101B DDR_BVDDL_1P2 DDR_DESKEW_VDD_1P2 MIPS_DESKEW_VDD_1P2 MIPSDDR_PLL_VDD_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDC_1P2 DVDDO_3P3 DVDDO_3P3 DVDDO_3P3 DVDDO_3P3 DVDDO_3P3 DVDDO_3P3 DVDDO_3P3 DVDDO_3P3 DVDDO_3P3 DVDDO_3P3 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 DVDDP_2P5 CLK25_VDD_2P5 CLK25_VDD_1P2 SYS_PLL_VDD_1P2 BCM3368A1 C248 C249 C250 N5 0.1uF 0.1uF 0.1uF SD_DQ[0] P5 SD_DQ[1] R5 SD_DQ[2] 29 43 T5 SD_DQ[3] U5 SD_DQ[4] A1 D0 V4 31 35 VIO VCC SD_DQ[5] A2 A0 D0 D1 V5 26 37 SD_DQ[6] A3 A1 D1 D2 W4 25 39 SD_DQ[7] A4 A2 D2 D3 V201 U3 24 41 SD_DQ[8] A5 A3 AMD D3 D4 U2 23 44 SD_DQ[9] A6 A4 F LASH D4 D5 T3 22 46 SD_DQ[10] A7 A5 D5 D6 T4 21 48 R230 4.7K MIPS_DSKPLL_BYP SD_DQ[11] A8 A6 48 TSOP D6 D7 R4 20 50 SD_DQ[12] A9 A7 4M x 16 D7 D8 P4 10 36 SD_DQ[13] A10 A8 8M x 8 D8 D9 N4 9 38 SD_DQ[14] A11 A9 D9 D10 M4 8 40 SD_DQ[15] A12 A10 D10 D11 7 42 R221 4.7K (DNI) CL K_SEL0 A13 A11 D11 D12 AA5 6 45 R228 4.7K (DNI) CL K_SEL1 SD_A[0] A14 A12 D12 D13 AA3 5 47 +3.3V SD_A[1] A13 D13 1 R222 4.7K (DNI) CL K_SEL2 AB2 A15 4 49 D14 1 1 1 R223 4.7K (DNI) CL K_SEL3 SD_A[2] A16 A14 D14 D15 C284 C283 C282 AC2 3 51 + C281 R229 4.7K (DNI) CL K_SEL4 SD_A[3] A17 A15 D15/A-1 AC1 54 SD_A[4] A16 NC = 1,27,28,30,55,56 AB3 A18 19 0.1uF 0.1uF 0.1uF 10uF 2 2 2 2 R224 4.7K (DNI) IXTAL_ADJ0 SD_A[5] A19 A17 AB1 18 R225 4.7K (DNI) IXTAL_ADJ1 SD_A[6] A20 R201 0 A18 3 AA2 11 3 R226 4.7K (DNI) IXTAL_ADJ2 SD_A[7] A21 A19 U204 AA1 12 R227 4.7K (DNI) IXTAL_ADJ3 SD_A[8] A22 R202 0 A20 TE28F640J3C 37 43 Y2 15 9 SD_A[9] A23 A21 Y3 2 SD_A[10] R203 DNI A22/NC D0 Y1 32 33 VCC VCC VCC SD_A[11] R204 DNI A20 A1 A0 D0 D1 W2 53 17 28 35 SD_A[12] A22 R205 DNI BYTE RY/BY A2 A1 D1 D2 27 38 A3 A2 D2 D3 V2 26 40 SD_CLK R206 10K A4 A3 D3 D4 W1 +3.3V 16 25 44 SD_CKE WP/ACC A5 A4 D4 D5 U4 13 24 46 SD_WE_N WE A6 A5 FLASH D5 D6 Y4 34 23 49 SD_CAS_N OE A7 A6 2Mx16 D6 D7 V3 32 22 51 SD_RAS_N CE U202 A8 A7 56 TSOP D7 D8 Y5 20 34 VSS VSS SD_CS_N AM29LV640MB-110 A9 A8 D8 D9 W5 14 19 36 SD_DQM[0] RST TSOP48/56 A10 A9 D9 D10 V1 18 39 SD_DQM[1] A11 A10 D10 D11 W3 17 41 33 52 SD_BSA[0] MPI_AD0 D3 A12 A11 D11 D12 AA4 AD15 13 45 SD_BSA[1] MPI_AD[0]/EBI_D[3] MPI_AD1 D4 R207 A13 A12 D12 D13 AE16 12 47 FB209 R208 4.99K MPI_AD[1]/EBI_D[4] MPI_AD2 D11 A14 A13 D13 D14 AF16 11 50 MPI_AD[2]/EBI_D[11] MPI_AD3 D5 DNI A15 A14 D14 D15 +2.5V AF17 10 52 MPI_AD[3]/EBI_D[5] MPI_AD4 D12 A14 A16 A15 D15 Place these components in close proximity to one another. AD16 8 BLM21P331SG C252 C263 C253 C259 C262 C258 R209 C264 C265 MPI_AD[4]/EBI_D[12] MPI_AD5 D6 A13 A17 A16 10K + C272 BCM3368 MPI_AD[5]/EBI_D[6] AD17 MPI_AD6 D13 A20 A18 7 A17 STS 53 1 R238 2 +3.3V AE17 6 1.0uF 0.1uF 0.01uF 2700pF 1000pF 0.1uF 4.99K 0.047uF 470pF C255 27pF R220 22 MPI_AD[6]/EBI_D[13] MPI_AD7 D7 A19 A19 A18 0 220uF XTAL25_P MEMORY AND MPI INTERFACES MPI_AD[7]/EBI_D[7] AE18 MPI_AD8 D15 A22 A20 5 A19 VPP 15 1 R237 2 AD18 4 10V MPI_AD[8]/EBI_D[15] MPI_AD9 A10 A21 A20 (2 OF 5) MPI_AD[9]/EBI_A[10] AD21 MPI_AD10 A18 R252 1.2K A22 3 NC/A21 AE24 1 30 MPI_AD[10]/EBI_A[18] MPI_AD11 E BI_RD_N NC/A22 NC A19 AE13 +3.3V Y 201 CLK25_XTAL_P MPI_AD[11]/EBI_RD_N MPI_AD12 A11 AE21 C261 C257 C256 C260 C254 25.000MHz MPI_AD[12]/EBI_A[11] MPI_AD13 B19 AC21 56 18pF 10/15PPM FUND AT CLK25_XTAL_N MPI_AD[13]/EBI_BS0_N MPI_AD14 A9 WP_N/NC 10K AF22 55 31 1 2 1.0uF 0.1uF 0.01uF 2700pF 1000pF MPI_AD[14]/EBI_A[9] MPI_AD15 WE_N BYTE_N R236 AC18 54 XTAL25_N MPI_AD[15]/EBI_BS1_N MPI_AD16 A17 OE_N AF19 14 MPI_AD[16]/EBI_A[17] MPI_AD17 CE0_N AC17 2 C266 27pF R210 22 MPI_AD[17]/EBI_TS_N MPI_AD18 A7 CE1_N AF25 29 MPI_AD[18]/EBI_A[7] MPI_AD19 NC/CE2_N 18 33 15 55 61 AC16 16 1 3 9 MPI_AD[19]/EBI_TA_N MPI_AD20 A6 RP_N AE25 GND GND GND MPI_AD[20]/EBI_A[6] MPI_AD21 A5 AD25 VDDQ VDDQ VDDQ VDDQ VDDQ VDD VDD VDD MPI_AD[21]/EBI_A[5] MPI_AD22 A4 AF26 DDR_A13 MPI_AD[22]/EBI_A[4] MPI_AD23 A3 17 AE26 21 42 48 DDR_A12 A13/NC DDR_ V REF MPI_AD[23]/EBI_A[3] MPI_AD24 A2 R332 C280 42 49 T1 AD26 DDR_A11 A12 VREF DDR_VREF MPI_AD[24]/EBI_A[2] MPI_AD25 A1 41 AF12 2 1 1 2 DDR_A10 A11 C267 C268 MPI_AD[25]/EBI_A[1] MPI_AD26 28 AC12 DD R_A9 A10/AP RN205 68 MPI_AD[26]/EBI_A[0] MPI_AD27 D0 A15 1K 0.1uF 40 AF13 DD R_A8 A9 xD DR_DQ15 x DDR_DQ[15:0] xDD R_DQ3 DD R_DQ3 DDR_DQ[15:0] 470pF 1.0uF MPI_AD[27]/EBI_D[0] MPI_AD28 D8 A21 39 65 8 1 AF14 DD R_A7 A8 DQ15 xD DR_DQ14 xDD R_DQ2 DD R_DQ2 MPI_AD[28]/EBI_D[8] MPI_AD29 D1 A12 MAIN MEMORY DD R_A6 38 A7 DQ14 63 xD DR_DQ13 xDD R_DQ1 7 2 DD R_DQ1 MPI_AD[29]/EBI_D[1] AE14 MPI_AD30 D9 A8 37 62 6 3 AD14 DDR SDRAM: 32 DD R_A5 A6 DQ13 xD DR_DQ12 xDD R_DQ0 DD R_DQ0 MPI_AD[30]/EBI_D[9] MPI_AD31 D10 A16 36 60 5 4 AE15 DD R_A4 A5 DQ12 xD DR_DQ11 MPI_AD[31]/EBI_D[10] MBYTES 35 59 MPI_AD[31:0] (4,9) DD R_A3 A4 DQ11 xD DR_DQ10 RN206 68 32 57 DD R_A2 A3 DQ10 xDD R_DQ9 xDD R_DQ7 DD R_DQ7 A23 31 56 8 1 AE19 DD R_A1 A2 DQ9 xDD R_DQ8 xDD R_DQ6 DD R_DQ6 EBI_A[23] D2 DD R_A0 30 A1 256Mbit DQ8 54 xDD R_DQ7 xDD R_DQ5 7 2 DD R_DQ5 EBI_D[2] AF15 D14 29 13 6 3 AF18 A0 DDR DQ7 xDD R_DQ6 xDD R_DQ4 DD R_DQ4 EBI_D[14] EB I_WR_N 11 5 4 AF23 D DR_BA1 DQ6 xDD R_DQ5 EBI_WE_N EBI_CS0_N 27 SDRAM 10 AD13 D DR_BA0 BA1 DQ5 xDD R_DQ4 RN207 68 EBI_CS0_N 2 26 8 AC15 2 BA0 DQ4 EBI_CS1_N 16Mx16 DQ3 7 xDD R_DQ3 xDD R_DQ8 4 5 DD R_DQ8 5 xDD R_DQ2 xDD R_DQ9 3 6 DD R_DQ9 xDDR_ CK DQ2 xDD R_DQ1 xD DR_DQ10 D DR_DQ10 DD R_DQ0 45 4 2 7 F3 AD19 MPI_CBE_0 (4,9) xDDR _CKB CLK DQ1 xDD R_DQ0 xD DR_DQ11 D DR_DQ11 DD R_DQ1 DDR_DQ[0] MPI_CBE[0]/EBI_A[16] 46 2 1 8 G2 AD24 MPI_CBE_1 (4,9) CLK DQ0 DD R_DQ2 DDR_DQ[1] MPI_CBE[1]/EBI_A[8] G1 AF21 MPI_CBE_2 (4,9) RN208 68 DD R_DQ3 DDR_DQ[2] MPI_CBE[2]/EBI_A[12] F2 AC22 MPI_CBE_3 (4,9) DDR _CKE xD DR_DQS1 xD DR_DQ12 D DR_DQ12 DD R_DQ4 DDR_DQ[3] MPI_CBE[3]/EBI_RW_N 44 51 4 5 E1 CKE UDQS xD DR_DQS0 xD DR_DQ13 D DR_DQ13 DD R_DQ5 DDR_DQ[4] 16 3 6 G3 LDQS xD DR_DQ14 D DR_DQ14 DD R_DQ6 DDR_DQ[5] 2 7 E2 AD22 MPI_DEVSEL_N (4,9) DD R_CS0B x DDR_DQM1 xD DR_DQ15 D DR_DQ15 DD R_DQ7 DDR_DQ[6] MPI_DEVSEL_N/EBI_A[21] 24 47 1 8 F1 AF20 MPI _IRDY_N (4,9) CS (IN) UDM x DDR_DQM0 DD R_DQ8 DDR_DQ[7] MPI_IRDY_N/EBI_A[15] 20 M1 AD23 MPI_TRDY_N (4,9) (IN) LDM DD R_DQ9 DDR_DQ[8] MPI_TRDY_N/EBI_A[22] L2 AF24 DDR _RASB NC = 14,19,25,43,50,53 D DR_DQ10 DDR_DQ[9] MPI_LOCK_N/EBI_A[19] 23 M3 AE22 MPI_STOP_N (4,9) DDR _CASB RAS D DR_DQ11 DDR_DQ[10] MPI_STOP_N/EBI_A[20] 22 CAS PLACE THESE SERIES TERMINATORS 1/2 THE K3 DDR_DQ[11] MPI_PAR/EBI_A[13] AD20 MPI_PAR (4,9) DDR_ WEB 21 TRACE LENGTH BETWEEN THE BCM3368 D DR_DQ12 J3 AE20 WE DDR_DQ[12] MPI_PERR_N/EBI_A[14] MPI_PERR_N (4,9) VSSQ VSSQ VSSQ VSSQ VSSQ U203 D DR_DQ13 L1 AE23 VSS VSS VSS MT46V16M16D1TG-75Z AND THE DDR MEMORY DEVICE. D DR_DQ14 K1 DDR_DQ[13] MPI_RST_N/EBI_RESET_N MPI_RESET_N (4,9) TSOP66 D DR_DQ15 DDR_DQ[14] K2 DDR_DQ[15] AC20 34 48 66 6 12 52 58 64 PCI_SERR_N/EBI_TEA_N P CI_SERR_N (4,9) R214 68 DD R_DQS1 L3 AE12 R251 33 DDR_DQS[1] PCI_CLK/EBI_CLK MPI_CLK (4,9) R215 68 DD R_DQS0 D1 R216 30 DDR_DQM1 DDR_DQS[0] J2 R217 30 DDR_DQM0 DDR_DQM[1] H1 AC19 PCI_FRAME_N (4,9) DDR_ WE_N DDR_DQM[0] PCI_FRAME_N E3 DDR _CAS_N DDR_WE_N +3.3V +3.3V C2 DDR _RAS_N DDR_CAS_N D3 AC13 R524 0 DDR _CLK DDR_RAS_N CB_FRAME_N R261 1.2K N1 AD11 R525 0 DD R_CLK_N DDR_CLK CB_GNT_N M2 AC14 DDR_ CS_N DDR_CLK_N CB_SERR_N R255 1.2K R256 1.2K C3 AD12 D DR_BA1 DDR_CS_N CB_CLK C1 D DR_BA0 DDR_BSA[1] R257 1.2K R260 1.2K B2 DDR _CKE DDR_BSA[0] P1 DDR_CKE R258 1.2K R253 1.2K DDR_A[13:0] DD R_A0 B1 DD R_A1 DDR_A[0] R254 1.2K R259 1.2K A2 DD R_A2 DDR_A[1] A1 DD R_A3 DDR_A[2] A3 DD R_A4 DDR_A[3] T2 DD R_A5 DDR_A[4] P3 DD R_A6 DDR_A[5] R3 DD R_A7 DDR_A[6] P2 DD R_A8 DDR_A[7] R2 DD R_A9 DDR_A[8] N3 DDR_A10 DDR_A[9] B3 DDR_A11 DDR_A[10] R1 DDR_A12 DDR_A[11] N2 DDR_A13 DDR_A[12] D2 H26 DDR_A[13] TCK V202 G25 TMS V203 H25 TDO V204 G26 TDI V205 J25 J26 SYS_RESET_N TRST_N GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND 1 1 A20 B20 C20 D20 H2 H3 J1 J4 K13 K14 K15 K16 K4 L11 L12 L13 L14 L15 L16 M11 M12 M13 M14 M15 M16 N11 N12 N13 N14 N15 N16 P10 P11 P12 P13 P14 P15 P16 R10 R11 R12 R13 R14 R15 R16 T10 T11 T12 T13 T14 T15 T16 G4 H4 L4 F26 F23 (1) SYS_RESET_N G23 Eng. ASKEY COMPUTER CORP. P CB RTA1025W Title CPU Size Document Number R ev PKE530VW-D49(EU-ROHS) A Date: 星 薑 T, 五月 17, 2006 Sheet 9 of 10 A B C D E

A B C D E THESE COMPONENTS ARE WITHIN THE HW601 SHIELD OUTLINE 4 4 GND 1 GND 2 GND 3 GND 4 HW601 GND GND 5 6 Add 36 thermal vias (12 mil FENCE_1.00X1.25X0.20 7 GND GND 8 diam.) under BCM3420 chip. 9 GND No solder mask under chip on top and bottom FB601 FB605 600 600 +3.3V_TUNER +3.3V_TUNER C603 C604 C605 C606 0.047uF 470pF 0.047uF 470pF D2 R601 1K BAV99(DNP) U602 IF_AGC (5) BCM3420-A0 40 39 38 37 36 35 34 33 32 31 2 HVQFN40_6X6 C607 0.1uF 3 3 3 SP1 SP2 VCC GND GND GND GND VCC VCC GND RF Input 54 - 860MHz 1 C608 1000pF 1 GND AGC 30 U601 C609 975-1029B 4700pF C610 0.1uF DOWNSTREAM 1 2 RF IF2 29 DS_IF_P (5) 2 FB602 GND 600 C611 0.1uF GND 10 2 +3.3V_TUNER 3 VCC IF1 28 DS_IF_N (5) FB606 9 3 C612 C613 600 GND GND 8 1 0.047uF 470pF 4 VCC SILICON VCC 27 +3.3V_TUNER C614 C615 7 D3 5 CABLE 26 UPSTREAM GND BAV99(DNP) GND GND 0.047uF 470pF 6 GND 6 TUNER GND AS GND 5 R604 4.7K C617 0.22uF +3.3V_TUNER 7 24 3 4 C618 0 BVS VT1 R602 390 C619 5600pF (5) US_OUTPUT 8 SCL VT2 23 RES-THK-0-0603 NC = 25 R603 180 C620 0.1uF 9 SDA VREF2 22 C621 8200pF +3.3V_TUNER 10 GND CP 21 LOTEST XTOUT R605 4.7K GND GND GND VCC VCC VCC XT2 XT1 11 12 13 14 15 16 17 18 19 20 2 2 FB603 600 R606 +3.3V_TUNER 56 FB607 C622 C623 600 +3.3V_TUNER 0.047uF 470pF C624 C625 (5) RFT_CLK C626 C627 0.047uF 470pF (5) RFT_DATA FB604 27pF 27pF 600 +3.3V_TUNER C635 C636 C629 C630 18pF 15/30PPM FUND AT 16.000MHz 1000pF 1000pF 0.047uF 470pF Y601 1 1 Eng. ASKEY COMPUTER CORP. PCB RTA1025W Title Tuner Size Document Number Rev PKE530VW-D49(EU-ROHS) A Date: 星期三 , 五月 17, 2006 Sheet 9 of 10 A B C D E

5 4 3 2 1 connector(DNP) +14V?.7V with J102 Battery Charger 1 2 +10V TO +16V C133 VIN 6 VSYS 1 2 otherwise F1 2AMPS 1000pF 1N5400 FB104 BLM21PG600 5 D103 MBRS340T3 2 J101 4 1 1 L1 CENTER 2 1 2 Q107 3 D113 C134 D1 C135 C136 R123 + C113 R121 R122 FDC658P D108 SHUNT WBC0610R6H-R6/DIP 100uF C154 BAT54A C150 C152 3 2 SMBJ16A 1000pF 1 2 1000pF 0.1uF 66.5K 16V 100K 100K 0.1uF SLEEVE 50V 10uF 50V 10uF 1 RAPC-712 WBC0610R6H-R6/DIP 16V 16V 1 L2 +5V U103 Locate power + C3 BMU_VIN LP2950CZ-5.0 C137 21.03V FS TO-92 connector on rear 470uF/35V/DIP Q108 C151 +5V 3 1 2 1000pF MMBT3904L 0.1uF OUT IN panel as far from the R124 50V U102 C184 + C183 diplexer as possible. FAN5236 14 28 3.32K QSOP28 1uF 100uF/dni GND R125 1% 16V VIN VCC BMU_IADP 2 6 BOOT1 BOOT2 23 6 5 7 8 D -0.25V FS C165 C166 D 0.1 1% 250mW Q114B 0.1uF 0.1uF Q115A +3.3BUCK FDS6930A 4 5 24 2 FDS6930A HDRV1 HDRV2 L107 L108 R2 0 R2010 3 1 4 25 SW1 SW2 +1.2V 1.245V / 1.9A 8 7 5 6 22uH 22uH C169 C170 + C167 + C168 C171 C172 Q114A Q115B 4.7uF 4.7uF 470uF FDS6930A 2 2 27 4 FDS6930A 470uF 4.7uF 4.7uF 10V LDRV1 LDRV2 10V 1 3 3 PGND1 PGND2 26 R155 DNI R157 DNI R156 0 9 20 R158 0 FPWM1 FPWM2 R101 887 7 22 R104 887 ISEN1 ISEN2 R102 4.87K 10 19 R105 698 VSEN1 VSEN2 +5V 8 EN1 EN2 21 +5V C175 DNI C176 DNI R103 15 16 R107 PG1 PG2 1.82K 6.85A Trip 1.82K 11 ILIM1 ILIM2 18 12 SS1 SS2 17 SYS_RESET_N (2) AGND 13 DDR L106 6.8uH +3.3V_TUNER 1 VSYS R113 C173 C174 R114 C153 + C155 C149 C162 C159 30.1K 0.01uF 0.01uF 41.2K 4.7uF 470uF 470pF 470pF 470pF R3 6.3V C140 R126 R111 10K 0R FAN5236_PWR_GOOD R141 0R 0.1uF 100K 4 50V Q109 3 +3.3V 3.3V / 2.3A FDC658P Q110 R143 0 R1206 2 DTC114EUA R148 10K/DNI R151 2 3 +3.3V_5325 BMU_DIS_CTRL VCC 100K Q122 6 5 2 1 10K SI2305DS 5 CD RESET 1 10K 1 C177 GND U104 C178 C LM8365 2.7V/DNI C 6800pF/DNI 3 SOT23-5 DNI Q121 R154 4.7K MMBT3904L D104 L104 Q111 MBRS130LT3 150uH FDC658P 6 5 VIN +3.3V L109 10uH U105 D105 2 1 4 4 3 +1.8V 1.8V / 600mA IN SW MBRS130LT3 R144 SMBJ14A R146 R129 C142 C179 R127 C141 R152 0 R0805 C138 C139 2 C156 C157 R150 2 3 GND +1.8V_5325 D106 1M 1M 41.2K 0.1uF DNI 10K 10uF D112 R128 1% 1% 0.1% 16V 10uF 0.01uF 5 1 +1.8V_EN 10uF 470pF 100K Q119 + C185 3 MMSD4148 1K C143 16V C180 FB EN SI2305DS C12 C13 C15 C16 220pF 470uF 4.7uF MP2104 R108 1 6.3V 0.1uF(DNP)DNP BJ2 BJ1 R35 DNP R112 10K S-M-.100-1X5 S-M-.100-1X5 D110 R30 0RBAT2 1 1BAT1 DNP D111 200K BCM5325_PWRDOWN_N (3) BAV70 2 2 BAV70 Q112 R106 100K R34 0RBAT_ENA_B 3 3 BAT_ENA_A R36 0R MBT3946DW1T1 BMU_PWM_OUT Q120 R153 4.7K R32 0R 4 4 13.41V FS BMU_VBAT 6 1 MMBT3904L 5 5 C39 C38 5 2 C14 C17 R37 R33 100pF 100pF 220pF 4700pF 4700pF R147 C102 R132 4 3 C144 R145 C101 R130 10M 0.22uF 3.32K 10M 0.22uF 0R 0.1% 1K U101D R31 BMU_IBAT 0R BCM3368A1 62.5mV FS R131 20K Q117 R4 0 MMBT3904L R140 AB24 +3.3V VREG2_SUPPLY 3 R133 +3.3V 0.1 5 BMU_EN_A C103 C104 C105 Place C103, C104, C105 close 1% 0R 100K 250mW 47K BZX84C8V2 10uF 0.1uF 0.01uF to the emitter of Q101 47K D107 8.2V [VREG2] Q113A MUN5213DW1T1 AB25 VREG2_CNTRL Q101 Route VREG2_CNTRL 4 PNP2P5_CONTROL 2SB1188Q as short as possible. R5 0 PNP2P5_SENSE AB26 +2.5V BMU_AC_EN D8 BMU_AC_EN (PULLUP) 6 C106 C107 Place C106 & C107 close 2 BMU_EN_B BMU_DIS_CTRL D9 BMU_DIS_CTRL (PULLDOWN) 10uF 0.1uF to the collector of Q101 47K BMU_PWM_OUT AC11 47K BMU_PWM_OUT (PULLDOWN) Q113B C7 MUN5213DW1T1 BMU_EN_BK (PULLDOWN) R6 0 A7 BMU_EN_A (PULLDOWN) B7 AA23 +3.3V 1 BMU_EN_B (PULLDOWN) VREG1_SUPPLY B +3.3V R134 10K C8 C108 C109 C110 Place C108, C109, C110 close B BMU_OW_A BMU_OW_BK (PULLUP) A8 BMU_OW_A (PULLUP) to the emitter of Q102 BMU_OW_B B8 [VREG1] 10uF 0.1uF 0.01uF BMU_OW_B (PULLUP) +3.3V R135 10K C9 BMU_ID_BK (PULLDOWN) Y25 VREG1_CNTRL Q102 Route VREG1_CNTRL PNP1P2_CONTROL 2SB1188Q as short as possible. AD5 R7 0 BMU_ANA_IN0 AC7 BMU_ANA_IN1 PNP1P2_SENSE_2P5 Y26 +2.5VA BMU_VIN AD7 R_ IDA BMU_ANA_IN2 C111 C112 AD6 BMU_ANA_IN3 Place C111 & C112 close R_ IDB AE6 Y24 THERM BMU_ANA_IN4 PNP1P2_SENSE 10uF 0.1uF to the collector of Q102 AC8 BMU_ANA_IN5 AF5 BMU_ANA_IN6 BMU_IADP AE5 BMU_ANA_IN7 R136 R149 R137 R138 R139 VSYS THERMISTOR BCM3368 FB102 10K 10K 10K 10K POWER REGULATION V_HVG1 THERMISTOR 1% 1% 1% 1% C190 1000pF 3 (1 OF 5) C114 C115 BLM21P331SG 1 Q103 10uF 0.01uF BMU_BUF_REF AC6 FQD7P20TF 16V (8) BMU_BUF_REF BMU_BUF_REF 1 6 R161 2 D101 MURS120T3 2 5 VBAT1 (7) AC10 HVG1_DRIVER 300 (PULLDOWN) HVG1_DRIVER L101 C117 C118 3 4 C116 220pF + AE9 HVG1_BREF R163 MBT3946DW1T1 10uH 0.1uF 33uF (PULLDOWN) HVG1_BUFREF Q104 250V 160V AC5 470 (8) APM_SENPA BMU_DIAG_SENSE_CH0_P R109 C121 R110 10K AC4 4.12K 1000pF (7) VREFA BMU_DIAG_SENSE_CH0_N 1% R162 AF9 HVG1_FB HVG1_FB 402K 1% VSYS FB103 V_HVG2 C124 1000pF 3 AE3 AD10 HVG2_DRIVER C125 C126 BLM21P331SG (8) APM_SENPB BMU_DIAG_SENSE_CH1_P HVG2_DRIVER 1 Q105 10uF 0.01uF AD4 AF3 HVG2_BREF FQD7P20TF 16V (7) VREFB BMU_DIAG_SENSE_CH1_N HVG2_BUFREF 1 6 R115 C129 R117 2 D102 MURS120T3 A 2 5 VBAT2 (7) A 4.12K 1000pF 1% C130 220pF 300 HVG_REFOUT AF6 AF2 3 4 L102 C131 C132 TP101 HVG_REFOUT HVG2_FB R118 + TP-024-RND MBT3946DW1T1 10uH 0.1uF 33uF B O M _ I G NORE B O M _ I G NORE B O M _ I G NORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE B O M _ I G N ORE 470 Q106 250V 160V HM6 H1 H2 H3 H4 H5 H6 H7 H8 HM1 HM2 HM3 HM4 HM5 MH7 MH8 HW3 HW4 R119 10K MH MH MH MH MH MH MH MH MH MH MH MH MH MH MH MH MH MH R120 HVG2_FB 402K 1% Eng. ASKEY COMPUTER CORP. PCB RTA1025W Title A G ND POWER Size Document Number R ev PKE535VWBP-D4P A Date: 星期三, 五月 17, 2006 Sheet 9 of 10 5 4 3 2 1

A B C D E A 10K R802 2.7K 4 MMBTA42LT1 4 (3) OFFHOOK_A Q801 R801 MMBTA92 Q802 390 390 R803 R804 MMBD1403 MMBD1403 D801 D802 PRA (7) PTA (7) (7) VTX_SENSE_A PTA (7) +3.3V PRA (7) 3 FB801 3 600 R805 10M C801 R806 10M A 0.1uF U801 16 74VHC4052 R807 VCC TSSOP16 100K 3 1 VTX_SENSE_A (1) APM_SENPA Y 0Y 5 TIP_SENSE_A R808 MUXDX 1Y RING_SENSE_A 2Y 2 3Y 4 100K BMU_BUF_REF (1) 13 12 VTX_SENSE_B R809 (1) APM_SENPB X 0X 14 TIP_SENSE_B MUXDX 1X RING_SENSE_B 2X 15 100K 3X 11 (3) SENSE_0 10 A 9 D807 R810 (3) SENSE_1 B 3 1 4 6 6 ESDALC6V1P6 (3) SENSE_EN INH GND 100K VEE R811 R812 8 7 10M 10M 5 2 A A A PTB (7) 2 2 (7) VTX_SENSE_B PRB (7) PRB (7) PTB (7) D805 D806 MMBD1403 MMBD1403 R813 R814 390 390 R815 Q804 MMBTA92 Q803 (3) OFFHOOK_B MMBTA42LT1 2.7K 1 R816 1 A 10K Eng. ASKEY COMPUTER CORP. PCB RTA1025W Title SI3230M SLIC Size Document Number R ev PKE530VW-D49(EU-ROHS) A Date: 星期三 , 五月 17, 2006 Sheet 9 of 10 A B C D E

A B C D E VTX_SENSE_A (8) (3) PLC_1 (3) B2_1 A (3) B1_1 PRA (8) (3) B0_1 PT6 CPTCx2(DNP) V701 4 4 C702 C703 2 2 TP-024-RND R731 R732 R733 +3.3V 1 1 10K 10K 10K DNI DNI 4 3 R702 0R 4 3 PRA RI NGA R701 PT1 50R/CPTC/AMZ2L 10K PTA TIPA A U701 C704 R704 Le9500D C705 C706 R703 0R PT2 50R/CPTC/AMZ2L PLCC28 R705 1M 25 24 23 22 21 20 19 (3) DET_1 1000pF 1000pF U101E 0.47uF 4.75K 250V 250V TP-024-RND PTIP B0 B1 B2 PRING FB1 FB2 BCM3368A1 1% V702 A A R706 301K C708 0.1uF AF8 VTX1_P 26 18 VTX1_P ITR VPROG A PTA (8) 27 17 A VTX NC-17 28 TXI BGND 16 1 15 D701 VTX1_N NSTAT VBAT2 VTX1_N AE8 2 VITR VBAT1 14 3 RCV+ VCC 13 BCM3368 R708 301K C710 0.1uF 4 12 RCV- AGND VBAT1(1) RINGin+ R709 RINGin- DCOUT RTFLT VREF VOIP APM_LAVDD_1P2 162K CF2 CF1 1% C712 A (5 OF 5) R729 0 C751 DNI C714 MMBD1403 FB701 R710 100K 1% 0.1uF 5 6 7 8 9 10 11 600 AF10 VRX1_P 250V VC1/REF_AVDD_2P5 VRX1_P 0.1uF +2.5VA AD9 VC1_AVDD_2P5 A C716 FB702 AE10 VRX1_N 600 0.1uF VRX1_N R711 100K 1% A R712 R713 100K 61.9K 1% 1% +3.3V 3 AE7 REF_AVDD_2P5 VREFA (1) 3 C719 0.22uF 250V R714 383K 1% LINE1: SLIC(B) FB703 LINE2: N.C. 600 C720 C721 VC2_AVDD_2P5 AD3 R25 0 xTIPA 2 VC2_AVDD_2P5 U702 L2RING_A 0.1uF 0.1uF R26 0 RI NGB 3 C718 250V R27 0 TIPB L1RING_A 1 TP1 RG1 8 4 L1TIP_A A A R28 0 xRIN GA 5 0.1uF R ING_P VBAT1 L2TIP_A J701 RING_P AE11 2 VG1 GND 7 AF11 RING _N RJ11-DUAL RING_N VBAT2 xTIPB A A A 3 VG2 GND 6 8 L2RING_B FB704 C723 C724 RI NGA9 600 C725 C726 TIPA 10 L1RING_B 4 TP2 RG2 5 A L1TIP_B BMU/RNG_AVDD_2P5 AC9 0.068uF 0.068uF C727 C728 xRIN GB 11 RING_AVDD_2P5 0.1uF 0.1uF L2TIP_B C701 C722 0.1uF 0.1uF 250V 250V TISP6NTP2CDR AD8 BMU_VDD_2P5 A A 250V SO8 A A 4.7uF 0.1uF LINE1: SLIC(A) 1% LINE2: SLIC(B) R715 383K A 250V FB705 C731 0.22uF 600 +1.2V APM_LAVDD_1P2 AE1 VREFB (1) APM_LAVDD_1P2 C732 C733 1% 1% +3.3V 4.7uF 0.1uF 100K 61.9K R716 R717 R718 100K 1% A AF1 VRX2_N 2 VRX2_N 600 2 FB707 APM_VREF AF7 APM_VREF VRX2_P VRX2_P AE2 C736 C737 C739 D702 10 11 5 6 7 8 9 R719 100K 1% 0.1uF 4.7uF R730 0 C752 DNI RINGin+ DCOUT RTFLT VREF RINGin- CF2 CF1 APM_LAVDD_1P2 1% 0.1uF VBAT2 (1) A A 162K A R720 4 12 C743 R721 301K C741 0.1uF RCV- AGND 3 RCV+ VCC 13 AE4 VTX2_N 2 14 MMBD1403 0.1uF VTX2_N VITR VBAT1 250V 1 NSTAT VBAT2 15 28 TXI BGND 16 A 27 VTX NC-17 17 A AF4 VTX2_P 26 18 A VTX2_P ITR VPROG PTB (8) PRING R723 301K C744 0.1uF PTIP FB1 FB2 1% V703 B0 B1 0.47uF 4.75K B2 TP-024-RND (3) DET_2 25 24 23 22 21 20 19 PLCC28 R724 1M C746 R725 Le9500D R727 0R PT3 50R/CPTC/AMZ2L U703 PTB TIPB 10K R726 PRB PT4 50R/CPTC/AMZ2L RI NGB C747 C748 R728 0R DNI DNI 2 1 +3.3V 1000pF 1000pF 2 1 C749 C750 250V 250V 4 3 V704 PT5 4 3 CPTCx2(DNP) TP-024-RND (3) B0_2 A A (3) B1_2 PRB (8) (3) B2_2 A (3) PLC_2 VTX_SENSE_B (8) 1 R734 R735 R736 1 10K 10K 10K A Eng. ASKEY COMPUTER CORP. PCB RTA1025W Title SI3230M SLIC Size Document Number Rev PKE530VW-D49(EU-ROHS) A Date: 星期三 , 五月 24, 2006 Sheet 9 of 10 A B C D E

A B C D E MPI_AD[31:0] WU602A MPI_AD31 VDDA1 WU602D P12 pci_ad_31 pci_cbe_3 M14 MPI_CBE_3 MPI_AD30 P13 H11 B3 E4 pci_ad_30 pci_cbe_2 MPI_CBE_2 plldvdd AVSS_ADC MPI_AD29 N13 G11 A5 A1 pci_ad_29 pci_cbe_1 MPI_CBE_1 pllvdd AVSS_DAC MPI_AD28 L11 D14 E3 G1 pci_ad_28 pci_cbe_0 MPI_CBE_0 AVDD_ADC RGND1 MPI_AD27 P14 J12 B1 L3 pci_ad_27 pci_frame PCI_FRAME_N AVDD_DAC RGND10 MPI_AD26 M13 J14 VDDA2 L4 pci_ad_26 pci_irdy MPI_IRDY_N RGND11 MPI_AD25 N14 H12 N7 L5 pci_ad_25 pci_trdy MPI_TRDY_N VDDXTAL RGND12 MPI_AD24 M12 H14 M7 L6 pci_ad_24 pci_devsel MPI_DEVSEL_N VDD4W RGND13 MPI_AD23 L12 G13 N5 L7 pci_ad_23 pci_stop MPI_STOP_N VDDPLL RGND14 MPI_AD22 L14 G12 M6 L8 pci_ad_22 pci_perr MPI_PERR_N VDDPLL_REF RGND15 MPI_AD21 K13 G14 VDDA3 M4 pci_ad_21 pci_serr PCI_SERR_N RGND16 MPI_AD20 K12 F13 P3 M8 pci_ad_20 pci_par MPI_PAR VDDLO RGND17 MPI_AD19 K14 C11 MPCI_INTA_N WR657 0R MPI_IRQ_N M5 N3 4 MPI_AD18 pci_ad_19 pci_int MPI_RESET_N VDDPA VDDVCO RGND18 4 J13 pci_ad_18 pci_rst K10 MPI_RESET_N N6 VDDCP RGND19 N8 MPI_AD17 J11 H13 H2 G2 pci_ad_17 pci_clk MPI_CLK VDDLF RGND2 MPI_AD16 H10 P11 WR655 10K LW605 P4 MPI_AD15 pci_ad_16 pci_pme MPCI_IDSEL_N WR651 0R MPI_AD17 CW712 RGND20 G10 pci_ad_15 pci_idsel L13 M1 VDDPA1 RGND21 P7 MPI_AD14 F10 N12 MPI_REQ0_N 0.1uF 12nH M2 P8 MPI_AD13 pci_ad_14 pci_req VDDA4 VDDPA2 RGND22 F12 pci_ad_13 pci_gnt M11 MPI_GNT0_N RGND3 G3 MPI_AD12 F14 J2 H1 pci_ad_12 CW751 VDDRX RGND4 MPI_AD11 F11 D10 P2 H3 pci_ad_11 cstschg 4.3pF VDDTX RGND5 MPI_AD10 E12 N2 J3 MPI_AD9 pci_ad_10 MPCI_CLKRUN_N VDDDR RGND6 E13 pci_ad_9 pci_clkrun N11 RGND7 K2 MPI_AD8 E14 +1.8V_PCM K3 MPI_AD7 pci_ad_8 WR652 RGND8 D13 pci_ad_7 E6 VDD2 RGND9 L1 MPI_AD6 C13 L2 MPI_AD5 pci_ad_6 GNDPA1 C12 pci_ad_5 E8 VDD4 GNDPA2 M3 MPI_AD4 D12 K11 A3 MPI_AD3 pci_ad_4 1K +3.3V_PCM VDD5 pllgnd C14 pci_ad_3 MPI_AD2 D11 L10 F7 MPI_AD1 pci_ad_2 otp_vdd VSS2 B14 pci_ad_1 G5 VDDBUS1 VSS3 G6 MPI_AD0 A14 H5 G7 pci_ad_0 VDDBUS2 VSS4 J4 VDDBUS3 VSS5 H6 BCM4318 J5 VDDBUS4 VSS6 H7 K4 VDDIO1 VSS7 J6 K5 VDDIO2 VSS8 J7 K6 VDDIO3 VSSO1 F8 VESD K7 F9 VDDIO4 VSSO2 E11 vesd VSSO3 G8 VSSO4 G9 VSSO5 H8 VSSO6 H9 VSSO7 J9 pcmcia pci_serr sdio_cmd VSSO8 J10 pci 0 x 1 BCM4318 cb 0 x 0 sdio 1 0 x 3 3 pcmcia 1 1 x SW901 WU602C WR907 100 1 2 WR714 4.7K N10 E10 pcmcia_sel sdio_clk PB-SPST-MOM E5 B13 +3.3V_PCM UART_RX sdio_cmd CW901 +3.3V_PCM +1.8V_PCM F6 B12 UART_RI sdio_data_0 E7 UART_DSR_L sdio_data_1 C10 WR716 10K K9 A13 WR715 4.7K/NA WR717 10K/NA gpio_6 sdio_data_2 0.1uF M10 gpio_7 sdio_data_3 D9 K8 led_wlan_activity WLAN_LED gpio_0 led_wlan24_radiostate WR908 1.2k gpio_1 J8 +3.3V_PCM WU603 M9 led_wlan_other SES_Active_White gpio_2 8 VCC CS 1 B11 sprom_cs gpio_3 P9 10K/NA 10K/NA 10K/NA 7 NC SK 2 E9 sprom_clk gpio_4 N9 6 3 A12 L9 CW909 CW754 ORG DI sprom_dout gpio_5 WR718 WR719 WR720 0.1uF 5 GND DO 4 B10 sprom_din 0.1uF C3 +1.8V_PCM VDDPA AT93C46-10TI-2.7/NA jtag_trst tdo A6 B5 LW606 tdi tck C4 B4 BLM15AG121SN1 tms CW752 CW753 2.2uF 0.1uF BCM4318 WR721 10K/NA VDDA1 LW607 BLM15AG121SN1 CW755 CW756 CW757 CW758 2.2uF 0.1uF 1000pF 1000pF +3.3V_PCM VDDA2 2 2 CW765 CW771 CW840 CW841 CW842 CW772 LW608 CW763 CW764 CW766 CW767 CW768 CW769 CW770 CW843 0.01uF 1uF 10uF 0.01uF 0.1uF 0.01uF 0.1uF/NA 0.01uF/NA 2.2uF/NA 0.1uF/NA 0.022UF 0.022UF 0.01uF 0.01uF BLM15AG121SN1 CW759 CW760 CW761 CW762 2.2uF 0.1uF 1000pF 1000pF/NA VESD VDDA3 WR722 0R LW609 CW777 CW778 CW779 CW780 CW781 CW782 CW783 BLM15AG121SN1 1uF 10uF 0.01uF 0.01uF 0.1uF 0.01uF/NA 0.1uF CW773 CW774 CW775 CW776 2.2uF 0.1uF 1000pF 1000pF/NA VDDA4 L610 BLM15AG121SN1 CW784 CW785 CW786 CW787 WR724 0R 2.2uF 0.1uF 1000pF 1000pF/NA +3.3V_PCM +1.8V_PCM WR726 0R +1.8V_PCM +3.3V FBW2 4 WU604 0R 3 2 WR751 0R 1 2 ADJ TAB IN OUT +3.3V_PCM CW788 CW789 CW790 10uF 0.01uF 2.2uF CW791 CW792 CW793 CW794 CW795 CW796 CW797 CW798 CW799 CW800 CW801 1uF 0.01uF 10uF 10uF 1uF 0.01uF 0.01uF 0.1uF 0.01uF 0.1uF/NA 0.01uF/NA 1.21K WR752 0R CW655 0.1UF CW10 CW11 1 1 1 SC1202 WR725 DNP DNP WR753 0R 2 2 1 1 CW802 WR727 1000pF/NA 523R GND 1 2 WR754 0R GND GND 3 GND 4 HW602 FENCE_1.00X1.25X0.20 Eng. ASKEY COMPUTER CORP. PCB RTA1025W Title BCM4318 Size Document Number Rev PKE530VW-D49(EU-ROHS) A Date: 星期二 , 五月 30, 2006 Sheet 9 of 10 A B C D E

A B C D E +3.3V_PCM VDDA3 WU602B WR728 2.87K P1 N1 CW803 g_tx_out WR749 CW804 BGREF PA_OUT 10pF F5 CMOUT 4.7K 22pF CW805 N4 J1 4318_rx_inp 560pF CP_FB LNAINP 4318_rx_inn LNAINN K1 WR750 1K rf _dis_filt A8 rf_disable gphy_ant_seln ant_seln D5 CW832 CW833 WR729 4.7K A7 B7 gphy_ant_selp 0.01uF 10uF test_se ant_selp tr_sw_rx_pu C5 ext_por tr_sw_rx_pu B6 20314-001E-01 20314-001E-01 C6 tr_sw_tx_pu WJ602 WJ603 tr_sw_tx_pu gp hy_tx_pu H4 RXP_Q tx_pu A9 gphy_rx_pu RF RF 4 2 . . 3 2 . . 3 G4 RXN_Q rx_pu A4 4 F3 RXP_I F4 1 1 CW807 CW848 CW849 RXN_I 27pF C1 B2 +3.3V_PCM 1.8PF 1.8PF TXP_Q xTEMPRSSI gphy_ tssi C2 TXN_Q xTSSI2 D4 3 WY602 6V20000068 D2 P10 WR732 100K TXP_I xtak_pu gphy_ext_lna_gain 2 2 4 4 D1 B8 13 TXN_I gphy_ext_ina_gain 11g_xtalin P6 1 CW806 11g_xtalout XTALIN P5 XTALOUT 33pF WR730 A2 221R fref_2 BCM4318 WR733 WR734 vcc_ f em 1M/NA 1M/NA WU901 5 VCC NC7SZ32P5 tr_sw_rx_pu 1 4 isol_pin_ctrl1 gphy_ant_selp 2 +3.3V_PCM GND 3 2 LW611 WU605 24 23 22 21 20 19 18 BLM18AG121SN1D WU606 6 1 Cnpn Enpn gphy_rx_pu 5 2 ANT_A ANT_B GDN GDN GDN GDN GDN Bpnp Bnpn 4 3 1 WR735 100R gphy_ant_selp Epnp Cpnp 1 GND C4 17 3 v cc_f em 2 16 WR736 100R gphy_ant_seln UMD4N/NA 3 VCC3_3 C3 WR737 100R tr_sw_tx_pu 3 VCC3_3 C2 15 CW844 CW808 CW809 CW810 4 SE2521A-R 14 WR738 100R tr_sw_rx_pu v cc_f em WR740 0R/NA 10pF 10pF 0.1uF 10uF GND C1 WR739 0R gphy_ tssi 5 13 vcc _lna GND PD_OUT RX_OUT WR741 TX_IN TXEN 25 BIAS GDN GDN GDN GND CW811 CW812 CW813 CW814 63.4R/NA 6 7 8 9 10 11 12 6.8pF/NA 6.8pF 6.8pF 6.8pF/NA g_tx_out gp hy_tx_puCW815 22pF/NA CW845 CW816 18pF/NA WR742 2.2K/NA CW817 6.8pF/NA 2 6.8pF/NA LW901 WR743 WR744 WR745 22nH/NA 10R/NA 1K/NA 10R/NA CW818 6.8pF CW847 CW819 6.8pF/NA CW820 6.8pF/NA 1 2 2 WR901 200R/NA LW612 LW613 6.8pF/NA 6.8nH/NA 3.9NH/NA FW102 3 LW615 CW846 LW614 2nH 1 2 1.3nH 4318_rx_inp 1 1 1 2 DW801 BAR88-02V/NA CW821 5.6pF/NA 1 WQ703 CW822 5.6pF/NA 1 4 1 1 SGA-8343/NA SE DIFF1 LW619 LW620 6 NC DIFF2 3 2 2 6.8pF/NA 2 GND GND 5 2.7nH 2.7nH/NA CW824 WR768 4 2 LW616 7.5R LW902 CW826 HHM1520 LW617 0.75pF 22nH 22nH/NA 1pF/NA CW827 1 2 1.3nH 4318_rx_inn 2 2 5.6pF 2 1 1 DW504 CW825 SMP1340-079 5.6pF DW505 BAR88-02V/NA 1 isol_pin_ctrl1 WR747 4.32K WR748 4.32K/NA gphy_ext_lna_gain CW829 CW830 2 2 6.8pF 6.8pF/NA LNA Components are not Populated for LNA bypass Option 1 1 Eng. ASKEY COMPUTER CORP. PCB RTA1025W Title RF_FE Size Document Number Rev PKE530VW-D49(EU-ROHS) A Date: 星期三 , 五月 17, 2006 Sheet 9 of 10 A B C D E


Document Created: 2006-08-18 11:45:34
Document Modified: 2006-08-18 11:45:34
© 2025 FCC.report
This site is not affiliated with or endorsed by the FCC