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8 7 6 5 4 3 2 1 D C RCAM B2B RCAM: 4-LANE MIPI 7 7 7 7 7 7 7 7 90_RCAM_TO_AP_MIPI_DATA3_P 90_RCAM_TO_AP_MIPI_DATA3_N 90_RCAM_TO_AP_MIPI_DATA2_P 90_RCAM_TO_AP_MIPI_DATA2_N 7 90_RCAM_TO_AP_MIPI_CLK_P 7 90_RCAM_TO_AP_MIPI_CLK_N 90_RCAM_TO_AP_MIPI_DATA1_P 90_RCAM_TO_AP_MIPI_DATA1_N 90_RCAM_TO_AP_MIPI_DATA0_P 90_RCAM_TO_AP_MIPI_DATA0_N (REAR CAMERA CONNECTOR) 90-OHM-0.1A-0.7-3GHZ ROOM=RCAM_B2B TAM0605 SYM_VER-1 90-OHM-0.1A-0.7-3GHZ ROOM=RCAM_B2B TAM0605 SYM_VER-1 90-OHM-0.1A-0.7-3GHZ ROOM=RCAM_B2B TAM0605 SYM_VER-1 90-OHM-0.1A-0.7-3GHZ ROOM=RCAM_B2B TAM0605 SYM_VER-1 90-OHM-0.1A-0.7-3GHZ ROOM=RCAM_B2B TAM0605 SYM_VER-1 4 4 3 2 4 L2334 1 3 2 4 L2333 1 3 2 4 L2337 1 3 2 L2338 L2336 1 3 2 1 90_RCAM_TO_AP_MIPI_DATA3_CONN_P 90_RCAM_TO_AP_MIPI_DATA3_CONN_N 90_RCAM_TO_AP_MIPI_DATA2_CONN_P 90_RCAM_TO_AP_MIPI_DATA2_CONN_N 90_RCAM_TO_AP_MIPI_CLK_CONN_P 90_RCAM_TO_AP_MIPI_CLK_CONN_N 90_RCAM_TO_AP_MIPI_DATA1_CONN_P 90_RCAM_TO_AP_MIPI_DATA1_CONN_N 90_RCAM_TO_AP_MIPI_DATA0_CONN_P 90_RCAM_TO_AP_MIPI_DATA0_CONN_N 23 23 23 23 23 23 23 23 23 23 RCAM: DIGITAL I/F (I2C,CTRL,CLK) 16 7 AP_BI_RCAM_I2C_SDA 16 7 AP_TO_RCAM_I2C_SCL 7 AP_TO_RCAM_SHUTDOWN 7 45_AP_TO_RCAM_CLK R2341 100K 5% 1 1/32W MF 01005 ROOM=RCAM_B2B 2 ROOM=RCAM_B2B FL2329 70-OHM-300MA 1 01005-1 ROOM=RCAM_B2B FL2331 70-OHM-300MA 01005-1 ROOM=RCAM_B2B FL2330 70-OHM-300MA 01005-1 ROOM=RCAM_B2B FL2328 120-OHM-210MA 1 1 1 01005 ROOM=RCAM_B2B FL2322 120-OHM-210MA 2 2 2 2 C2386 56PF 5% 16V 2 NP0-C0G 01005 ROOM=RCAM_B2B C2387 56PF 5% 2 16V NP0-C0G 01005 ROOM=RCAM_B2B C2394 56PF 5% 2 16V NP0-C0G 01005 ROOM=RCAM_B2B 1 1 1 1 C2384 56PF 5% 2 16V NP0-C0G 01005 ROOM=RCAM_B2B AP_BI_RCAM_I2C_SDA_CONN 23 AP_TO_RCAM_I2C_SCL_CONN AP_TO_RCAM_SHUTDOWN_CONN 45_AP_TO_RCAM_CLK_CONN 23 23 23 26 23 26 23 PP_RCAM_AF_CONN PP1V2_RCAM_CONN 26 23 PP1V8_RCAM_CONN 23 AP_TO_RCAM_SHUTDOWN_CONN 23 45_AP_TO_RCAM_CLK_CONN 23 RCAM_TO_LEDDRV_STROBE_EN_CONN 26 23 23 AP_BI_RCAM_I2C_SDA_CONN 23 AP_TO_RCAM_I2C_SCL_CONN PP2V85_RCAM_AVDD_CONN THIS ONE ON MLB ---> RCAM_B2B J2321 AA21-S034VA1 F-ST-SM 36 35 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 1 3 5 7 9 516S1174 PLUG 11 13 15 17 19 21 23 25 27 29 31 33 38 37 90_RCAM_TO_AP_MIPI_DATA3_CONN_P 23 90_RCAM_TO_AP_MIPI_DATA3_CONN_N 23 90_RCAM_TO_AP_MIPI_DATA2_CONN_P 23 90_RCAM_TO_AP_MIPI_DATA2_CONN_N 23 90_RCAM_TO_AP_MIPI_CLK_CONN_P 90_RCAM_TO_AP_MIPI_CLK_CONN_N 90_RCAM_TO_AP_MIPI_DATA1_CONN_P 23 90_RCAM_TO_AP_MIPI_DATA1_CONN_N 23 90_RCAM_TO_AP_MIPI_DATA0_CONN_P 23 90_RCAM_TO_AP_MIPI_DATA0_CONN_N 23 23 23 D C 16 RCAM_TO_LEDDRV_STROBE_EN 1 01005 2 1 RCAM_TO_LEDDRV_STROBE_EN_CONN C2300 56PF 5% 2 16V NP0-C0G 01005 ROOM=RCAM_B2B 23 ROOM=RCAM_B2B FL2343 10-OHM-750MA 26 23 11 PP2V85_CAM_VDD C2363 2.2UF 20% 6.3V X5R 0201-1 ROOM=RCAM_B2B 1 2 1 01005-1 0.07 OHMS 2 1 C2303 0.1UF 20% 2 6.3V X5R-CERM 01005 ROOM=RCAM_B2B PP2V85_RCAM_AVDD_CONN 1 2 C2304 100PF 5% 16V NP0-C0G 01005 ROOM=RCAM_B2B 23 26 RCAM/FCAM AVDD RAIL EXT. LDO: L2329 FERR-22-OHM-1A-0.055OHM B RCAM: POWER: (1.8V DVDD) (2.8V AVDD) (1.2V VCC) (1.8V/2V AF) 20 15 13 12 11 10 7 6 5 3 2 PP1V8 27 26 25 24 23 NOTE: USING PP1V8 FOR N61 AND BUCK6 FOR N56. C2302 1.0UF 20% 6.3V X5R 2 0201-1 ROOM=RCAM_B2B 0201 ROOM=RCAM_B2B 0201 ROOM=RCAM_B2B C2389 2.2UF C2323 20% 6.3V X5R 0201-1 2 ROOM=RCAM_B2B 2.2UF 20% 6.3V X5R 0201-1 ROOM=RCAM_B2B L2330 FERR-33OHM-25%-0.5A-0.07OHM-DCR C2393 100PF 5% 16V NP0-C0G 01005 ROOM=RCAM_B2B C2305 2.2UF 20% 6.3V X5R 0201-1 ROOM=RCAM_B2B PP_RCAM_AF_CONN PP1V2_SDRAM 1 2 PP1V2_RCAM_CONN 12 4 2 26 23 26 1 1 2 1 2 1 1 2 1 2 1 2 23 26 C2392 100PF 5% 16V NP0-C0G 01005 ROOM=RCAM_B2B 48 39 31 26 17 16 15 14 12 10 52 51 7 PP_VCC_MAIN 1 C2301 2.2UF 20% 2 6.3V X5R 0201-1 ROOM=RCAM_B2B CAM_EXT_LDO_EN EXTERNAL LDO: U2301 LP5907UVX2.925-S A1 DSBGA VIN VOUT ROOM=RCAM_B2B B1 VEN GND B2 A2 1 PP2V85_CAM_VDD 11 23 26 C2345 2.2UF 20% 2 6.3V X5R 0201-1 ROOM=RCAM_B2B B ROOM=RCAM_B2B L2318 FERR-22-OHM-1A-0.055OHM A 8 20 15 13 12 11 10 7 6 5 3 2 PP1V8 27 26 25 24 23 7 1 0201 2 C2390 1.0UF 1 20% 6.3V X5R 2 0201-1 ROOM=RCAM_B2B 1 2 PP1V8_RCAM_CONN C2395 100PF 5% 16V NP0-C0G 01005 ROOM=RCAM_B2B 23 26 6 5 4 3 SYNC_MASTER=N61_MLB PAGE TITLE 2 CAMERA:REAR FLEX CONN R Apple Inc. NOTICE OF PROPRIETARY PROPERTY: THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE INC. THE POSESSOR AGREES TO THE FOLLOWING: PAGE I TO MAINTAIN THIS DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IT IN WHOLE OR PART SHEET IV ALL RIGHTS RESERVED SYNC_DATE=08/26/2013 DRAWING NUMBER REVISION BRANCH 1 051-9903 7.0.0 23 OF 55 23 OF 54 SIZE D A
8 7 6 5 4 3 2 1 D C B A Touch (B2B, Driver ICs) 1 1 1 10UF 10UF 0.1UF 20% 20% 20% 10V 10V 6.3V X5R-CERM 2 X5R-CERM 2 2 X5R-CERM MESON A1 0402-8 0402-8 01005 Cumulus APN: 343S0694 Touch probe points APN: 343S0638 Turn on is later than PP1V8_GRAPE P2MM Turn off is same time as PP1V8_GRAPE PP SNS_IN0 DRV_OUT0 PP2402 SM 1 CUMULUS_TO_SAGE_BOOST_CLK_EN 24 24 TOUCH_TO_SAGE_SENSE_IN E5 G7 SAGE_TO_TOUCH_VSTM_OUT 24 PP5V1_GRAPE_VDDH TOUCH_TO_SAGE_SENSE_IN D5 SNS_IN1 DRV_OUT1 H7 26 15 24 SAGE_TO_TOUCH_VSTM_OUT 24 P2MM SM 24 TOUCH_TO_SAGE_SENSE_IN C5 SNS_IN2 DRV_OUT2 J6 SAGE_TO_TOUCH_VSTM_OUT 24 26 PP_CUMULUS_VDDCORE 1 PP AP_TO_TOUCH_SPI_CS_L 3 24 PP2403 24 TOUCH_TO_SAGE_SENSE_IN B5 SNS_IN3 DRV_OUT3 J7 SAGE_TO_TOUCH_VSTM_OUT 24 26 PP_CUMULUS_VDDANA PP1V8_GRAPE 12 24 26 P2MM 24 TOUCH_TO_SAGE_SENSE_IN A5 SNS_IN4 DRV_OUT4 K7 SAGE_TO_TOUCH_VSTM_OUT 24 SM 1 U2402 AP_TO_TOUCH_SPI_CLK PP 3 24 24 TOUCH_TO_SAGE_SENSE_IN A7 SNS_IN5 DRV_OUT5 L7 SAGE_TO_TOUCH_VSTM_OUT 24 C2402 1 C2432 1 C2433 1 1 C2403 PP2404 MESON-A1 10UF 4.7UF 4.7UF 1.0UF TOUCH_TO_SAGE_SENSE_IN A9 SNS_IN6 DRV_OUT6 M7 24 SAGE_TO_TOUCH_VSTM_OUT 24 20% 20% 20% 20% PP2405 CSP 10V 6.3V 6.3V 6.3V SNS_IN7 DRV_OUT7 X5R-CERM X5R-CERM1 X5R-CERM1 X5R P2MM-NSM SM 24 TOUCH_TO_SAGE_SENSE_IN B7 N7 SAGE_TO_TOUCH_VSTM_OUT 24 2 2 2 2 PP LCM_TO_AP_HIFA_BSYNC 7 20 24 TOUCH_TO_SAGE_SENSE_IN C7 SNS_IN8 DRV_OUT8 G8 0402-8 402 402 0201-1 24 SAGE_TO_TOUCH_VSTM_OUT 24 P2MM SNS_IN9 DRV_OUT9 VDDIO PP SNS_IN10 DRV_OUT10 Follow Touch routing guidelines PP2408 SM 24 TOUCH_TO_SAGE_SENSE_IN D7 H8 SAGE_TO_TOUCH_VSTM_OUT 24 1 TP_CUMULUS_GPIO 24 24 TOUCH_TO_SAGE_SENSE_IN E7 J8 SAGE_TO_TOUCH_VSTM_OUT 24 24 TOUCH_TO_SAGE_SENSE_IN B9 SNS_IN11 DRV_OUT11 K8 SAGE_TO_TOUCH_VSTM_OUT 24 Cumulus sense nets are sensitive PP2410SM C9 NC SNS_IN12 DRV_OUT12 L8 SAGE_TO_TOUCH_VSTM_OUT 24 C2417 220PF P2MM-NSM PP CUMULUS_TO_MESON_VSTM_OUT_N 24 SAGE_TO_CUMULUS_IN 1 2 24 C_IN0 B9 IN0_0 U2401 VSTM_0 E9 D9 NC NC SNS_IN13 DRV_OUT13 M8 SAGE_TO_TOUCH_VSTM_OUT 24 10V X7R-CERM 10% 01005 C2425 220PF SAGE_TO_CUMULUS_IN 1 2 24 C_IN1 B8 IN1_0 CUMULUS-C1 VSTM_1 E5 E9 NC NC SNS_IN14 DRV_OUT14 N8 220PF PP2411 SAGE_TO_TOUCH_VSTM_OUT C2418 10V X7R-CERM 10% 01005 IN2_0 WLBGA VSTM_2 NC P2MM-NSM SM 24 SAGE_TO_CUMULUS_IN 1 2 24 C_IN2 A9 F7 PP CUMULUS_TO_MESON_VSTM_OUT_P 24 DRV_OUT15 K9 SAGE_TO_TOUCH_VSTM_OUT 24 220PF SAGE_TO_CUMULUS_IN E6 24 SNS_OUT0 SAGE_TO_CUMULUS_IN 10V X7R-CERM 10% 01005 C2426 1 2 24 C_IN3 B7 IN3_0 VSTM_3 E6 NC DRV_OUT16 G9 SAGE_TO_TOUCH_VSTM_OUT 24 C2419 220PF PP2412 10V X7R-CERM 10% 01005 SNS_OUT1 IN4_0 VSTM_4 NC DRV_OUT17 220PF P2MM-NSM SM 24 SAGE_TO_CUMULUS_IN D6 SAGE_TO_CUMULUS_IN 1 2 C_IN4 B6 E7 PP 45_AP_TO_TOUCH_CLK32K_RESET_L H9 24 SAGE_TO_TOUCH_VSTM_OUT 24 3 24 24 C2427 SAGE_TO_CUMULUS_IN C6 SNS_OUT2 SAGE_TO_CUMULUS_IN 10V X7R-CERM 10% 01005 1 2 24 C_IN5 A8 IN5_0 VSTM_5 F8 CUMULUS_TO_MESON_VSTM_OUT_P 24 DRV_OUT18 J9 SAGE_TO_TOUCH_VSTM_OUT 24 C2420 220PF 24 SAGE_TO_CUMULUS_IN B6 SNS_OUT3 SAGE_TO_CUMULUS_IN 1 2 10V X7R-CERM 10% 01005 C_IN6 B5 IN6_0 VSTM_6 G9 CUMULUS_TO_MESON_VSTM_OUT_N DRV_OUT19 G10 24 24 SAGE_TO_TOUCH_VSTM_OUT 24 220PF 24 C2428 SAGE_TO_CUMULUS_IN A4 SNS_OUT4 SAGE_TO_CUMULUS_IN 10V X7R-CERM 10% 01005 1 2 24 C_IN7 B4 IN7_0 VSTM_7 D6 NC DRV_OUT20 L9 SAGE_TO_TOUCH_VSTM_OUT 24 C2421 220PF SAGE_TO_CUMULUS_IN A6 24 10V X7R-CERM 10% 01005 SNS_OUT5 SAGE_TO_CUMULUS_IN 1 2 24 C_IN8 A7 IN8_0 VSTM_8 D7 NC DRV_OUT21 M9 SAGE_TO_TOUCH_VSTM_OUT 24 10V X7R-CERM 10% 01005 C2429 220PF 24 SAGE_TO_CUMULUS_IN A8 SNS_OUT6 SAGE_TO_CUMULUS_IN 1 2 24 C_IN9 B3 IN9_0 VSTM_9 D8 NC DRV_OUT22 N9 SAGE_TO_TOUCH_VSTM_OUT 24 C2422 220PF 24 SAGE_TO_CUMULUS_IN B8 10V X7R-CERM 10% 01005 SNS_OUT7 SAGE_TO_CUMULUS_IN 1 2 C_IN10 A6 IN10_0 VSTM_10 F9 NC DRV_OUT23 K10 24 SAGE_TO_TOUCH_VSTM_OUT 24 10V X7R-CERM 10% 01005 C2430 220PF 24 SAGE_TO_CUMULUS_IN C8 SNS_OUT8 SAGE_TO_CUMULUS_IN 1 2 24 C_IN11 A3 IN11_0 VSTM_11 D5 NC DRV_OUT24 H10 SNS_OUT9 NC 24 SAGE_TO_CUMULUS_IN D8 10V X7R-CERM 10% 01005 A5 NC IN12_0 VSTM_12 F6 NC DRV_OUT25 J10 SNS_OUT10 NC 24 SAGE_TO_CUMULUS_IN E8 A4 NC IN13_0 VSTM_13 F5 NC DRV_OUT26 L10 SNS_OUT11 NC 24 SAGE_TO_CUMULUS_IN B10 B2 NC IN14_0 VSTM_14 G4 NC C10 IN14_1 VSTM_15 NC SNS_OUT12 DRV_OUT27 M10 NC 24 45_PROX_TO_CUMULUS_RX_IN A2 E8 NC D10 VSTM_16 G8 NC SNS_OUT13 NC DRV_IN P L6 CUMULUS_TO_MESON_VSTM_OUT_P 24 E10 H_CS* VSTM_17 NC SNS_OUT14 24 3 AP_TO_TOUCH_SPI_CS_L E4 G7 NC DRV_IN N K6 CUMULUS_TO_MESON_VSTM_OUT_N 24 7 TOUCH_TO_AP_INT_L F1 H_INT* VSTM_18 G6 NC SAGE_VBIAS D3 VBIAS PBKG A1 24 3 AP_TO_TOUCH_SPI_CLK D3 H_SCLK VSTM_19 G5 NC R2403 C2439 1 24 TOUCH_I2C_SDA J2 I2C_SDA PBKG B4 3 AP_TO_TOUCH_SPI_MOSI D2 H_SDI 10.2 PP1V8_GRAPE 0.1UF 12 24 26 24 TOUCH_I2C_SCL J3 I2C_SCL PBKG A10 H_SDO GPIO_1/CK 20% 3 TOUCH_TO_AP_SPI_MISO 1 2 TOUCH_TO_AP_SPI_MISO_R E1 G1 LCM_TO_AP_HIFA_BSYNC_BUFF 24 4V GPIO_2/SD X5R 2 G5 NC TEST_MUX0 PBKG B3 1% D4 CUMULUS_TO_SAGE_BOOST_CLK_EN 24 1/32W R2405 01005 H5 JTAG_TCK GPIO_3 NC TEST_MUX1 PBKG C3 MF C4 F2 01005 NC 100K 5% L3 JTAG_TDI GPIO_4 NC TEST_MUX2 PBKG F6 C3 F3 TP_CUMULUS_GPIO 24 1/32W MF M3 JTAG_TDO NC TESTMODE PBKG F10 24 TOUCH_I2C_SDA E2 01005 LCM_TO_AP_HIFA_BSYNC M1 BSYNC/SCAN_RESET PBKG H1 24 20 7 26 24 12 PP1V8_GRAPE C6 JTAG_TMS TM_ACS* C2 CUMULUS_TO_PROX_RX_EN_1V8 11 M2 TM_OVR NC SCAN CLK PBKG H2 G3 TOUCH_I2C_SCL 24 L2 BCFG_RTCK NC SCANOUT PBKG H3 24 CUMULUS_TO_PROX_TX_EN_1V8_L E3 24 CUMULUS_TO_SAGE_BOOST_CLK_EN L1 STEP_CLK/SCAN_IN PBKG H4 45_AP_TO_TOUCH_CLK32K_RESET_L D1 24 3 CLKIN/RESET* K4 GCM PBKG N10 TOUCH_TO_SAGE_VCM_IN 20 AP_TO_TOUCH_RESET_L D9 RSTOVR* 1 7 R2410 L4 BOOST_EN/SCAN_EN PBKG F4 GND 220K 5% PBKG N1 1 1 Radars for XW R2434 R2435 1/32W MF PBKG F5 0.00 0.00 rdar://12773579 01005 A2 2 PLDO_SUP_IN 0% 0% PBKG K5 1/32W 1/32W Touch B2B rdar://12611242 26 24 PP_SAGE_VBST_OUTH B1 VBST_OUTH MF MF PBKG N6 01005 01005 PN_SAGE_VBST_OUTL No decoupling on previous designs VBST_OUTL 2 2 26 24 E1 MLB APN : 516S1086 (Receptacle) PP1V8_GRAPE 26 24 PP_SAGE_LX C1 LX 26 24 12 Flex APN: 516S1087 (Plug) 26 24 PP_SAGE_LY D1 LY VCM_IN_0 E4 TOUCH_TO_MESON_VCM_IN0 1 R2407 F1 NLDO_SUP_IN VCM_IN_1 J5 TOUCH_TO_MESON_VCM_IN1 100K 5% 24 20 SAGE_TO_TOUCH_VCPH_REF B2 VCPH_REF_EN 1/32W GO F8 MESON_TO_TOUCH_GUARD 24 24 20 SAGE_TO_TOUCH_VCPL_REF F2 MF VCPL_REF_EN VCC 01005 2 26 24 PN_SAGE_TO_TOUCH_VCPL_FILT G1 U2403 VCPL AUX_BUF_IN M4 J2401 74AUP2G3404GN 26 24 PP_SAGE_TO_TOUCH_VCPH A3 VCPH AUX_BUF_OUT M5 AA21-S046VA1 SOT1115 NC 26 24 PN_SAGE_VCPL_F E2 VCPL_F F-ST-SM LCM_TO_AP_HIFA_BSYNC 1 1A 1Y 6 LCM_TO_AP_HIFA_BSYNC_BUFF AUX_PLDO_OUT N5 24 20 7 24 NC 48 47 K3 I2C_SLV_ADDR0 AUX_NLDO_OUT N4 NC CUMULUS_TO_PROX_TX_EN_1V8_L 3 2A 2Y 4 K2 CUMULUS_TO_PROX_TX_EN_BUFF I2C_SLV_ADDR1 24 11 24 TOUCH_TO_SAGE_SENSE_IN 2 1 TOUCH_TO_SAGE_SENSE_IN 24 GND 1R2406 AGND1 24 TOUCH_TO_SAGE_SENSE_IN 4 3 TOUCH_TO_SAGE_SENSE_IN 24 100K R2488 5% Meson decoupling 24 TOUCH_TO_SAGE_SENSE_IN 6 5 TOUCH_TO_SAGE_SENSE_IN 24 255K 1/32W 8 7 OIC_RIGHT_NET 1 2MF MF 26 24 PP_SAGE_VBST_OUTH 2 01005 24 SAGE_TO_TOUCH_VSTM_OUT 10 9 01005 1% 1/32W Tantalums solved singing caps 1 C2438 C2410 1 24 SAGE_TO_TOUCH_VSTM_OUT 12 11 SAGE_TO_TOUCH_VSTM_OUT 24 Meson VCPL rail: issue. Validate issue is resolved 0.33UF 1000PF SAGE_TO_TOUCH_VSTM_OUT 14 13 SAGE_TO_TOUCH_VSTM_OUT 20% 10% 24 24 Effective impedance of 3 Ohms, with Meson and replace with 20V 25V FL2486 2 SAGE_TO_TOUCH_VSTM_OUT SAGE_TO_TOUCH_VSTM_OUT TANT X7R-CERM 2 16 15 10-OHM-750MA 24 24 0201 at 115 kHz with 12 V bias. 0402 ceramics. 0402 SAGE_TO_TOUCH_VSTM_OUT 18 17 SAGE_TO_TOUCH_VSTM_OUT PN_SAGE_TO_TOUCH_VCPL_FILT 1 2 24 24 26 24 PN_SAGE_TO_TOUCH_VCPL 24 26 24 SAGE_TO_TOUCH_VSTM_OUT 20 19 SAGE_TO_TOUCH_VSTM_OUT 24 26 24 15 01005-1 R2412 PP5V7_SAGE_AVDDH 0.00 C2490 1 C2405 1 C2408 1 C2441 SAGE_TO_TOUCH_VSTM_OUT 22 21 SAGE_TO_TOUCH_VSTM_OUT 1 24 24 PP_SAGE_TO_TOUCH_VCPH_CONN 1 2 PP_SAGE_TO_TOUCH_VCPH PN_SAGE_VBST_OUTL 2.2UF 1UF 0.1UF 26 24 24 26 26 24 SAGE_TO_TOUCH_VSTM_OUT 24 23 SAGE_TO_TOUCH_VSTM_OUT 100PF 20% 10% 10% 24 24 0% C2407 5% 25V 16V 16V SAGE_TO_TOUCH_VSTM_OUT 26 25 SAGE_TO_TOUCH_VSTM_OUT 1/32W 25V X5R X6S-CERM X5R-CERM 1UF-10OHM C2411 1 2 2 2 24 24 2 2 MF I2C pull-ups 20% NP0-C0G 0402-3 0402 0201 SAGE_TO_TOUCH_VSTM_OUT 28 27 SAGE_TO_TOUCH_VSTM_OUT 01005 25V 1000PF 01005 24 24 TANT 10% SAGE_TO_TOUCH_VSTM_OUT 30 29 SAGE_TO_TOUCH_VSTM_OUT 25V 24 24 26 24 12 R2411 PP1V8_GRAPE 0603-LLP2 1 X7R-CERM 2 SAGE_TO_TOUCH_VSTM_OUT 32 31 SAGE_TO_TOUCH_VSTM_OUT 0.00 0201 24 24 PN_SAGE_TO_TOUCH_VCPL_CONN 1 2 PN_SAGE_TO_TOUCH_VCPL 1 1 26 24 24 26 SAGE_TO_TOUCH_VSTM_OUT 34 33 SAGE_TO_TOUCH_VSTM_OUT R2420 R2421 24 24 0% R2495 1.8K 1.8K L2401 26 24 PP_SAGE_TO_TOUCH_VCPH_CONN36 35 PN_SAGE_TO_TOUCH_VCPL_CONN 24 26 1/32W 5% 5% 255K MF 10UH-20%-0.23A-1.56OHM MF 1/32W 1/32W 38 37 OIC_LEFT_NET 1 2 01005 MF MF 01005 01005 SAGE_TO_TOUCH_VCPH_REF PP_SAGE_LX 2 1 24 20 26 24 PP_SAGE_LY 24 26 TOUCH_TO_SAGE_SENSE_IN 40 39 01005 1% 1/32W 2 2 24 SAGE_TO_TOUCH_VCPL_REF PSB1614FE 24 20 24 TOUCH_TO_SAGE_SENSE_IN 42 41 TOUCH_TO_SAGE_SENSE_IN 24 R2433 24 TOUCH_I2C_SDA TOUCH_TO_SAGE_SENSE_IN 44 43 TOUCH_TO_SAGE_SENSE_IN 0.00 C2436 1 C2437 1 24 24 24 MESON_TO_TOUCH_GUARD_CONN 1 2 MESON_TO_TOUCH_GUARD 24 24 TOUCH_I2C_SCL 0.01UF 0.01UF SYNC_MASTER=N/A SYNC_DATE=N/A 24 MESON_TO_TOUCH_GUARD_CONN 46 45 TOUCH_TO_SAGE_SENSE_IN 24 1% 10% 10% PAGE TITLE 1/20W 6.3V 6.3V MF X5R 2 X5R 2 0201 01005 01005 TOUCH:CUMULUS,MESON 50 49 DRAWING NUMBER SIZE 051-9903 D 8 7 B1 VDDANA C1 VDDCORE C8 VDDH C7 C9 G2 C5 F4 Optical prox filter A1 VDDLDO 11 45_PROX_TO_CUMULUS_RX_CONN C2401 10% 6.3V X5R-CERM 01005 5 2 R2402 1000PF 22.1K 1 2 45_PROX_TO_CUMULUS_RX_C 1 2 1% 1/32W MF 01005 45_PROX_TO_CUMULUS_RX_IN C2416 5% 16V 2 NP0-C0G 01005 C2404 0.01UF 10% 25V X5R-CERM 2 0201 6 5 4 3 1 27PF 24 26 24 26 24 26 20 15 26 24 15 PN5V7_SAGE_AVDDN PP5V7_SAGE_AVDDH C2414 PP_SAGE_TO_TOUCH_VCPH PN_SAGE_VCPL_F 1 C2440 1.0UF 20% 16V X5R-CERM 2 0201 C2409 1 C2 D2 D4 F3 G6 G3 AVDDH1 AVDDH2 AVDDH3 AVDDH4 AVDDH5 AGND2 AGND2 C4 F7 G2 AGND3 AGND3 E3 L5 AVDDL J1 VDDIO_OSC N3 K1 VDDIO VDDIO AGND4 AGND4 AGND4 F9 H6 M6 2 AGND5 G4 DGND DGND J4 N2 R PP1V8 C2415 2 3 5 6 7 10 11 12 13 15 20 23 25 26 27 Apple Inc. NOTICE OF PROPRIETARY PROPERTY: REVISION BRANCH THE INFORMATION CONTAINED HEREIN IS THE PROPRIETARY PROPERTY OF APPLE INC. THE POSESSOR AGREES TO THE FOLLOWING: PAGE I TO MAINTAIN THIS DOCUMENT IN CONFIDENCE II NOT TO REPRODUCE OR COPY IT III NOT TO REVEAL OR PUBLISH IT IN WHOLE OR PART SHEET IV ALL RIGHTS RESERVED 1 7.0.0 24 OF 55 24 OF 54 D C B A
Page 1 and 2: iphone6 4.7 . 电话 :18602029640
Page 3 and 4: 8 7 6 5 4 3 2 1 FIJI: JTAG,USB,HSIC
Page 5 and 6: 8 7 6 5 4 3 FIJI: VDDCA,VDD1/2,VDDQ
Page 7 and 8: 8 7 6 5 4 3 FIJI: NAND + 12X17 NAND
Page 9 and 10: 8 7 6 5 4 3 BUTTON FLEX (BUTTONS, A
Page 11 and 12: 8 7 6 5 4 3 L67 AUDIO CODEC 2 1 D P
Page 13 and 14: D C B A 8 7 6 5 4 3 ADI PMU (BUCK,
Page 15 and 16: 8 7 6 5 4 3 TIGRIS CHARGER & VIBE D
Page 17 and 18: 8 7 6 5 4 3 SPEAKER AMP, LED DRIVER
Page 19 and 20: D C B A LOWER MIC1 (PRIMARY VOICE M
Page 21 and 22: 8 7 6 5 4 3 2 1 D C LCD B2B Backlig
Page 23: D C 8 7 6 5 4 3 OSCAR + SENSORS OSC
Page 27 and 28: 8 7 6 5 4 3 VOLTAGE PROPERTIES 2 1
Page 29 and 30: 8 7 6 5 4 3 2 1 D D C C B B A 8 7 C
Page 31 and 32: TABLE_ALT_HEAD TABLE_ALT_ITEM TABLE
Page 33 and 34: D BOARD_ID 0.00V 0.50V 0.70V 0.90V
Page 35 and 36: 8 7 6 5 4 3 BASEBAND (2 OF 3) CONFI
Page 37 and 38: 8 7 6 5 4 3 WTR TRANSCEIVER (1 OF 2
Page 39 and 40: 8 7 6 5 4 3 WFR TRANSCEIVER CONFIDE
Page 41 and 42: 8 7 6 5 4 3 2G PA CONFIDENTIAL AND
Page 43 and 44: 8 7 6 5 4 3 LOW BAND PAD (B8, B26,
Page 45 and 46: 8 7 6 5 4 3 HIGH BAND PAD (B7, B38,
Page 47 and 48: 8 7 6 5 4 3 HIGH BAND SWITCH CONFID
Page 49 and 50: 8 7 6 5 4 3 RX DIVERSITY (2) CONFID
Page 51 and 52: 8 7 6 5 4 3 ANTENNA FEED’S CONFID
Page 53 and 54: 8 7 6 5 4 3 STOCKHOLM CONFIDENTIAL
Page 55: 8 7 6 5 4 3 DSDS CONFIDENTIAL AND P

iPhone 6 Schematic Diagram_vietmobile.vn

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