U100. cgen_by BYPASS. cgen_cp CLK_FPGA_P (OUT0A) OUT0 CLK_FPGA_N (OUT0B) OUT0 (OUT1A) OUT1 (OUT1B) OUT1 (OUT2A) OUT2 U10 DS90LT012AH (OUT2B) OUT2

Similar documents
Inverted Input A to make routing easier fix in FPGA U2 ADS62P4X LVDS ADC

TX J WBX Common TITLE B 01 SCH,WBX,50 MHZ 2.2 GHZ TRANSCEIVER FILE: common_wbx.sch C104 NONE. C pF AGND:1 J101 C103 NONE RF_RX

Differentiation of allergenic fungal spores by image analysis, with application to aerobiological counts

Computer Graphics. Viewing & Projections

T H E S C I E N C E B E H I N D T H E A R T

On Hamiltonian Tetrahedralizations Of Convex Polyhedra

Headers for all pins sorted by pin no. (unpopulated) TSX-1001 Cortex-M0. Oscillator 44MHz

VCC 52 VCC 21 AVCC PF0(ADC0) 60 PF1(ADC1) 59 PF2(ADC2) 58 PF3(ADC3) 57 PF4(ADC4/TCK) 56 PF5(ADC5/TMS) 55 PF6(ADC6/TDO) 54 PF7(ADC7/TDI) SCL TXD

Renesas Starter Kit for RL78/G13 CPU Board Schematics

Sheet Title: Building Renderings M. AS SHOWN Status: A.R.H.P.B. SUBMITTAL August 9, :07 pm

Planar convex hulls (I)

CENTER POINT MEDICAL CENTER

VCC 21 VCC 52 AVCC PF0(ADC0) 60 PF1(ADC1) 59 PF2(ADC2) 58 PF3(ADC3) 57 PF4(ADC4/TCK) 56 PF5(ADC5/TMS) 55 PF6(ADC6/TDO) 54 PF7(ADC7/TDI) SCL TXD

RSC CHIP VDD P05 P03 P01 P04 VDD GND PWM0 AVDD VDD AVDD P0-2 P0-5 P0-1 P0-6 P0-4 P0.3 GND P00. Y1 3.58MHz P00 P01 AGND P01 P00 P02 P02 P07 P0-0 P0-7

Dev Board for CC IMX28. Mechanicals Board Size should be 7 X 8 inches Group similar connections together (ENET, USB, UART, etc) H5 ANT1

SYMETRIX INC th Avenue West Lynnwood, WA USA REV: DATE:

HF SuperPacker Pro 100W Amp Version 3

Am186CC and Am186CH POTS Line Card

CD-DET TP5_CS- LCDPWR RFPWR CHPD5 GP05 GP25 RST5 L13 D12 D11 D10 LCD_MISO LCD5_MOSI LCD5_SCK SD5_CS- LCD_MISO LCD5_MOSI LCD5_SCK SD5_CS-

Millwork Schedule 3215 Glen Arden JP Reference No

Project: Date. Version. Items V1.01 C C. SIM Technology TITLE DRAWN BY PORJECT. SIM800C+SIM28M_VTS Reference CONTENT VER CHECKED BY SIZE V1.

3 Different test points used in design: TPx - Test point pad. TPHx - Through Hole Pad Large (for standard 0.1" header). Also used on IO Matrix (IOMx)

Sirius-Rx-232. Sirius-Tx-232. SIRIUS-Rx. STATUS Prog RC-5. SIRIUS-Rx. Prog RCA-5 DAB-SDA DAB-SCL STAYUS AM-SMETER POWER-ON POWER-ON CE-PLL

University of British Columbia Physics & Astronomy Department Scuba2 Project 6224 Agricultural Road Vancouver BC V6T 1Z1 Canada

GND U15A 1 OE 11 CLK DATA[00:23] REG1 DATA00 DATA01 DATA02 DATA03 DATA04 DATA05 DATA06 DATA07 DATA00 DATA01 DATA02 DATA03 DATA04 DATA05 DATA06 DATA07

TOSHIBA Bi-CMOS Processor IC Silicon Monolithic TB62201AF. Dual-Stepping Motor Driver IC for OA Equipment Using PWM Chopper Type

CP2102 TESTAMATIC SYSTEMS POWER 5V TO 3.3V SECTION PINOUT CHECK DECOUPLING CAPACITORS. Btype USB connector TSPL_PPS_1 2.2

PCIextend 174 User s Manual

/99 $10.00 (c) 1999 IEEE

CLKOUT CLKOUT VCC CLKOUT RESOUT OSCOUT ALE TEST AD0 66 AD2 INT0 INT0 AD INT1 AD INT2/INTA0 AD5 AD7 AD7 INT AD8 AD8 AD10

P300. Technical Manual

PTC04-DB-HALL02. Daughter Board for Melexis PTC devices. Features and Benefits. Applications. Ordering Information. Accessories. 1. Functional Diagram

Euclidean Spaces. Euclidean Spaces. Chapter 10 -S&B

Design Overview. Page 2 Power,Flash,SDcard User switch,reset switch. Page 3 Ethernet. Page 4 Audio. Page 5 USB. Page 6 JTAG,BOOTSW,LED,Header

PLUMBING SYMBOLS LEGEND

SVS 5V & 3V. isplsi_2032lv

P8X32A-Q44 SchmartBoard (#27150)

KEIm Baseboard. PAGE DESCRIPTION 1 Block Diagram, History 2 SoM Connector. 3 LCD Connector. 4 Ethernet. 5 UART 6 Analog 7 Peripheral 8 Power

Realtek Semiconductor Corp. Title RTL8213(M)_FHG_V1.0

XBee Wi-Fi Dev Kit Block Diagram Socketed Through-hole Variant PART NO O c Digi International Inc. 6. Disconnect switches

Audio Mod RF-04-N-10 PC13 BAS85 56 PG1 PC0 PC1 PC2 PC3 PC4 PC5 PC6 PC7 PC8 PC9 PC10 PC11 PC12 PG0 57 PG2 87 PG3 88 PG4 89 PG5 90 PG6 91 PG7 92 PG8

SAN JOSE CITY COLLEGE PHYSICAL EDUCATION BUILDING AND RENOVATED LAB BUILDING SYMBOL LIST & GENERAL NOTES - MECHANICAL

AUXVCC2 AUXVCC3 DVCC C35 C26 C24 C44 C34 C27 C25 C uF 4.7uF 0.47uF 4.7uF. 4.7uF. 100nF 100nF 100nF DGND. LCD Contrast R33 C k R42. 4.

OTG_FS_VBUS OTG_FS_N OTG_FS_P OTG_FS_ID OTG_FS_OC OTG_FS_PWR OTG_FS_VBUS OTG_FS_N OTG_FS_P OTG_FS_ID OTG_FS_OC OTG_FS_PWR OLLO_SLEEP OLLO_SLEEP

EFM8BB3 USB Type-C 60 W Charger. Revision History. Board Function. Rev. Description. Title Page. A00 Prototype version. EFM8BB3 & User Interface

A symmetry-based method for constructing nonlocally related partial differential equation systems

RM3283. Dual ARINC 429 Line Receiver

RETICLE 2 NORTH SW2 DPDT SOUTH. LM339A TxD1 Out 11 U2D DEC PULSE 1 FOCUSER-2 3.0V 17 CCD EAST U2A AUX -6 FOCUSER-2 FOCUSER SW1 DPDT

- Prefixes 'mono', 'uni', 'bi' and 'du' - Why are there no asprins in the jungle? Because the parrots ate them all.

DISPLAY 1 DISPLAY 2 a. a b. a f. a f. b g. c d. c d. 16 x 2 HD44780 BASED ALPHANUMERIC DISPLAY LCD 16 X 2

Chapter 8. Low-Power VLSI Design Methodology

05 - Adaptacion Puerto Serie RXD_UC R35 0 DTR_UC R36 0 RI_UC Adaptacion Puerto Serie Señalizacion GSM R37 0 INFO_NETLIGHT R38 0

S4.3 1'-6" (628'-0") 2'-6" 1'-0" 2'-0" C4 633'-11" (628'-0") PILASTER (6"x18") STAIR 3 CONCRETE TIE BEAM. (24"x12") 632'-7" C3 633'-11"

Audio Mod RF-04-N-10 PC13 BAS85 56 PG1 PC0 PC1 PC2 PC3 PC4 PC5 PC6 PC7 PC8 PC9 PC10 PC11 PC12 PG0 57 PG2 87 PG3 88 PG4 89 PG5 90 PG6 91 PG7 92 PG8

JS3 VDDA PTA7/KBD7. Jmp VSSA PTA6/KBD6 PTA5/KBD5 PTA4/KBD4 PTA3/KBD3 PTA2/KBD2 PTA1/KBD1 33 FP-1 PTA0/KBD0 VSSAD PTC3 VDDAD

MATH 220: Problem Set 3 Solutions

Web Solutions for How to Read and Do Proofs

35H MPa Hydraulic Cylinder 3.5 MPa Hydraulic Cylinder 35H-3

Quickfilter Development Board, QF4A512 - DK

MATH 220: PROBLEM SET 1, SOLUTIONS DUE FRIDAY, OCTOBER 2, 2015

LV5217GP. Specifications. Bi-CMOS IC 3ch LED Driver. Absolute Maximum Ratings at Ta = 25 C. Ordering number : ENA0833A.

PHILIPS 74LVT transparent D-type latch datasheet

Grabber. Technical Manual

Wattkins.com Universal PCB

IO_RX_05 IO_RX_00 IO_RX_04 IO_RX_03 IO_RX_02 U8-A IF1P_RX. 33pF. 33pF 33pF. IF1N_RX 200ohm ustrips U8-D 5 ANA_DEC C63 C59 C61 C64 C62. 33pF. 0.

Power USB I/F. USB->Uart AX309. Power LED :25:33 I:\AX\AX309\2.0\1_POWER.SchDoc VBUS VBUS D- D+ Fuse VCC GND D3V3 U

RTL8211DG-VB/8211EG-VB Schematic

LOWELL WEEKLY JOURN A I.

User Manual. 1000BASE-T1 SFP Module

Revisions. 2 Notes. 4 FXLC95000CL / MCU Circuit 5 Power and Battery Charger Circuit. KITFXLC95000EVM Drawn by:

Distributed Set Reachability

Lecture 6c: Green s Relations

SM XBEE MODULE XBEE SMT MODULE NC GND GND RF_SELECT VCC COMM/AD0/DIO0 AD1/DIO1 DOUT/DIO13 AD2/DIO2 DIN/CONFIG/DIO14 DIO12 AD3/DIO3 RESET RTS/DIO6

NX-BS2P i-stamp2p (OEM BASIC Stamp2P40) Experiment board

Maintenance Manual: TSV Accumulator

A Power, JTAG, LEDs FPGA_TCK FPGA_TDO FPGA_TMS FPGA_TRST FPGA_TDI nanofip_misc.sch

AZ DISPLAYS, INC. COMPLETE LCD SOLUTIONS SPECIFICATIONS FOR LIQUID CRYSTAL DISPLAY

Simulation of Natural Convection in a Complicated Enclosure with Two Wavy Vertical Walls

AZ DISPLAYS, INC. COMPLETE LCD SOLUTIONS SPECIFICATIONS FOR LIQUID CRYSTAL DISPLAY

AS1117M3 or LM1117MPX-ADJ ADJ. C20 0.1uF + C56. + C57 10uF. 10 uf R K 1% R18 GND 10.0K 1%

A ' / 1 6 " 5 ' / 4 " A4.2 48' - 0" 3 12' - 7" 13' - 11" 10' - 0" 9' - 0" 2' - 6" 1. 2: 12 INDICATES SHOW MELT TYP ABV ABV

Conditional Simulation of Random Fields by Successive Residuals 1

Power supply, reset circuit, reference voltage and power indicator. Analogue and digital inputs with options for FET outputs

INT RST TEMP RANGE PIN- PACKAGE TOP MARK PKG CODE PART. -40 C to +125 C -40 C to +125 C 16 QSOP E16-4 MAX7323AEE+ 16 TQFN-EP* 3mm x 3mm MAX7323ATE+

U1-1 R5F72115D160FPV

S emh asm HP asm. O GENESYS 10S Bio P

GRM21BR71C225KA12L C3, C4 2 Open C16 1 C20 1 D1 1 D2 1

Priority Search Trees - Part I

VOID CABLE REQUIREMENTS

PARTIAL DIFFERENTIAL EQUATIONS. Lecturer: D.M.A. Stuart MT 2007

core Tiny6410.sch DM9000 DM9000-etc.sch AC97 AC97-etc.sch USB HUB USB-HUB.sch Tiny6410SDK 1103

UNIVERSITY OF MANITOBA

System F. Proofs and Types. Bow-Yaw Wang. Academia Sinica. Spring 2012

Theorem 1. An undirected graph is a tree if and only if there is a unique simple path between any two of its vertices.

PS2_B_CLOCK PS2_B_DATA PS2_A_CLOCK PS2_A_DATA UART_C_RXD UART_B_RXD UART_A_RXD UART_C_TXD UART_B_TXD UART_A_CTS UART_A_TXD UART_A_RTS GPIO[0:31]

XBee Interface Board XBIB-U-DEV TH/SMT Hybrid

SHORT WAY SYMMETRY/SYMMETRICAL SYNTHETIC TREAD TELEVISION VERTICAL VITREOUS VOLUME. 1 BID SET No. Revisions / Submissions Date CAR

Potential Symmetries and Differential Forms. for Wave Dissipation Equation

MSP430F16x Processor

A[0..14] A[0..15] D[0..7] A[0..15] D[0..7] D[0..7] R/W I/O Phi0 MAP R/W R/W. I/O Phi0 MAP. Phi0 MAP. ROMDIS Phi2. ROMDIS Phi2. Id: 1/

Transcription:

9 0 TX nternal Reference loop filter for internal V vco_cp R.0 vco_vtune loop filter for VX vcxo_cp R0 0 vcxo_vtune V_TX: 0 0u VTX Vcc X UT /TU V_TX: R 0 0n p cgen_int_ref p vcxo_clk R 0 refer Ref ode (Ref TX) cgen_ext_ref 0 R vco_vtune cgen_int_ref 0 9 R (R) R (R) U00 YSS (UT0) UT0 (UT0) UT0 (UT) UT (UT) UT (UT) UT (UT) UT (UT) UT (UT) UT 0 0 cgen_by cgen_cp U0 S90T0 V: : _ V: cgen_by 0 0p 0 00p R. 0 0n 0 00p 0 0p 0p vcxo_cp cgen_cp vco_cp R. p ssume kz/volt kz loop bandwidth 0 kz compare frequency.m current (UT) UT (UT) UT cgen_clk_test 0 R0 00 0 R0, 0z xternal Reference T00 R0 9.9 cgen_clk_test R Test put.9 R cgen_ext_ref (UT) UT 9 (UT) UT (UT) UT (UT) UT (UT) UT (UT) UT (UT) UT (UT) UT (UT9) UT9 (UT9) UT9 (UT0) UT0 (UT0) UT0 (UT) UT RST RST (UT) UT 9 9 0 clock_db_tx_p clock_db_tx_n clock_db_rx_p clock_db_rx_n vcxo_en vcxo_vtune vcxo_en X Vtrl / VX_ V / UT V_VX: vcxo_clk 0u S eader V_: cgen_spi_sen cgen_spi_sclk cgen_spi_mosi cgen_spi_miso cgen_st_refmon cgen_st_ld cgen_st_status S nput R U0 Y SUT S_ R. R. cgen_ref_sel cgen_sync_b R 9.9 09 n R Vcc cgen_spi_sen cgen_spi_sclk cgen_spi_mosi S S/S S/S R_S SY U00 R STTUS cgen_st_refmon cgen_st_ld cgen_st_status cgen_spi_miso S 9 TR V_: R0 0 R00 _ S S ock UT 0 S UT U00 9X UT_ R9 UT_ R0 ake sure these resistors are close to U00 9 0 R R0 TT : clock.sch S0 S,S0 igh = S ode 0 S R igh = oad at power up R reset and power down: internal pullups, active low $ate$ USR mbedded lock eneration 0 RVS: RW Y: $Rev$ $uthor$ RST

9 0 _V_R: 00 0.0u ulseack 0 R0 0 R09 9.9 R0 9.9 R 9.9 R 9.9 U00 9 X00 VTX 0 T_ T+ XT/ UT Vcc T_T T_ T T+ XT /TU V_: V_: S/ S/ R_ R_T R_ T XRS 0 R0. R0. R0. U00 9 TR R0. V_: 0 S round Right athode Right node eft athode eft node 9 0 eth_led eth_led R 0 R 0 R00. % overo_gpio overo_gpio nrst R S n n n 0 9 0 R0 eth_led eth_led R0 0 U0 9x S S n/c n/c 9 /S V_: : 0 TST X_ R0 0 U00 9 WR _V_R: VddR Vdd Vss _V_R: V_: _V_R: 9 Vdd Vdd VddR VddR Vdd VddVR VddVR 0 VddVR VddVR 0.0u 00 _V_R: 0.u _0 _9 _0 _ 0 9 9 0 0 9 nr nwr ns _S 0 9 W _S 0 9 US U00.u 0.0u 0.0u 9 0.0u ecouple ore with.u cap near pin 9 0 USR mbedded thernet TT $ate$ : ethernet.sch RVS: $Rev$ 0 RW Y: $uthor$

9 0 0 UT_ UT_ R UT_ UT_ 9 9 0 0 UX UX V_ 9 0 UX UX V_ UX R UX VR UX UX V_ 9 0 UX V_ UX UX UX UX UX R U00 9X UX UX UX UX UX UXR ST UX UX UX S UX UX UX V: V: 9 0 V: V: V: V: 9 0 V: V: S R0 00 R0 00 UX io_tx_00 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_09 io_tx_0 io_tx_ io_tx_ io_tx_ io_tx_ io_tx_ db_sen_tx db_mosi_tx db_miso_tx 9 0 db_sclk_tx 9 0 db_sda db_scl clock_db_tx_a 9 0 V: ddress db_sen_rx db_mosi_rx db_miso_rx db_sclk_rx clock_db_rx_a V: 9 0 9 0 9 0 io_rx_00 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_09 io_rx_0 io_rx_ io_rx_ io_rx_ io_rx_ io_rx_ 09 or U R00 00 R 0 or U 0 u.0 9X TR S R 0 u U00 R_ R_ RT_ RT_ VR 0 0 0 0 0 0 0 0 0u 0u 0 0u VR R 00 U : R R U : R 00 00 R 00 0 0 0 0 R clock_db_tx_p clock_db_rx_p USR mbedded aughterboad nterface clock_db_tx_n clock_db_rx_n TT $ate$.9 n n n n.9 : dboard.sch RVS: $Rev$ orner freq 00z, d/octave 9 0 orner freq 00z, d/octave p p 0 RW Y: $uthor$ 9 0

: 9 0 9 0 U io_rx_ io_rx_ Y _0_ W _0 _ U00 9X TX io_rx_ io_rx_ io_rx_ io_rx_0 io_rx_09 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 _0 0 0 0_ V _0_ W _0 0 0_ U9 _0_ V0 _0 W0 _ Y _ Y _ Y _/VR /VR /VR_ V _/VR_ W _/VR_ W9 _/VR_ W UT_ UT_ UT_ UT UT_ \\TX UT TXSY 0 _UT_ TX0 0 9 UT TX 9 TX TX TX TX TX TX TX TXSY TX00 TX0 TX0 TX0 TX0 TX0 TX0 TX0 _0_ aux_sdi_codec _0_ aux_sdo_codec _0_ aux_sclk_codec _0_ reset_codec _0_ sen_codec _0_ mosi_codec _0_ miso_codec _0_ sclk_codec _0_ U /VR /VR /VR 0_/VR 0 0 0 /VR io_rx_0 io_rx_0 io_rx_0 io_rx_00 io_tx_ io_tx_ io_tx_ io_tx_ io_tx_ io_tx_0 io_tx_09 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_00 U /VR_ W V /VR_ Y Y9 Y 9_ XS00S _9_ U _0_ W Y U U 9 9 V U Y _9_ Y _9_ 0 _0_ V_ 9 V_ V_ V_ 0 _0_ 00 0 0 0 0 0 V9 V_ V V_ V_ V_ V_ V_ TX TX9 TX0 0 TX 9 TX TX 9X RX U00 V 0 V 9 0 V 0 0 V 9 0 9 0 0 TX0 TX09 TX0 TX TX TX 00 0 0 0 0 0 0 0 0 09 0 00 0 0 0 0 0 0 RXSY 0 09 0 0 0 0 0 0 0 0 00 0 09 0 0 0 0 0 0 0 0 00 TX _0 0 0 09 09 0 0 R R R T _9_ T _9 U T _9_/VR 9_ Y XS00S 0 TX U _0_ 0 TX T _0_ 9 9 09 TX0 R 0 90 0 TX09 V 9 TX0 U RXSY 9 RXSY TX0 T 9X TR U00 TX0 TX0 R W S sclk_codec TX0 Y S miso_codec TX0 V S mosi_codec TX0 V S_ sen_codec TX0 W RST reset_codec TX00 W UXSdo 9 aux_sclk_codec TXSY U UXSclk 9 UXScsb 9 aux_sdo_codec aux_sdi_codec TX V_ U V_ V_ V_ V_ V V_ 0 0 0 09 0 XS00S T U XS00S U Y0 / S / Y / /0 / _9_/RY/ / _9_/ UT_ V / _0_/ UT_ U /0 _0_/ / / /TRY/ TT $ate$ 0 9 0 9 0 fpga_codec.sch USR mbedded and s RVS: $Rev$ RW Y: $uthor$

9 0 debug_led fpga_cfg_done slot= slot= R0 R09 convert fpga config outputs V_:.. R00 R0 overo_cfg_done_b 0 fpga_cfg_done R 0 0/U_ pullups enabled m[0:] = serial slave U _0_/0 _0_/ _0_/S 0_/ _0_/VS _0_/RWR 09_/VS0 _09_/VS / R R U R V W Y 9 fpga_txd fpga_rxd 0 / 0 XS00S / U0 convert fpga config inputs U0 V_: / _0_/S/S /UT V V overo_cfg_din 0 R09 R0 Y SUT Vcc U0 fpga_cfg_din overo_cfg_init. R0. R0 fpga_cfg_init_b /W R / /T / / / V9 SUS /0//S Y W Y9 Y V W debug_led fpga_cfg_init_b fpga_cfg_cclk fpga_cfg_din overo_cfg_cclk 0 R0 R0 Y SUT Vcc fpga_cfg_cclk fpga_cfg_done fpga_cfg_prog_b V_:. R0 overo_cfg_prog_b 0 R0 R0 U0 Y SUT Vcc fpga_cfg_prog_b 0 X T Vref/Vref R/TS /T one/t 9 in/t 0 TS T T T R0 R0 R0 R0 0 0 0 0 R0 0 R0 0 R00 0 XS00S T T T T TS U / T/ TT $ate$ USR mbedded onfig : fx.sch 0 9 RVS: RW Y: $Rev$ $uthor$ 0

: 9 0 9 0 U debug connector cgen_ref_sel U9 _0_/ /VR_ T debug_clk0 0 0 debug_clk cgen_sync_b U _0_/ debug 0_/0 debug_0 Y _0_/ _0_/VR_ W0 _0_ W _0_/VR_ U debug_ [] [] debug_ debug_9 V0 _0_/ _0_ V debug_0 9 [] [] 0 debug_ debug_ W9 _0_/0 /VR_ cgen_st_refmon debug_9 [] [] debug_ debug_ T _0 R cgen_st_ld debug_ debug_ [] [] [] [] debug_ debug_ debug_ debug_ T _0_ Y _0 0 /VR_ R cgen_st_status debug_ [] [] debug_0 debug_ W _0 debug_ 9 [] [] 0 debug_09 debug_ R0 _0 /VR_ debug_ [0] TR [0] debug_0 debug_ R9 _0 debug_ [] 0[] debug_0 debug_ T0 _09 debug_ [] 0[] debug_0 debug_0 U0 _09 0 debug_ debug_0 debug_9 debug_ debug_ [] 9 [] [] [] [] 0[] 0[] 0 0[] 0[] 0[] debug_0 debug_0 debug_0 debug_0 debug_0 debug_9 R _0_ debug_ 9 _0_ debug_ U debug / debug / /VR 9 9_/VR_ debug_pb0 push button debug_pb0 S0. R00 debug_ [0] 9 0 0[0] debug_00 debug / debug_ R / debug_ 9 / debug_ 0 / debug_0 /9 debug_09 / debug_0 / debug_0 /0 XS00S debug_0 debug_0 9 debug leds 0 debug_0 0 / debug_0 0 / debug_0 / debug_led slot= R debug_0 / debug_00 debug_led0 debug_led _9_/ debug_led debug_led0 slot= slot= R09 R0 cgen_spi_sen cgen_spi_sclk cgen_spi_mosi cgen_spi_miso R R R R 0 0 0 0 debug_led _9_/ 0 _0_/9 9 _0_/ cgen_sen_b 0 cgen_sclk 9 cgen_mosi cgen_miso db_sen_tx db_mosi_tx db_miso_tx 0 db_sclk_tx db_sen_rx 9 / db_mosi_rx 0 /0 db_miso_rx / db_sclk_rx /.. R0 R0 db_sda db_scl / 9 / V_ V_ V_ V_ V_ V V_ 00 0 0 0 0 0 db_scl db_sda XS00S R U debug_clk /R debug_clk0 /R0 0 _9_/TRY/R _9_/R 0 _0_/R _0_/R /R /RY/R TT $ate$ 0 9 0 9 0 fpga_debug.sch USR mbedded and ebug RVS: $Rev$ RW Y: $uthor$

: 9 0 9 0 U S0 VX 0 vero 0 VX 0 vero _0 0 _0 9 _0_0 9 _0_0 _0_0/VR_0 _0_0/VR_0 0/VR_0 _U_RST 0 0 SR 9 SR VSYST VSYST _ 0 _ 9 9 _0_0 _0_0 0/VR_0 0/VR_0 _0 _ 0 00 0 S VSYST S _S _S_T0 _WT0 _S _WT0 _S _0_0 _0_0 _0 0 _0 0 VSYST _S _S _S0 _S0 0_0 _0 0 WR WR _W _nw _0 _0 0_0 _0 0 _V V S _S _9 _0_0 _0 _ overo_gpio0 overo_gpio0 _TS_R 9 0_WU _ overo_gpio _ 9 _T_R _W _9 _W _9 _0 0_0 9 _0_0 _0 0 _0 _9 _0 _S 0 S 9 overo_gpio 0 _T0_RST _ 0 _0_0 _0 _S0 _0 0 0 0 0 0 _0 0_0 _0 _S SYS 9 SYS _ 9 _0_0 _0 _S _S overo_gpio S _S_S 09_0 _09_0 _0 0 _0 _S _S _ 9 0 _0 _V 0_0 _0 overo_gpio _T W _T0_W overo_gpio _0 _0 _9 _9 0_0 _0/VR_0 SYS UST_VUS US_T_VUS _W 0 overo_gpio T9_W 9 VU VU _ 9 0 0 0 _ 0 0 W 0 overo_gpio _T_W 0 _ 0 WT0 0 overo_gpio _R_TS 9 W 9 0 WR overo_gpio0 _ overo_txd _TX _ 9 _RX 0 W _ overo_rxd 0 0 0 XS00S 0 UST_ US_T_ overo_gpio _T0_R 00 0 R_TX _R_TX 90 0 _0 0 _S_S overo_cfg_done_b 0 0 _9 9 9 _S_S0 _S_S overo_cfg_din 9 0 _9 _ 9 09 9 0 9 S W0 _S overo_gpio _US_ 9 T _S S_S overo_cfg_cclk overo_cfg_prog_b overo_rxd overo_txd 0 0 _ 0 0 UXR R overo_gpio 0 T _S_R overo_cfg_init 9 0 R_RX _R_RX 0 0 overo_gpio0 0 _SU_ 9 _SU_ US_VUS US_VUS 0 9 overo_gpio0 9 0 VSY 0 UX UST US_T_ US_ US T T overo_gpio overo_gpio overo_gpio overo_gpio 0 0 _SY UST_ US_T_ US_ US_ 9 overo_gpio 0 overo_gpio 0 overo_gpio 0 overo_gpio 0 overo_gpio0 0 overo_gpio 0 overo_gpio 0 overo_gpio 0 overo_gpio _9_0 overo_gpio _9_0 overo_gpio _0_0 overo_gpio V_0 _0_0 0 V_0 V_0 V_0 9 V_0 V_0 V_: XS00S T U 00 0 0 0 0 0 0/ 0/ 9 0/ 9 0/ _9_0/9 0 _9_0/ _0_0/ _0_0/0 TT $ate$ 0 9 0 9 0 fpga_overo.sch USR mbedded and vero nterface RVS: $Rev$ RW Y: $uthor$

9 0 V_: R0 0 R0 0 _0 _9 _0 _9 _0 R 0 R 0 R 0 R 0 R 0 R 0 R 0 R 0 R9 0 R0 0 R 0 R 0 R 0 R 0 R 0 R 0 R 0 R 0 R9 0 R0 0 R 0 R 0 R 0 R 0 _S _VSY _SY R0 0 R0 0 R0. R0 0 R0 0 R09 0 R0 0 + T0 T T 0 T 9 T T T T T T9 T0 0 T T T T T T T T 0 T9 9 T0 T T T VSY SY VR 9 /T S/ 0 S/RST T// T// T// S/S S/S V driver V V V: V T0 0 T TV T TV: 9 TV T U900 T TX+ TX TX+ TX TX0+ TX0 TX+ TX T RSRV 0 9 9 9 0 dvi_tx_p dvi_tx_n dvi_tx_p dvi_tx_n dvi_tx0_p dvi_tx0_n dvi_txc_p dvi_txc_n R 0 0 fpga_txd fpga_rxd _S _S TV: V+ Vcc V Tx n 0 Tx n S S U90 X + Rx Rx n Tx 9 Rx Rx n + Tx V_: Vref Vref dvi_tx_p dvi_tx_n dvi_tx_p dvi_tx_n dvi_tx0_p dvi_tx0_n dvi_txc_p dvi_txc_n _S_V _S_V evel Translate or, maybe V: 90 U90 S S 0 0 R 00 connector + S + S 0+ 0S 9 0 0 + S X S S +V 9 S RS S_TX. R _S_V _S_V S_RX R U90 xx 0 n/c S S 0 /S V_: : S _S. R isc vero eader (ic & ) V: _SU. R V_: U90 ain VU 0 V_: SYS WR VU attery ackup R9.u 0 V_: 0. R R R0. Use jumpers to select or ine in 0 R0 R 0 R ain_r R V: US_T_VUS V: 00 R00 0 V_: T_VUS T_ T_ T_RST TT : overo.sch V 9 V US US 9 RST 0 0 00 US to serial URT S S ual udio ack (ine n/) Tip=eft Ring=Right Sleeve=round 0 US_VUS 00 00 STS0 0 0u 0 0u USR mbedded vero eripherals $ate$ 0 RVS: RW Y: $Rev$ $uthor$ 0 0 TR 0 0.0u 0 TST SR S 0.0u 0 ain_r ain_ T TX RX RTS TS TR SR R US0 US US US US u u u u U90 09 0 US T 0 0 9 US_T_ US_T_ US_T_ US ost 0 US_ US_ R_RX R_TX STX top_sleeve top_ring top_tip bot_sleeve bot_sleeve_s bot_ring bot_ring_s bot_tip

9 0 power supply v V: 9 9 90 fpga internal.v V:. R9 90 V: 90 90 0p n 90 V: 90 00u V: U000 T9 900 usb host and hdmi connector v T90 9 0 ltc0_intvcc 9 R90 sync/mode=intvcc n 0 9 R90 0 R90 R90 R90. 0p V_: R909 00 R90 0 V: SY/ RT T V RU 9 TR/SS S V V T0 0 U00 TV ST SW SW 9 u 99 u ltc0_intvcc 00 9 90 0n 909 u u 9 9 00u V_: 9 00u slot= 909 90.u n S R900 0 90 0p 9.u R90.9 V: digital.v U00 T0. T9 V: analog.v U00 T0. T9 V: clock gen.v V_: V_: 90 V: clock.v V U00 T0. T9 V_: 9.u 9 9 u 9 9 0p 9.u 90 0p 90 V 90 u 90 90 0p 9 9 0p 9 9 0p 9 u 9.u 9 V 9 u 9 99 0p hdmi driver.v TV: 90 V: 9 9.u overo gpio.v n n S V_: U00 R90. R90 9 T9 0p 9.u V_: 9 0 99 90 0p tcxo.v 90 9 V_TX: 9 0p 9 u V_: 9 9 0p vcxo.v 90 90 V_VX: 9 0p 9 u TT : power_gen.sch 90 9 9 $ate$ 9 USR mbedded ower eneration 9 0 9 99 RVS: RW Y: 9 $Rev$ $uthor$ 90 9

9 0 0 00 0 fan connector v 000 V: 000009 0000 000000000 0p 0p 0p 0p 0p 0p 0p 0p TT 0 USR mbedded ower pplication $ate$ : power.sch RVS: $Rev$ 0 0 RW Y: $uthor$ VUX VUX VUX VUX VUX VUX VUX 0 VUX VUX VUX VUX VUX VUX VUX VUX 9 VUX VUX VUX T9 VUX T VUX T VUX V VUX V VUX W VUX VT VT 9 VT 0 9 0 09090009090909090909099000900000000 0p 0p 0p 0p 0 S power connector v V: XS00S WR U V_: VS VS VS VS VS VS 0 VS VS VS 9 VS VS VS 0 VS VS V U00 9 WR 0 0 00 09 0 0 0 0 0 0 0 0 00 09 9 9 V_: 0000000000000 0000000000900000000000090 0p 0p 0p 0p 0p 0p 0p 0p 0p 0p 000000090000000000 0p 0p 0p V_: VT VT VT VT 0 VT VT VT 9 VT VT VT VT VT 0 VT VT VT 9 VT VT VT VT VT 0 VT VT VT 9 VT VT VT VT R VT R0 VT R VT R VT T VT T VT 9 9 0 9 9 0 9 0 R R R9 R R R R T T T0 T T T T9 T U U U W W W Y Y0 V_: 900 V: 0 u 000 09000 00900 0000 0p 0p 0p 0p 0p 0p 0p 0p 0p 0p 0p U00 9X WR 9 V 99 V 0 V 0 V V V V V V 0 V V V V V V V V V 00 0 0 09 0 9 9 9 V 9 V V 9 V 00 0p 0 9 9 0