Power & Config. Lime Subsystem
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- Rosalyn McBride
- 5 years ago
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![Power & onfig RESET#[..0] RESET#[..0] RESET# Lime Evaluation oard Revision: P Reference I: 00 # RESET# RESET# RESET#[..0] RESET# I[..0] RESET# I[..0] Video Input Lime Subsystem Video Output I[.](/docs-images/94/121093639/images/1-0.jpg ".0] VI LK I[..0] VI LK VI [..0] VO0_SYN[..0] VO_SYN[..0] VO0_LK[..0] I[..0] VO_LK[..0] VI LK VO0_RG[..0] VO0_SYN[..0] VO_SYN[..0] VO0_LK[..0] VO_LK[..0] VO0_RG[..0] VO_RG[..0] VO0_SYN[..0] VO_SYN[..0] VO0_LK[..0] VO_LK[..0] VO0_RG[..0] VI [.")
1 Power & onfig RESET#[..0] RESET#[..0] RESET# Lime Evaluation oard Revision: P Reference I: 00 # RESET# RESET# RESET#[..0] RESET# I[..0] RESET# I[..0] Video Input Lime Subsystem Video Output I[..0] VI LK I[..0] VI LK VI [..0] VO0_SYN[..0] VO_SYN[..0] VO0_LK[..0] I[..0] VO_LK[..0] VI LK VO0_RG[..0] VO0_SYN[..0] VO_SYN[..0] VO0_LK[..0] VO_LK[..0] VO0_RG[..0] VO_RG[..0] VO0_SYN[..0] VO_SYN[..0] VO0_LK[..0] VO_LK[..0] VO0_RG[..0] VI [..0] VI [..0] VO_RG[..0] VO_RG[..0] Reference I: 00 # Top # Top # Lime Evaluation oard I ddress Map Hierarchy Part References evice Function Write Read +---# Lime Eval Top +---# Power xx +---# Video Input xx +---# Video Output +---# RG Output xx +---# VI Output xx +---# LVS Output xx +---# Lime Subsystem +---# Lime xx +---#0 FPG xx +---# RM xx Ux00 S composite video input 0x 0x Ux00 XS00E* video input selector 0x0 0x and host PU bus mux Ux00 SIL VI transmitter #0 0x0 0x Ux0 SIL VI transmitter # 0x 0x * I address of video input selector depends on FPG implementation oeker Stieg - ukrug Fujitsu Lime Evaluation oard Size ocument Number Rev P ate: Tuesday, ecember, 00 Sheet of
2 X00 KL-SMT-00- L00 0 n 00 V_EXT F00 microsm n 00 SMJ Place s close to power input! + V 00 00u 0 00n 00n 0 0u 0u V0 0 MSH- L u L0 0 0 MSH- 0 00n n 00 00n 00 P layout: refer to application note! 0 MRM0LT U00 OOST SW VIN VIN VIN VIN SW OOST LT0EFE 0 MRM0LT R00 LT0 GN UM 0k F V PG RUN/SS RUN/SS PG V F R0 0k 0 R0 R0 k 0 0p 0 n 00 0 n 00 S# R0 k 0p R0 0k P label: Supply V SW0 0-GH0S S# R 0k P label: onfig SW00 0-GH0S ONFIG0 ONFIG ONFIG ONFIG ONFIG ONFIG ONFIG ONFIG ONFIG ONFIG IP Switch Settings onfig switch #no function default LKSEL0 on LKSEL off Host PU MOE 0 n/a Host PU MOE n/a Host PU MOE n/a Pin mux GMOE0 n/a Pin mux GMOE n/a Pin mux GMOE n/a S Mode n/a 0 RY Mode n/a n/a: settings depend on the corresponding host PU interface mode and display connection Supply switch #no function default 0 shutdown off FPG user config n/a If.V and V is provided by the host PU board, both regulators must be shut down. No wall power supply shall be connected to the Lime board in this case. R0 k RESET#[..0] RESET#[..0] RESET# V0 R0 M R0 0k P layout: refer to application note! U0 PVIN PVIN SVIN RT PGOO SW SW SW SW 0 V R0 0k PG_V L0 00 V P label: RESET V P label: PG.V V P label:.v V P label:.0v V0 00n 0 u n n R k 00p R k R 0k RUN/SS ITH SYN/MOE VF LTEFE SGN PGN PGN SGN R k p 00n 00u 00u R0 0 TLMT00 R 0 TLM00 R 0 TLM00 R 0 TLM00 RESET# PG_V T00 MGSFN0LT V0 V V V V V V R k Place - 0 directly to the corresponding U0 pins! U0 R k R0 k U0 ONTROL V 00n 00n 0n V V RT RST# PR# LT00-IMS LT00 V V VREF 0 VPG GN R k R k R k 00n 0 00n 00n RESIN SENSE TL T RESET GN RESET# TLI RESET# R k 00n R R 0k U0 V SW0 S000 OE NSZ GN V Y 00n oeker Stieg - ukrug NSZ Fujitsu Lime Evaluation oard: Power Size ocument Number R ev P Tuesday, ecember, 00 ate: Sheet of
3 VI [..0] VI [..0] P Layout: refer to layout guide and S application note! RN00 I[..0] VI LK RESET# I[..0] VI LK RESET# VI 0 VI VI VI VI VI VI VI I I0 Rx RN0 Rx R0 R I_S I_SL S_LK Place RN00, RN0 and R0 directly to the corresponding U00 pins! U00 Video out VPO0 VPO 0 VPO VPO VPO VPO VPO VPO S SL XTL XTLI LL E 0 VSS0 V0 0 I lock IO SH R0 k Video in Video in oundary Scan I I I OUT I I I GN VSS VSS V V TI TK TMS TRST TO VI_I VI_I GN_V 0 n 0 00n GN_V 0 n GN_V 0 0u 0 n 00 n R0 R GN_V V L00 LMPG00SN R00 R Place filter network directly to Vx and VSSx power pins! JEIT R- X00 GN_V I addresses of S read: 0x, write: 0x GN_V V Keep S clock signal as short as possible! L0 V L0 0 n 0 00n 0u to digital power pins! LMPG00SN LMPG00SN u R0 0k GN_V S_LK R0 R Y00 V OS OUT Place R0 directly to Y00 pin! SG00 P. OE GN 00n VI_I n R0 R R0 R X0 MIN0SSV- GN_V RT0 RTS0 RTS VSSE VSS VSSI VSSE VE V VI VE 0 0 n 0 00n 0 00n 00n L0 VI_I LMPG00SN GN_V New n R0 R R0 R GN_V GN_V oeker Stieg - ukrug GN_V Fujitsu lime Evaluation oard: Video Input Size ocument Number Rev P ate: Tuesday, ecember, 00 Sheet of
4 RESET# RESET# VI Output I[..0] RESET# I[..0] RESET# RESET# VO0_RGN[..0] VO_RGN[..0] RG Output VO0_LK VO_LK VO0_RG[..0] VO_RG[..0] VO0_RGN[..0] VO_RGN[..0] VO0_SYN[..0] VO_SYN[..0] VO0_LK VO_LK I[..0] VO0_RG[..0] VO_RG[..0] VO0_RGN[..0] VO_RGN[..0] VO0_SYN[..0] VO_SYN[..0] # Reference I: 00 VO0_LK[..0] VO0_RG[..0] VO_RG[..0] VO0_RG[..0] VO_RG[..0] I[..0] VO0_RG[..0] VO_RG[..0] VO0_SYN[..0] VO_LK[..0] VO_SYN[..0] RESET# RESET# VO0_SYN[..0] VO_SYN[..0] VO_LK[..0] VO0_SYN[..0] VO_SYN[..0] VO_LK[..0] # Reference I: 00 VO_LK[..0] VO_SYN0 VO_SYN VO_SYN VO_SYN0 VO_SYN VO_SYN VO_SYN VO0_SYN0 VO0_SYN VO0_SYN VO0_LK VO_LK VO0_SYN0 VO0_SYN VO0_SYN VO0_SYN LVS Output VO0_LK VO_LK VO_LK0 VO_LK VO_LK VO_LK VO0_SYN[..0] VO_SYN[..0] VO0_RG[..0] VO_RG[..0] VO0_SYN[..0] VO_SYN[..0] VO0_RG[..0] VO_RG[..0] VO0_LK[..0] VO0_LK[..0] VO0_LK[..0] # Reference I: 00 VO0_LK0 VO0_LK VO0_LK VO0_LK oeker Stieg - ukrug Fujitsu Lime Evaluation oard: Video Output Size ocument Number Rev P ate: Tuesday, ecember, 00 Sheet of
5 V to U00 power pins! V to U0 power pins! L00 LMPG00SN 00 0u 0 00n 0 00n 0 n L0 LMPG00SN 0 0u 0 00n 0 00n 0 n VO_RG[..0] VO0_RG[..0] VO0_LK[..0] VO_LK[..0] VO_RG[..0] VO0_RG[..0] VO0_LK[..0] VO0_LK0 VO0_LK VO_LK[..0] VO_LK0 VO_LK VO0_RG0 VO0_RG VO0_RG VO0_RG VO0_RG VO0_RG VO0_RG VO0_RG VO0_RG VO0_RG VO0_RG0 VO0_RG VO0_RG VO0_RG VO0_RG VO0_RG VO0_0 VO0_ VO0_ VO0_ VO0_ VO0_ VO0_ VO0_ VO0_G0 VO0_G VO0_G VO0_G VO0_G VO0_G VO0_G VO0_G 0 0 U00 0 G0 G G G G G G G V V V 0 GN GN GN GN GN GN GN GN 0 V Video GN_RGO IOR IOG IO IOR# IOG# IO# GN_RGO R00 R R0 R VO0_RGN VO0_RGN VO0_RGN0 R0 R VO_RG[..0] VO_RG0 VO_RG VO_RG VO_RG VO_RG VO_RG VO_RG VO_RG VO_RG VO_RG VO_RG0 VO_RG VO_RG VO_RG VO_RG VO_RG VO_0 VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_G0 VO_G VO_G VO_G VO_G VO_G VO_G VO_G 0 0 U0 0 G0 G G G G G G G V V V 0 GN GN GN GN GN GN GN GN 0 V Video GN_RGO IOR IOG IO IOR# IOG# IO# GN_RGO R0 R R0 R VO_RGN VO_RGN VO_RGN0 R0 R VO0_RG VO0_RG VO0_RG VO0_RG VO0_RG0 VO0_RG VO0_RG VO0_RG VO0_SYN VO0_LK0 VO0_R0 VO0_R VO0_R VO0_R VO0_R VO0_R VO0_R VO0_R R0 R R R R R R R SYN# LNK LOK OMP VREF 0 00n 0 00n 00n VO_RG VO_RG VO_RG VO_RG VO_RG0 VO_RG VO_RG VO_RG VO_SYN VO_LK0 VO_R0 VO_R VO_R VO_R VO_R VO_R VO_R VO_R R0 R R R R R R R SYN# LNK LOK OMP VREF 0 00n 00n 00n PSVE# RSET PSVE# RSET V R0 0k VJSTZ0 R0 R R0 GN_RGO V R 0k VJSTZ0 R0 R R0 GN_RGO I[..0] I[..0] RESET# I0 I R R 0k R I_SL I_S onsider V layout rules! L0 LMPG00SN GN_RGO RESET# R R 0k R VO0_LUE VO0_GREEN VO0_RE VO_LUE VO_GREEN VO_RE VO0_RGN0 VO0_RGN VO0_RGN VO_RGN0 VO_RGN VO_RGN VO0_RGN[..0] VO_RGN[..0] VO0_RGN[..0] VO_RGN[..0] RESET# RESET# X00 X0 VO0_SYN[..0] VO_SYN[..0] VO0_SYN[..0] VO_SYN[..0] VO_SYN0 VO_HSYN VO_SYN VO_VSYN VO_SYN VO_E VO_SYN VO_SYN VO_SYN VO_GV VO0_SYN0 VO0_HSYN VO0_SYN VO0_VSYN VO0_SYN VO0_E VO0_SYN VO0_SYN VO0_SYN VO0_GV VO0_0 VO0_ VO0_ VO0_ VO0_G0 VO0_G VO0_G VO0_G VO0_R0 VO0_R VO0_R VO0_R VO0_HSYN VO0_E VO0_GV I_SL FTSH-0-0-L-V-EJ-P RG digital output #0 VO0_ VO0_ VO0_ VO0_ VO0_G VO0_G VO0_G VO0_G VO0_R VO0_R VO0_R VO0_R VO0_VSYN VO0_SYN VO0_LK I_S VO_0 VO_ VO_ VO_ VO_G0 VO_G VO_G VO_G VO_R0 VO_R VO_R VO_R VO_HSYN VO_E VO_GV I_SL FTSH-0-0-L-V-EJ-P RG digital output # VO_ VO_ VO_ VO_ VO_G VO_G VO_G VO_G VO_R VO_R VO_R VO_R VO_VSYN VO_SYN VO_LK I_S 00n V 00n V 0u 0u oeker Stieg - ukrug Fujitsu Lime Evaluation oard: Video Output: RG Output Size ocument Number R ev P Tuesday, ecember, 00 ate: Sheet of
6 VO0_RG[..0] VO0_SYN[..0] VO0_RGN[..0] VO0_LK RESET# VO0_RG[..0] VO0_SYN[..0] VO0_RGN[..0] VO0_LK RESET# VO0_SYN0 VO0_SYN VO0_SYN VO0_RGN0 VO0_RGN VO0_RGN VO0_HSYN VO0_VSYN VO0_E VO0_LUE VO0_GREEN VO0_RE V I addresses of SIL #0 read: 0x, write: 0x0 VO0_RG VO0_R VO0_RG VO0_R VO0_RG VO0_R VO0_RG0 VO0_R VO0_RG VO0_R VO0_RG VO0_R VO0_RG VO0_R VO0_RG VO0_R0 VO0_RG VO0_G VO0_RG VO0_G VO0_RG VO0_G VO0_RG VO0_G VO0_RG VO0_G VO0_RG0 VO0_G VO0_RG VO0_G VO0_RG VO0_G0 VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG0 VO0_0 VO0_E V GN VO0_G GN_VI E VO0_G VO0_VSYN VO0_HSYN VREF VO0_G VO0_VSYN HSYN VO0_G VI0_TL VSYN L0 VO0_R0 VI0_TL TL//K LMPG00SN SIL VO0_R VI0_TL TL//K VO0_R VI0_HTPLG TL//K PanelLink VO0_R VI0_P EGE/HTPLG 0 0 Transmitter VO0_R RN00 P 0 VO0_R VI0_HTPLG kx MSEN VO0_R VI0_ISEL V VO0_R I_S ISEL/RST R0 VI0_KEN VI_P I_SL ESL/S KEN VI_ISEL SEL/SL RESEVE L0 GN V LMPG00SN 0 00 RN0 00n ZXV L0 kx R0 V LMPG00SN 0k R0 SiIT VO0_RE VO0_GREEN VO0_LUE R0 VO0_HSYN R0 R0 R0 VI0_TL VI0_TL VI0_TL R00 V V GN_VI VI0_PLLV L0 LMPG00SN U00 R0 0u onsider SIL P layout application note! VO0_0 VO0_ VO0_ VO0_ VO0_ VO0_ VO0_LK VO0_TXM VO0_TXP 00n VO0_TX0M VO0_TX0P VO0_ VO0_ VO0_G0 VO0_G VO0_G VO0_G 0 0 PGN PV EXT_SWING GN TX- TX+ V TX0- TX0+ GN TX- TX+ V TX- TX+ GN GN 0 IK+ IK- 0 PV 0 0 VO0_TXM VO0_TXP 00n VO0_TXM VO0_TXP n VI0_PLLV to U00 power pins! 00 0u 0 n 0 00n 00n to U00 power pins! L00 LMPG00SN 0 0 n 0 0u V V0 L0 LMPG00SN L0 LMPG00SN L0 LMPG00SN n 0u 0 p R0 0 p p p VO0_TXM VO0_TXP VO0_TXM VO0_TXP VO0_TX0M VO0_TX0P VO0_TXP VO0_TXM p X00 VIS0T-00S 0 0 to U00 power pins! GN_VI VO_RG[..0] VO_SYN[..0] VO_RGN[..0] VO_LK I[..0] VO_RG[..0] VO_SYN[..0] VO_RGN[..0] VO_LK I[..0] VO_SYN0 VO_SYN VO_SYN VO_RGN0 VO_RGN VO_RGN I0 I RESET# VO_HSYN VO_VSYN VO_E VO_LUE VO_GREEN VO_RE V I addresses of SIL # read: 0x, write: 0x I_SL I_S RN0 kx R R R R R VO_RG VO_R VO_RG VO_R VO_RG VO_R VO_RG0 VO_R VO_RG VO_R VO_RG VO_R VO_RG VO_R VO_RG VO_R0 VO_RG VO_G VO_RG VO_G VO_RG VO_G VO_RG VO_G VO_RG VO_G VO_RG0 VO_G VO_RG VO_G VO_RG VO_G0 VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG0 VO_0 L VI_TL VI_TL VI_TL R0 VO_E VO_HSYN VO_VSYN VI_TL VI_TL VI_TL VI_HTPLG VI_P VI_ISEL I_S I_SL V V GN_VI VI_PLLV L LMPG00SN 0 U0 SiIT 0u onsider SIL P layout application note! V E VREF HSYN VSYN TL//K TL//K TL//K EGE/HTPLG P MSEN V ISEL/RST ESL/S SEL/SL GN R VO_0 VO_ VO_ VO_ VO_ VO_ VO_LK VO_TXM VO_TXP VO_TX0M VO_TX0P VO_ VO_ VO_G0 VO_G VO_G VO_G 0 0 PGN PV EXT_SWING GN TX- TX+ V TX0- TX0+ GN TX- TX+ V TX- TX+ GN GN 0 IK+ IK- 0 PV SIL PanelLink Transmitter n 00n VO_TXM VO_TXP VO_TXM VO_TXP n VI_PLLV GN 0 0 KEN RESEVE V to U0 power pins! 0u VO_G VO_G VO_G VO_G VO_R0 VO_R VO_R VO_R VO_R VO_R VO_R VO_R VI_KEN R 0k n 00n to U0 power pins! GN_VI 00n L0 LMPG00SN 0 n R V 0u V VI_HTPLG 00n V0 L0 LMPG00SN VO_VSYN L0 LMPG00SN L LMPG00SN 0 ZXV L LMPG00SN VO_RE VO_GREEN VO_LUE VO_HSYN L LMPG00SN L LMPG00SN 00n 0u p R p p 0 p VO_TXM VO_TXP VO_TXM VO_TXP VO_TX0M VO_TX0P VO_TXP VO_TXM p X0 VIS0T-00S 0 0 LMPG00SN GN_VI to U0 power pins! GN_VI oeker Stieg - ukrug Fujitsu Lime Evaluation oard: Video Output: VI Output Size ocument Number R ev P Tuesday, ecember, 00 ate: Sheet of
7 V VO0_RG[..0] VO_RG[..0] VO0_SYN[..0] VO0_RG[..0] VO_RG[..0] VO0_SYN[..0] VO0_RG VO0_R VO_RG VO_R VO0_RG VO0_R VO_RG VO_R VO0_RG VO0_R VO_RG VO_R VO0_RG0 VO0_R VO_RG0 VO_R VO0_RG VO0_R VO_RG VO_R VO0_RG VO0_R VO_RG VO_R VO0_RG VO0_R VO_RG VO_R VO0_RG VO0_R0 VO_RG VO_R0 VO0_RG VO0_G VO_RG VO_G VO0_RG VO0_G VO_RG VO_G VO0_RG VO0_G VO_RG VO_G VO0_RG VO0_G VO_RG VO_G VO0_RG VO0_G VO_RG VO_G VO0_RG0 VO0_G VO_RG0 VO_G VO0_RG VO0_G VO_RG VO_G VO0_RG VO0_G0 VO_RG VO_G0 VO0_RG VO0_ VO_RG VO_ VO0_RG VO0_ VO_RG VO_ VO0_RG VO0_ VO_RG VO_ VO0_RG VO0_ VO_RG VO_ VO0_RG VO0_ VO_RG VO_ VO0_RG VO0_ VO_RG VO_ VO0_RG VO0_ VO_RG VO_ VO0_RG0 VO0_0 VO_RG0 VO_0 VO0_SYN R0 VO0_R VO0_R VO0_G0 VO0_G VO0_G VO0_G VO0_G VO0_G VO0_G VO0_G VO0_0 VO0_ VO0_ VO0_ VO0_ VO0_ VO0_ VO0_ VO0_HSYN VO0_VSYN V 0 0 U00 V TXIN TXIN TXIN GN TXIN TXIN TXIN0 V TXIN TXIN TXIN GN TXIN TXIN TXIN V TXIN TXIN TXIN GN TXIN0 TXIN TXIN TXIN V TXIN TXIN to LVS power pins! TXIN S TXIN TXIN hannel Link GN TXIN Transmitter TXIN0 TXIN 0 LVSGN TXOUT0_M TXOUT0_P TXOUT_M TXOUT_P LVSV LVSGN TXOUT_M TXOUT_P TXLKOUT_M 0 TXLKOUT_P TXOUT_M TXOUT_P LVSGN PLLGN PLLV PLLGN PWRWN TXLKIN TXIN 0 GN 00 n VO0_R VO0_R VO0_R VO0_R VO0_R0 VO0_R VO0_LVS_0M VO0_LVS_0P VO0_LVS_M VO0_LVS_P VO0_LVS_M VO0_LVS_P VO0_LVS_M VO0_LVS_P VO0_LVS_M VO0_LVS_P LVS_IS# VO0_LK VO0_E 0 00n GN_LVS V 0 0u VO0_LVS_0M VO0_LVS_M VO0_LVS_M VO0_LVS_M VO0_LVS_M X00 0 FTSH-0-0-L-V-P 0 00n 0 0u VO0_LVS_0P VO0_LVS_P VO0_LVS_P VO0_LVS_P VO0_LVS_P GN_LVS V VO0_SYN VO0_SYN VO0_SYN VO0_E VO0_SYN VO0_VSYN VO0_SYN0 VO0_HSYN R0 0 n 0 00n 0 00n 0 0u to digital power pins! SMT L0 LMPG00SN L00 LMPG00SN 0 00n Place filter directly to PLL power pins! 0 00n VO_SYN[..0] VO_SYN[..0] GN_LVS V VO0_LK VO_LK RESET# VO0_LK VO_LK RESET# VO_SYN VO_SYN VO_SYN VO_E VO_SYN VO_VSYN VO_SYN0 VO_HSYN R0 V R00 0k LVS_IS# R0 VO_SYN V VO_R VO_R VO_G0 VO_G VO_G VO_G VO_G VO_G VO_G VO_G VO_0 VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_HSYN VO_VSYN 0 0 U0 V TXIN TXIN TXIN GN TXIN TXIN TXIN0 V TXIN TXIN TXIN GN TXIN TXIN TXIN V TXIN TXIN TXIN GN TXIN0 TXIN TXIN TXIN V TXIN TXIN to LVS power pins! TXIN S TXIN TXIN hannel Link GN TXIN Transmitter TXIN0 TXIN 0 LVSGN TXOUT0_M TXOUT0_P TXOUT_M TXOUT_P LVSV LVSGN TXOUT_M TXOUT_P TXLKOUT_M 0 TXLKOUT_P TXOUT_M TXOUT_P LVSGN PLLGN PLLV PLLGN PWRWN TXLKIN TXIN 0 GN n 00n 0u VO_R VO_R VO_R GN_LVS VO_R VO_R0 VO_R VO_LVS_0M VO_LVS_0P VO_LVS_M VO_LVS_P VO_LVS_M VO_LVS_P VO_LVS_M VO_LVS_P VO_LVS_M VO_LVS_P LVS_IS# V VO_LK VO_E VO_LVS_0M VO_LVS_M VO_LVS_M VO_LVS_M VO_LVS_M X0 0 FTSH-0-0-L-V-P 00n 0u VO_LVS_0P VO_LVS_P VO_LVS_P VO_LVS_P VO_LVS_P GN_LVS V R0 n 00n 00n 0u SMT L0 LMPG00SN 0 00n 00n to digital power pins! Place filter directly to PLL power pins! oeker Stieg - ukrug Fujitsu Lime Evaluation oard: Video Output: LVS Output Size ocument Number R ev P Tuesday, ecember, 00 ate: Sheet of
8 RESET#[..0] I[..0] RESET#[..0] I[..0] us Multiplexer & Video I/O Switch FPG VI_SYN[..0] VI_[..0] RESET# VI_SYN[..0] VI_[..0] RESET#[..0] I[..0] VI_SYN[..0] VI_[..0] I, config, reset Video input Lime SRM VI [..0] VI LK VO0_LK[..0] VO_LK[..0] VO0_SYN[..0] VO_SYN[..0] VO0_RG[..0] VO_RG[..0] VI [..0] VI LK VO0_LK[..0] VO_LK[..0] VO0_SYN[..0] VO_SYN[..0] VO0_RG[..0] VO_RG[..0] VI [..0] VI LK VO0_LK[..0] VO_LK[..0] VO0_SYN[..0] VO_SYN[..0] VO0_RG[..0] VO_SYN[..0] VO_[..0] VO_LKO VO_LKI FPG_LK PU_LK LIME_TRL[..0] LIME_[..0] LIME_[..0] I[..0] VO_RG[..0] Reference I: xx #0 VO_SYN[..0] VO_[..0] VO_LKO VO_LKI FPG_LK PU_LK LIME_TRL[..0] LIME_[..0] LIME_[..0] I[..0] VO_SYN[..0] VO_[..0] VO_LKO VO_LKI FPG_LK PU_LK LIME_TRL[..0] LIME_[..0] LIME_[..0] Video output Host PU interface Reference I: xx # SRM SWE# SRS# SS# SLK[..0] SQM#[..0] S[..0] S[..0] SWE# SRS# SS# SLK[..0] SQM#[..0] S[..0] S[..0] SWE# SRS# SS# SLK[..0] SQM#[..0] S[..0] S[..0] Reference I: xx # oeker Stieg - ukrug Fujitsu Lime Evaluation oard: Lime Subsystem Size ocument Number Rev P ate: Tuesday, ecember, 00 Sheet of
9 S[..0] S[..0] SQM#[..0] I[..0] RESET#[..0] RESET# SQM# SQM# SQM# SQM#0 SWE# SRS# SS# SLK[..0] SLK0 SLK S S0 S S S S S S S S S0 S S S S S S0 S S S S S S S S S0 S S S S S S S S S S S S0 S S S S S S S S S0 VI_SYN[..0] LIME_LK_EN LIME_LK LIME_REQ LIME_GMOE0 LIME_GMOE LIME_GMOE RESET# ONFIG LIME_MOE ONFIG0 LIME_LKSEL0 ONFIG LIME_GMOE ONFIG LIME_S_MOE ONFIG LIME_RY_MOE ONFIG LIME_LKSEL ONFIG LIME_MOE0 ONFIG LIME_MOE ONFIG LIME_GMOE0 ONFIG LIME_GMOE I I_S I0 I_SL LIME_XRY PU_LK LIME_[..0] LIME_[..0] LIME_TRL LIME_XWE LIME_TRL LIME_R LIME_TRL0 LIME_XS LIME_TRL LIME_XRY LIME_TRL LIME_TRL LIME_XWE LIME_TRL LIME_XS LIME_TRL LIME_REQ LIME_TRL LIME_TRL[..0] LIME_TRL LIME_TK LIME_TRL LIME_XWE LIME_TRL0 LIME_RK LIME_XS LIME_R LIME_XS LIME_TK LIME_RK LIME_LK_EN I_SL I_S LIME_XWE LIME_XWE LIME_XWE FPG_LK LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_0 LIME_ LIME_0 LIME_ LIME_ LIME_0 LIME_ PU_LK LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_LK LIME_LK PU_LK LIME_XS LIME_XRY LIME_XWE LIME_XWE LIME_R LIME_XWE LIME_XS LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ L_VO_LKO VI_R VI_R VI_R VI_R0 VI_G VI_G VI_G VI_G VI_G VI_G0 VI_ VI_ VI_ VI_ VI_ VI_0 L_VO_ISPE L_VO_VSYN L_VO_HSYN VIN_FI VIN_VSYN VIN_HSYN RESET# I_S I_SL LIME_RK LIME_TK LIME_REQ VIN_RGK L_VO_GV L_VO_SYN LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_XWE LIME_XWE LIME_XWE LIME_XS LIME_R LIME_XS LIME_XRY PU_LK LIME_TK LIME_RK LIME_MOE0 LIME_MOE LIME_MOE LIME_S_MOE LIME_RY_MOE LIME_LK LIME_LKSEL LIME_LKSEL0 I_SL I_S VIN_FI VI_SYN VIN_RGK VI_SYN0 VIN_HSYN VI_SYN VIN_VSYN VI_SYN VO_ VO_ L_VO_R VO_SYN VO_GV VO_ VO_ VO_ VO_R VO_[..0] L_VO_R L_VO_R L_VO_SYN VO_ VO_G0 L_VO_ L_VO_ VO_ VO_R L_VO_GV VO_SYN VO_E L_VO_G L_VO_G L_VO_ VO_ VO_R L_VO_G L_VO_G VO_0 VO_R L_VO_R0 VO_0 VO_G L_VO_G L_VO_ VO_ VO_R0 VO_SYN[..0] L_VO_ L_VO_R VO_0 VO_0 L_VO_R L_VO_ VO_ VO_ VO_ VO_R L_VO_G0 L_VO_G VO_ VO_G VO_ VO_R L_VO_R VO_ VO_ L_VO_HSYN L_VO_VSYN VO_ VO_G L_VO_G L_VO_ L_VO_0 VO_ VO_ VO_SYN VO_VSYN L_VO_LKO L_VO_R VO_ VO_ VO_SYN VO_SYN L_VO_ISPE VO_ VO_G VO_ VO_G VO_ VO_G VO_ VO_G VO_ VO_ VO_ VO_R VO_SYN0 VO_HSYN L_VO_ L_VO_R0 L_VO_R L_VO_R L_VO_R L_VO_R L_VO_R L_VO_R L_VO_R L_VO_G0 L_VO_G L_VO_G L_VO_G L_VO_G L_VO_G L_VO_G L_VO_G L_VO_0 L_VO_ L_VO_ L_VO_ L_VO_ L_VO_ L_VO_ L_VO_VSYN L_VO_HSYN VO_LKI L_VO_LKO L_VO_SYN VI_ VI_R VI_ VI_R L_VI_R VI_ VI_R L_VI_R VI_ VI_R VI_ VI_R0 VI_ VI_ VI_ VI_ VI_ VI_ VI_ VI_ VI_ VI_ VI_0 VI_G VI_ VI_G VI_ VI_G VI_ VI_G VI_ VI_G0 VI_0 VI_0 VI_ VI_G L_VI_R L_VI_R VI_ VI_R VI_[..0] VO_LKI VO_LKO L_VO_GV L_VO_ISPE S[..0] S[..0] SQM#[..0] LIME_TRL[..0] I[..0] RESET#[..0] SWE# SRS# SS# SLK[..0] VI_SYN[..0] PU_LK LIME_[..0] LIME_[..0] FPG_LK VO_[..0] VO_SYN[..0] VI_[..0] VO_LKO VO_LKI V V V V V V V V Size ocument Number R ev ate: Sheet of P Fujitsu Lime Evaluation oard: Lime Subsystem: Lime oeker Stieg - ukrug Tuesday, ecember, 00 Place filter network directly to Lime PLL power pins! P layout to be clarified! Place R0 and Ryy directly to Y00 pin! P Label: Lime ata P Label: Lime ddr/trl P Label: Lime trl/sync/vin R0 R RN0 0kx 00n 0 RN 0kx n n R0 k L0 LMPG00SN RN Rx RN0 0kx n 00n R0 R 0u 0 0u RN Rx RN0 0kx R0 RN Rx 0u 0 OS Y00 SG00 P.0 OE GN OUT V n 00 R0 R 0u RN Rx MS LS MP MITOR X LMPG00SN L00 00n 0 R0 R 0u R R RN0 Rx 00n RN0 Rx R0 R RN00 0kx 0u 0 R RN0 0kx R0 R RN0 Rx RN Rx 00n 0 00n 0 R R RN Rx R0 R RN0 0kx 00n 0 00n RN Rx M LIME Sync Video Out Video In Test Frame uffer Interface Host Interface Power I U00 M VE_0 E VE_ F VE_ H VE_ J VE_ L VE_ M VE_ N VE_ R VE_ T VE_ U VE_0 U VE_ U VE_ U VE_ U VE_ U VE_ T VE_ R VE_ N VE_ M VE_ K VE_0 J VE_ H VE_ F VE_ E VE_ VE_ VE_ VE_ VE_ VE_ PLLVSS U PLLV U RI RI RI RI RI MLKO V MLKI T VINFI VINVSYN VINHSYN RGK XPLLTEST XTST XSM GMOE0 0 GMOE GMOE 0 O O O O 0 O 0 O 0 O 0 RI0 M E M E M F M F M F M G M G M G M H M0 H M H M J M J M J M K M K M K M K M L M0 L M L M M M M M M M N M N M N M P M P M0 P M R MS Y MRS V MWE W MQM0 R MQM R MQM T MQM T M0 E M0 U M U M V M W M Y M Y M W M Y M W M V M0 Y M W M V M Y M W 0 P P N0 N N M0 M M L0 L 0 L L K0 K K J0 J J H0 H 0 H G0 G G F0 F F E0 E E W V Y W V Y W V Y W 0 V Y W V Y W Y W0 V0 V 0 U0 U U T0 LKSEL0 V LKSEL V KM W LK Y S W RY_MOE W0 S_MOE V0 MOE0 U0 MOE Y MOE W XRY V XINT U REQ Y LKI Y0 XS W XR V XS Y XWE0 T XWE T XWE R0 XWE R TK R RK P0 XRST V I0 I I I I I GI0 GI GI GI GI GI RO0 RO RO RO RO RO RO RO GO0 GO GO GO GO GO GO GO O0 SYN GV ISPE VSYN HSYN LKI LKO SL S VSS_0 VSS_ U VSS_ Y VSS_ Y VSS_ 0 VSS_ VSS_ VSS_ W VSS_ W VSS_ VSS_0 VSS_ V VSS_ V VSS_ VSS_ VSS_ U VSS_ U VSS_ VI_0 G VI_ P VI_ U VI_ U VI_ P VI_ G VI_ VI_ VSS_ Y0 MS LS MP MITOR X n MS LS MP MITOR X RN0 Rx n 0 u RN0 Rx Thermal pins of LIME U00 M VI_ G VSS_ G VSS_0 G VSS_ G0 VSS_ G VSS_ G VSS_ G VSS_ G VI_ H VSS_ H VSS_ H VSS_ H0 VSS_ H VSS_0 H VSS_ H VSS_ H VI_0 J VSS_ J VSS_ J VSS_ J0 VSS_ J VSS_ J VSS_ J VSS_ J VI_ K VSS_0 K VSS_ K VSS_ K0 VSS_ K VSS_ K VSS_ K VSS_ K VI_ L VSS_ L VSS_ L VSS_ L0 VSS_0 L VSS_ L VSS_ L VSS_ L VI_ M VSS_ M VSS_ M VSS_ M0 VSS_ M VSS_ M VSS_ M VSS_0 M VI_ N VSS_ N VSS_ N VSS_ N0 VSS_ N VSS_ N VSS_ N VSS_ N VI_ P VI_ P VI_ P VI_ P0 VI_ P VSS_ P VSS_ P VSS_0 P R00 R R0 R
10 V V V V VO_LKO VO_LKO 00 00n 0 00n 0 00n 0 00n 0 0u 0 0u 0 00n 0 00n 0 00n 0 00n 0 00n 00n 00n 00n 0u 0u 0u 0u 00n 00n 0 00n 00n 0u 0u 00n 00n 00n 00n 00n 00n 0 00n 00n 0u 0u 0u 0u VI LK VI LK LIME_[..0] LIME_[..0] U00 E E M M N N P P E F F E F F0 G H H J J K L L0 M L L M J J K G H H F F G G G G0 H H H H0 J J J J0 K K K K0 L L R R T T U0 E E M M N N P P E F F E F F0 G H H J J K L L0 M L L M J J K G H H F F G G G G0 H H H H0 J J J J0 K K K K0 L L R R T T VO_[..0] VO_SYN[..0] I[..0] VI [..0] LIME_TRL[..0] VO0_LK[..0] VO_[..0] VO_SYN[..0] I[..0] VI [..0] LIME_TRL[..0] VO0_LK[..0] LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ I0 I ONFIG0 ONFIG ONFIG ONFIG ONFIG ONFIG ONFIG ONFIG ONFIG ONFIG LIME_TRL0 LIME_TRL LIME_TRL LIME_TRL LIME_TRL LIME_TRL LIME_TRL LIME_TRL LIME_TRL LIME_TRL LIME_TRL0 LIME_TRL VO0_LK VO0_LK0 VO0_LK VO0_LK VO0_LK VI HSYN VI VSYN RN00 Rx VO_R VO_R VO_R VO_R VO_GV VO_SYN VO_E VO_VSYN VO_HSYN VO_LK LIME_ LIME_ LIME_ LIME_ FVI LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ VO_0 VO_ VO_ VO_ LIME_LKSEL0 VO_ VO_ VO_ VO_ LIME_LKSEL VO_ VO_ VO_0 VO_ FVI VO_ VO_ VO_ VO_ FVI VO_ VO_ VO_ VO_ FVI VO_0 VO_ VO_ VO_ FVI VO_SYN0 VO_SYN VO_SYN VO_SYN VO_SYN VI LK VO_LKI I_SL I_S VI 0 VI VI VI LIME_GMOE0 VI VI VI VI LIME_GMOE VI 0 VI VI VI LIME_GMOE VI VI VI VI VI LK LIME_LKSEL0 LIME_LKSEL LIME_MOE0 LIME_MOE LIME_MOE LIME_GMOE0 LIME_GMOE LIME_GMOE LIME_S_MOE LIME_RY_MOE LIME_XS LIME_R LIME_XWE LIME_XWE LIME_XWE LIME_XRY LIME_XS LIME_REQ LIME_TK LIME_RK RN0 Rx FVI0 R00 R FVI R0 R R0 VO_HSYN VO_VSYN VO_E VO_SYN VO_GV R E E E E F F F F F G G G G G H H H H J J J J K K K L L K K L M M N L L M M N N P P P R T T N P R T N P R T M N P R T M N P R XS0E-FTI R Place R - R close to the corresponding U0 pins! T R P N T0 R0 P0 R T N0 M0 P R T T N M P N R P T R T R0 R VINT VINT VINT0 VINT VINT VINT VINT VINT VINT VINT VINT VINT IO_0 IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_ / VREF IO_0 IO_ IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_0 IO_ IO_ (IRY) IO_0 (TRY) IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_ IO_ IO_0 IO_ IO_ / VREF IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_0 IO_ IO_ IO_0 IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_0 / VREF IO_ IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_0 (LL) GK IO_0 (LL) IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_ IO_ IO_0 IO_ / VREF IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_ IO_0 IO_ GK0 R R R V M0 M M T R R R0 RN kx U0 VO_0_ VO_0_ VO_0_ VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO Video I/O Switch PROGRM# ONE LK INIT# R T P FPG_PROG# FPG_ONE FPG_LK FPG_INIT# IN (0) OUT / USY REF LKOUT IT0 LK LK Zero elay LK V lock uffer GN LK IT0-GI JTG_TMS JTG_TK Xilinx Spartan-IIE -FT FPG_OUT Power onfiguration 0 U0 0 N LK TI TMS TK F OE/RESET N E XF0S 00n V 0u GN GN GN GN GN GN GN GN GN0 GN GN GN GN GN GN GN GN GN GN0 GN GN GN GN GN GN GN GN GN VJ 0 VO VINT TO N N N EO N GN 0p 00n R0 R p V k k u V TO_FPG 0 TO TK TMS TI IO_0: INIT# IO_ () IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_0 / VREF IO_ () IO_ () IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ () IO_0 IO_ IO_ (TRY) IO_0 (IRY) IO_ IO_ IO_ IO_ () IO_ / VREF IO_ IO_ IO_ IO_ IO_0 IO_ () IO_ () IO_ / VREF IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_0 IO_ IO_: IN IO_: OUT IO_0 (S#) IO_ (WRITE#) IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_0 / VREF IO_ IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_0 IO_ (LL) GK IO0_0 (LL) IO0_ IO0_ IO0_ / VREF IO0_ IO0_ IO0_ IO0_ IO0_ IO0_ IO0_0 / VREF IO0_ IO0_ IO0_ IO0_ / VREF IO0_ IO0_ IO0_ IO0_ IO0_ GK JTG_TK TO_FPG JTG_TMS V P N N N M M M M L L L L K K K L K K J J J J H G H H G F H G F E G F E F E G F E E E E E 00n VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ EXT_VI_RG_HSYN EXT_VI_RG_VSYN FVI FVI FVI FVI0 VO_LKO FVI FVI FVI VI_RG_0 VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_0 VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_ FVIS0 EXT_VI_RG_HSYN FVIS EXT_VI_RG_VSYN FVIS FVIS FVI FVI FVI FVI FPG_OMM X0 TSM-0-0-L-SH- X0 0 0 RG digital input FTSH--0-L-V-EJ-P X0 V R0 R R0 R RN0 Rx RN0 Rx RN0 Rx RN0 Rx RN0 Rx RN0 Rx R0 R R0 R RN0 Rx RN0 Rx RN0 Rx RN Rx RN Rx RN Rx R0 0 FPG_ONE VI_RG_0 VI_RG_ VI_RG_ VI_RG_ VI_RG_ VI_RG_0 VI_RG_ VI_RG_ VI_RG_ EXT_VI_RG_LK V EXT_VI_0 EXT_VI_ EXT_VI_ EXT_VI_ EXT_VI_ EXT_VI_ EXT_VI_G0 EXT_VI_G EXT_VI_G EXT_VI_G EXT_VI_G EXT_VI_G EXT_VI_R0 EXT_VI_R EXT_VI_R EXT_VI_R EXT_VI_R EXT_VI_R VIN_RGK VIN_HSYN VO0_0 VO0_ VO0_ VO0_ VO0_ VO0_ VO0_ VO0_ VO0_G0 VO0_G VO0_G VO0_G VO0_G VO0_G VO0_G VO0_G VO0_R0 VO0_R VO0_R VO0_R VO0_R VO0_R VO0_R VO0_R VO0_LK VO0_HSYN VO0_VSYN VO0_E VO0_SYN VO0_GV VO_0 VO_ VO_ VO_ VO_ VO_ VO_ VO_ 00 P label: TLMT00 red FPG fill VO_G0 VO_G VO_G VO_G VO_G VO_G VO_G VO_G VO_R0 VO_R VO_R VO_R EXT_VI_RG_LK Place all damping resistors and resistor networks directky to the corresponding FPG pins! LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ PU_IRQ_ I_SL I_S PU_IRQ_ LIME_XS LIME_R LIME_XWE LIME_MOE0 LIME_XWE LIME_XWE LIME_XRY LIME_XS LIME_MOE LIME_REQ LIME_TK LIME_RK FPG_OMM LIME_GMOE0 PU_SLK SMPG_INT LIME_GMOE LIME_GMOE LIME_0 LIME_ LIME_ LIME_ LIME_MOE LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ PU_SOT LIME_ LIME_ FPG_LK LIME_ LIME_ PU_SIN LIME_ LIME_ LIME_ LIME_ LIME_S_MOE LIME_0 LIME_ LIME_ LIME_ LIME_RY_MOE LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 X00 IN _-S E E E E F F F F F G G G G G H H H H J J J J K K K L L K K L M M N L L M M N N P P P R T T N P R T N P R T M N P R T M N P R T R P N T0 R0 P0 R T N0 M0 P R T T N M P N R P T R T XS0E-FTI PU_0 PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_0 PU_0 PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_S0 PU_S PU_S VINT VINT VINT0 VINT VINT VINT VINT VINT VINT VINT VINT VINT IO_0 IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_ / VREF IO_0 IO_ IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_0 IO_ IO_ (IRY) IO_0 (TRY) IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_ IO_ IO_0 IO_ IO_ / VREF IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_0 IO_ IO_ IO_0 IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_0 / VREF IO_ IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_0 (LL) GK IO_0 (LL) IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_ IO_ IO_0 IO_ / VREF IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_ IO_0 IO_ GK0 M0 M M T R R V VO_0_ VO_0_ VO_0_ VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO VO FPG_PROG# FPG_ONE FPG_LK FPG_INIT# Host PU Mux PROGRM# ONE LK INIT# R T P FPG_OUT IN (0) OUT / USY TP00 Power Xilinx Spartan-IIE -FT onfiguration V V0 V V0 V V0 X00 X00 IN _-S PU_ PU_ PU_ PU_0 PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_0 PU_ PU_ PU_ PU_ PU_ PU_S PU_S PU_S 00n GN GN GN GN GN GN GN GN GN0 GN GN GN GN GN GN GN GN GN GN0 GN GN GN GN GN GN GN GN GN 0 0u 0u IN _-S TO TK TMS TI TO_FPG JTG_TK JTG_TMS TO_FPG PU_ PU_ PU_ PU_ PU_ PU_ PU_0 PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_0 PU_ PU_S PU_S IO_0: INIT# IO_ () IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_0 / VREF IO_ () IO_ () IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ () IO_0 IO_ IO_ (TRY) IO_0 (IRY) IO_ IO_ IO_ IO_ () IO_ / VREF IO_ IO_ IO_ IO_ IO_0 IO_ () IO_ () IO_ / VREF IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_0 IO_ IO_: IN IO_: OUT IO_0 (S#) IO_ (WRITE#) IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_ IO_0 / VREF IO_ IO_ IO_ IO_ IO_ IO_ IO_ / VREF IO_ IO_ IO_0 IO_ (LL) GK IO0_0 (LL) IO0_ IO0_ IO0_ / VREF IO0_ IO0_ IO0_ IO0_ IO0_ IO0_ IO0_0 / VREF IO0_ IO0_ IO0_ IO0_ / VREF IO0_ IO0_ IO0_ IO0_ IO0_ 00n GK P N N N M M M M L L L L K K K L K K J J J J H G H H G F H G F E G F E F E G F E E E E E 0u PU_0 PU_ PU_ PU_ PU_0 PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_0 PU_ PU_ PU_ PU_0 PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_0 PU_ PU_ PU_ PU_0 PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_ PU_S0 PU_S PU_ PU_ PU_0 PU_ PU_S PU_S PU_S PU_S PU_S PU_S0 PU_S PU_S PU_S PU_RY PU_GRNT PU_RQ PU_S PU_S PU_S PU_S PU_S PU_WR0 PU_WR PU_WR PU_WR PU_RX PU_LE PU_K0 PU_REQ0 PU_EOP0 PU_LK 0u LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_ LIME_0 LIME_ LIME_ LIME_ VI_0 VI_ VI_ VI_ VI_ VI_ VI_ VI_ VI_ VI_ VI_0 VI_ VI_ VI_ VI_ VI_ VI_ VI_ PU_LK FPG_LK VO_LKI LIME_[..0] VI_[..0] PU_LK FPG_LK VO_LKI LIME_[..0] VI_[..0] VO_LK[..0] VO_LK[..0] VO_LK VO_LK0 VO_LK VO_LK VO_LK R R R Place R - R close to the corresponding U0 pins! R R R R R U0 REF LKOUT IT0 LK LK Zero elay LK V lock uffer GN LK IT0-GI V 0 00n 0u 0p V R k R0 k p R VI 0 VI VI VI 0 VI VI VI VI VI VSYN VI LK 0 VI HSYN TMM-0-0-L--SM--P X0 I_S I_S I_SL I_SL SMPG_INT 0 00n 0u V0 R 0 00n 0u X0 0 IN _-S PU_S0 PU_S PU_S PU_S PU_GRNT PU_RX PU_WR PU_WR PU_LE PU_REQ0 PU_EOP0 PU_IRQ_ PU_IRQ_ PU_SIN X0 0 IN _-S X0 0 IN _-S PU_S PU_S PU_S PU_RY PU_RQ PU_WR0 PU_WR PU_S PU_LK PU_K0 I_S I_SL PU_SOT PU_SLK VIN_RGK VIN_HSYN VIN_VSYN VIN_FI VI_SYN0 VI_SYN VI_SYN VI_SYN VI_SYN[..0] VI_SYN[..0] VO0_SYN[..0] VO0_SYN[..0] R R TSM-0-0-L-V--P VO_SYN[..0] VO_SYN[..0] VO0_SYN0 VO0_SYN VO0_SYN VO0_SYN VO0_SYN VO0_HSYN VO0_VSYN VO0_E VO0_SYN VO0_GV VO_SYN0 VO_SYN VO_SYN VO_SYN VO_SYN VO_HSYN VO_VSYN VO_E VO_SYN VO_GV VO0_RG0 VO0_0 VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_ VO0_RG VO0_G0 VO0_RG VO0_G VO0_RG0 VO0_G VO0_RG VO0_G VO0_RG VO0_G VO0_RG VO0_G VO0_RG VO0_G VO0_RG VO0_G VO0_RG VO0_R0 VO0_RG VO0_R VO0_RG VO0_R VO0_RG VO0_R VO0_RG0 VO0_R VO0_RG VO0_R VO0_RG VO0_R VO0_RG VO0_R VO_RG0 VO_0 VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_ VO_RG VO_G0 VO_RG VO_G VO_RG0 VO_G VO_RG VO_G VO_RG VO_G VO_RG VO_G VO_RG VO_G VO_RG VO_G VO_RG VO_R0 VO_RG VO_R VO_RG VO_R VO_RG VO_R VO_RG0 VO_R VO_RG VO_R VO_RG VO_R VO_RG VO_R FVI0 FVI FVI FVI RN Rx VI_0 VI_ VI_ VI_ FVI FVI FVI FVI RN Rx VI_ VI_ VI_ VI_ FVI FVI FVI0 FVI RN Rx VI_ VI_ VI_0 VI_ FVI FVI FVI FVI RN Rx VI_ VI_ VI_ VI_ FVI FVI FVIS FVIS RN Rx VI_ VI_ VIN_VSYN VIN_FI oeker Stieg - ukrug VO0_RG[..0] VO_RG[..0] VO0_RG[..0] VO_RG[..0] VO_RG[..0] Fujitsu Lime Evaluation oard: Lime Subsystem: FPG Size ocument Number R ev P Tuesday, ecember, 00 ate: Sheet of 0
11 V S[..0] S[..0] U0 SLK[..0] SQM#[..0] SLK[..0] SQM#[..0] SLK0 SLK S S S V0 Q0 VQ0 Q Q VSS SRM M* Q M x bit x anks VSSQ TSOP () Q Q 0 S S0 S SQM#0 SQM# SQM# SQM# S S0 VSSQ0 Q Q VQ Q Q S S SWE# SRS# SS# SWE# SRS# SS# S S 0 VQ Q Q VSS0 VSSQ Q0 Q VQ S S S Q Q S V VSS SQM# LQM N/RFU 0 SWE# WE UQM SQM# SS# S LK SLK0 SRS# RS KE S S S S0 0 0 S S S S S0 0/P S S0 0 S S S S 0 S S S V VSS KSx-xxx S[..0] S[..0] U00 S0 S V0 Q0 VQ0 Q VSS SRM Mbit Q M x bit x anks VSSQ TSOP () Q S S S Q Q 0 S VSSQ0 VQ S Q Q S S Q Q S VQ VSSQ S 0 Q Q0 S0 S Q Q S VSS0 VQ S Q Q S V VSS SQM#0 LQM N/RFU 0 SWE# WE UQM SQM# SS# S LK SLK V SRS# RS KE S S S S0 0 0 S S S S S0 0/P S S0 0 S S S 00 0u 0 0u 0 u 0 u 0 00n 0 00n 0 n 0 n S S 0 S S Place 's close to SRM power pins, one of each value to each SRM! V KSx-xxx VSS oeker Stieg - ukrug Fujitsu Lime Evaluation oard: Lime Subsystem: SRM Size ocument Number R ev P Tuesday, March, 00 ate: Sheet of
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Power LE_UX# LG Evaluation System: Mainboard Revision: P Reference I: 00 # Video out LG Subsystem _N[..0] SM[..0] I[..0] LE_UX# _N[..0] SM[..0] I[..0] LE_UX# _N[..0] SM[..0] I/O ISP_LK I[..0] ISP_[..0]
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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
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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
Place as close to pins of U as possible. RS HIP 0-00 RS-x emo/evaluation oard: RS-000 Thursday, ecember, 00 Size ocument Number Rev ate: Sheet of P XI P0 P0 P0 P0 P00 PN P0 P0 P0 P0 P0 P0 P0 P0 P XO -XM
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
I U N R 00K RSIN* RST S N.0u Y LK TP RP K L TP USY INT0 INT RISMINT P.0 P. P. P. P. P. P. RY OL RX0 TX0 T P.0 P. P. P. S* S* S* S* RROR* SLK U LKIN LKOUT LKOUT LKIN LKOUT OSOUT 0 OSOUT L L RSIN* L 0 0
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SVS 5V & 3V. isplsi_2032lv
PU 000pF 000pF 000pF 0 000pF 000pF 000pF 000pF 000pF 000pF 000pF 000pF 000pF 000pF 0 000pF 000pF 000pF 000pF 000pF 000pF 000pF FLSH.0uF.0uF.0uF 0.0uF ata uffer.0uf.0uf.0uf.0uf SVS V & V.0uF.0uF.0uF isplsi_0lv.0uf.0uf
PCBA Rev 80.L9581G001 PCBA P/N: PCB P/N: PCB Rev 00.L9581G001. Title Content Size Document Number Rev C. A Date: Tuesday, December 15, 2009 FLD1.
ontent : P0_ontent P0_lock_iagram P0_FPG_I/O_ P0_FPG_I/O_ P0_FPG_Power&Memory P0_External_onnector P0_M_REG P0_I_Level_Shift P0_MU P0_Power pprover Jim esigner enson rawer enson P P/N: P Rev 0.LG00 P P/N:
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Fiber LE RJ M RYSTL EEPROM SRM & FLSH POWER PWRJK Jumper for GPIOs URT Realtek Semiconductor orp. RTL(M)_FHG_V.0 Size ocument Number Rev lock diagram.0 ate: Tuesday, November, 00 Sheet of ,, /ISGPIOSTP
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
MU ROOTIS / ORO MU_NRESET R_[0..] R_[0..] R_ R_ R_ R_ R_ R_0 R_0 R_ R_ R_ R_ R_ R_ OTG_S_VUS OTG_S_N OTG_S_P OTG_S_I OTG_S_O OTG_S_PWR OTG_S_I OTG_S_N OTG_S_P OTG_S_O OTG_S_VUS UT_USER UT_USER SW_USER
J1B B1 B3 B5 B7 B9 B11 B13 B15 B17 B19 B21 B23 B25 B27 B29 B31 B33 B35 B37 B39 B41 B43 B45 B47 B49 B51 B53 B55 B57 VCC VCC USB_DET
GP0 GP0 GP0 P0 GP0 GP GP GP GP GP GP GP P GP0 GP GP GP GP GP GP GP GP0 GP GP GP GP GP GP GP GP0 GP GP GP GP GP GP GP GP0 GP GP GP GP GP GP GP GP00 UINO ONE PIN EFINE GP0 GP GP GP GP GP GP GP GP0 GP GP
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0-SH-0 R-0 VEG STP0 (VI to PTx) Reference esign P# 00- Revision History SHEMTI SHEET ate uthor Version omments 0. ontents, Revision History Sept., 00 Tony W. Rev. Initial schematic. 0. Overview Oct., 00
VREF XREF=1/A1,1/B2,7/A2 C103 AVDD 0.1U VDDCORE DRVDD VDDIO ENC+ ENC- AIN+ OVR EC2 XREF=2/B2 XREF=2/B2 XREF=2/B2 XREF=2/A1 XREF=1/A1,7/B1 XREF=2/B2
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Intel Edison reakout Sept/0 V to V rick Power Supply V power supply and battery recharger SPI GPIO Intel Edison PWM I S URT 0 0" header US 0TG URT Level Shifter URT US FTI P P lient US Micro Type- lient
AD2_BUSY AD2_DIN AD2_DOUT AD2_/CS AD1_/CS AD1_DOUT AD1_DIN AD_SCLK AD_CCLK AD_OSC_EN AD1_BUSY AD_CONVERT GNDIO - P115
PL ENOER OUNTER / PWM MOTOR ONTROL / GLUE LOGI PL YPSS PITORS LE0 LE LE LE ESTOP_U ESTOP_IRQ _USY _IN _OUT _/S _/S _OUT _IN _SLK 0.uF +.V 0.uF 0.uF 0.uF 0.uF 0.uF 0.uF 0.uF P0.[0:] [0:] 0 P0. P0. P0. P0.
1 INDEX & POWER, RESET 2 RF, SERVO & MPEG - MT1389E 3 MEMORY - SDRAM, FLASH/EEPROM 4 VIDEO OUT 5 AUDIO DAC WMA8766
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Project: Date. Version. Items V1.01 C C. SIM Technology TITLE DRAWN BY PORJECT. SIM800C+SIM28M_VTS Reference CONTENT VER CHECKED BY SIZE V1.
Project: ate Version Items V.0 RWN Y PORJET SIM800+SIM8M_VTS Reference ONTENT HEKE Y V.0 SHEET of 7 POWER POWER -0V F0 0 L0 VIN LO X0 SM0 SWRH07 uh T-PIN-X TVS0 Z0 + 0 VT U0 VZ=V,Pd=W SM7 00uF V GN VOUT
Am186CC and Am186CH POTS Line Card
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PGE System Monitor ux PGE System Monitor PGE System ce Upstream PGE Upstream onnector PGE Single Ended Socket locks X PGE ifferential SM locks X PGE -0 Power us and Switches V OR V JK RIK VINT VINT JK
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V. V. V. V. PI_RX URT LK URT TX PI_RX _TS_EXPHR _RX_EXPHR _RX_EXPHR Uarts URT TS URT RTS URT TX URT RX PS LOK PS T PS LOK PS T URT TX URT RX URT TX URT RX V. V. Ethernet ETH RX[0:] ETH RXV ETH RXER ETH
Revisions. TWR-LCD-RGB Drawn by: Initial Release 15-JUL-11
Table of ontents Notes lock iagram isplay and Tower onnectors MU & apacitive Touch kt Rev X X escription Revisions Initial Release ate -JUL- pproved hanged Power L colours-jul- Removed J and J dded J &
Generated by Foxit PDF Creator Foxit Software For evaluation only.
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Headers for all pins sorted by pin no. (unpopulated) TSX-1001 Cortex-M0. Oscillator 44MHz
V V Way type onnector US Type onnector x.v.v Regulators Headers for all pins sorted by pin no. (unpopulated) Prototyping area with power and GNs (unpopulated) RS Transceiver US to Serial onverter Expansion
For max 243 R2OUT is low when R2IN is disconnected enabling the MAX 489 (RS-485) This will not work if MAX232 is used!
JP RS_SELET V For max ROUT is low when RIN is disconnected enabling the MX (RS-) This will not work if MX is used! V On Front Panel -F (To Pg.) RS- RE_ RE_ RV_Y RV_Z 0.uF V U MXUK STR U- H G U MX 0 Y Z
COVER PAGE, TOP 04 ~ 05 VGA, LED, 7SEGMENT
LTER YLONE III EP evelopment & Education OR SHEMTI ONTENT PGE TOP MEMORY OVER PGE, TOP SRM,FLSH 0 ~ 0 0 ~ 0 ISPLY VG, LE, SEGMENT 0 ~ 0 IN/OUT LOK, PS, RS, UTTON, SWITH, ONNETOR,S R 0 ~ FPG yclone II EP
Revisions. 2 Notes. 4 FXLC95000CL / MCU Circuit 5 Power and Battery Charger Circuit. KITFXLC95000EVM Drawn by:
Table of ontents Notes lock iagram FXL000L / MU ircuit Power and attery harger ircuit Rev escription Revisions Original Release Remove signal line U- pin and add additional signal line between J-pin0 and
DOCUMENT NUMBER PAGE SECRET
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ISA INTERFACE & POWER SELECTION Size Document Number Rev Custom. XR82C684 EVAL BOARD 1.2 Date: Monday, August 13, 2007 DO NOT INSTALL CON_AT62B
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A L A BA M A L A W R E V IE W
A L A BA M A L A W R E V IE W Volume 52 Fall 2000 Number 1 B E F O R E D I S A B I L I T Y C I V I L R I G HT S : C I V I L W A R P E N S I O N S A N D TH E P O L I T I C S O F D I S A B I L I T Y I N
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SYMETRIX INC th Avenue West Lynnwood, WA USA REV: DATE:
R 0K0 RST U S_ PF/0V PF/0V 0FS FS T T 0SLK N SOT N SOT Y mhz U LS0 debug port 0 do not stuff R WR S PS X/Y IN/IN IR 0IR MO J R M R 0K0 R0 K00 R 0K0 dsck dr dsi dso / G 0 U LS0 R 0K0 SI_RX SI_TX SI_LK TFS
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PCB NO. DM205A SOM-128-EX VER:0.6
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AS1117M3 or LM1117MPX-ADJ REG_VDD ADJ. C20 0.1uF U6. + C57 10uF R K 1% GND 3.92K 1%
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AXM88180-EVB-RTL8211E-1 SMDK2440 Demo Board Schematic Index
XM0-EV-RTLE- SMK0 emo oard Schematic Index Page : Schematic Index (This Page) Page : RTLE GigaPHY MHz rystal RJ- Transformer Page : Host Interface onnector Power Page : History Page : X0 EEPROM Note:.Please
PCLKS SYNCHS PDATS[3:0] PCODES[3:0] STATCLKS CMDCLKS PCLKW SYNCHW PDATW[3:0] PCODEW[3:0] Sheet_2 CMDCLKS STATCLKW CMDDATW STATDATW PDACK[1:0]
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STTTW STTLKW POW[:0] PTW[:0] SYNHW PLKW Sheet_ STTTS STTLKS POS[:0] PTS[:0] SYNHS PLKS Sheet_ Spareates PLKS SYNHS PTS[:0] POS[:0] STTLKS STTTS MLKS MTS Sheet_ PLKW PLKS SYNHW SYNHS PTW[:0] PTS[:0] POW[:0]
Inverted Input A to make routing easier fix in FPGA U2 ADS62P4X LVDS ADC
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THE UNIVERSITY OF NEWCASTLE University Drive Callaghan NSW 2308 Australia
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A B C D REVISIONS +3V J39 PHY_INT TXD15 TXPAR PRST AC16 AC21 AD22 AF22 AE22 AF17 AC22 AE16 AE21 AD18 AE7 AD17 AE19 AE20 AF20 AC20 A16 B13 TXD14
A ISIONS ZONE LTR ESRIPTION ATE APPROVE A INITIAL RELEASE --_0:0 J 0 0 0,,,, AF JP PAR [:0] ON PIV 0 SO LAV EN LK PHYS M LK STAT_A M0 M R R R R R R R 0K J J AR AR[:0] AR AR AR AR0 AR AR[:0] AR AR AR AR0
HIgh Voltage chip Analysis Circuit (HIVAC)
ate: esigner: RWING NO: SLE: SHEET: OF TOP MK HIgh Voltage chip nalysis ircuit (HIV) March H_I_RSEL H_I_RSEL H_I_SEL H_I_ H_I_ H_I_ H_I_SEL H_I_SW H_I_S H_I_S H_I_S H_I_P H_I_P H_I_P H_I_P H_I_PSH H_I_PSL
HF SuperPacker Pro 100W Amp Version 3
HF SuperPacker Pro 00W mp Version Revised 0 0 V Stamps KOOR This is the third generation HF SuperPacker Pro 00W Version home construction project offered by HF Projects. This is a group construction project
AKD4554-E Evaluation board Rev.0 for AK4554
SHI KSI [K4554] K4554- valuation boar Rev.0 for K4554 GNRL SRIPTION K4554- is an evaluation boar for the portable igital auio 6bit / an / converter, K4554. The K4554- can evaluate / converter an / converter
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8V Title SCHEMATIC, 8V89317EVB REV A. Date: Friday, June 14, Power Supply. XTAL Interface. 12.8MHz TCXO/OCXO LED Status IN1 OUT1
isclaimer: IT is providing this schematic for reference purposes only. lthough the schematic was taken from a known working design, it is being provided "as is" without any express or implied warranty
All use SMD component if possible
R0 0K MF SW0 NEXT R0 0R LE0 STNY & POWER ON GN R0 SW0 PREV R 0 MF R 0 MF R 0K MF R0 K MF SW0 FF GN SNP OFF OR GN Q0 S Q0 S LE R k R k 00n R 0K MF M0 R0 K MF SW0 FR +V() Q0 R 0K MF GN R0 0 R 0 GN VF_on_off
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
esign Overview Page Power,Flash,Scard User switch,reset switch. Page Ethernet Page udio Page US Page JTG,OOTSW,LE,Header isclaimer: Schematic's are for reference only. provides no warranty for the use
Sheet_Symbol_Overspeed. HA_Vel_Feedback Dec_Vel_Feedback. HA_Overspeed_N Dec_Overspeed_N
NOTES: ISION LOK. Unless otherwise stated: Resistors are mw, % tolerance. apacitors are V, % tolerance.... J Port and Net Name scopes for this project are: Port NOT Global (connected via Sheet Symbols)
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
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P300. Technical Manual
+ I/Os, solenoid drivers Technical Manual icasso venue, avis, C, US Tel: -- Fax: -- Email: sales@tern.com http://www.tern.com COYRIHT, i-engine, -Engine, R-Engine and CTF are trademarks of TERN, Inc. mes
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Virtex 5 FF1738 DUT. Single Ended Socket Clocks 2X. Differential SMA Clocks 2X. Differential SMA MGT Clocks 2X D. Upstream Connector.
PGE System Monitor ux PGE System Monitor PGE System ce Upstream PGE Upstream onnector PGE Single Ended Socket locks X PGE ifferential SM locks X PGE ifferential SM MGT locks X PGE 0- Power us and Switches
DO NOT POPULATE FOR 721A-B ASSY TYPE
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PTN3356 Evaluation and Applicaiton Board Rev. 0.10
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Note: Please refer to AX110xx Network SoC Application Design Note for more detailed information.
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Beechwood Music Department Staff
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Table of ontents lock iagram Type- onnector US/US PTN0 P TP Shield Headers P Source and Sink LS V, V0, V Supplies Rev escription ate pproved Prototype Release -Mar- K ring up to NL and make updates requested
Renesas Starter Kit for RL78/G13 CPU Board Schematics
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Reference Schematic for LAN9252-HBI-Multiplexed Mode
Reference Schematic for LN-HI-Multiplexed Mode onfigurations HI Multiplexed mode EEPROM - F (High) Port mode Port0 & Port = opper Page No. Schematic Page Title Power Supply LN(Part) LN(Part), Strap & EEPROM
REVISION HISTORY DESCRIPTION INITIAL SCHEMATIC AIY REMOVED ANALOG SWITCHES CHANGED FEEDBACK
REVISION HISTORY Notes - Unless otherwise noted. Resistances values in Ohms. apacitance values in micrarads (uf). ll 0.uF and 0.0uF capactors are decoupling and should be placed near the I they are shown
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
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Reference Schematic for LAN9252-SPI/SQI+GPIO16 Mode
Reference Schematic for LN-SPI/SQI+GPIO Mode onfigurations SPI/SQI+GPIO Mode EEPROM - F (High) Port mode Port0 & Port = opper Page No. Schematic Page Title Power Supply LN(Part) LN(Part), Strap & EEPROM
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CP2102 TESTAMATIC SYSTEMS POWER 5V TO 3.3V SECTION PINOUT CHECK DECOUPLING CAPACITORS. Btype USB connector TSPL_PPS_1 2.2
VUS R V_IN V TO.V SETION.V SI_RX SI_TX 0E R PINOUT HEK MINISM00F- Resettable Fuse F 00m WHITE 00nF U GN EN IN IN TPS PG nc OUT OUT 0k R 0.V 00nF Power_Good MIRO US IS INITE S ON TX RX 0.uF VUS TR RI GN
Virtex 5 FF1136 DUT. Single Ended Socket Clocks 2X. Differential SMA MGT Clocks 2X D. Differential SMA Clocks 2X. Upstream Connector.
PGE System Monitor ux PGE System Monitor PGE System ce Upstream PGE Upstream onnector PGE Single Ended Socket locks X PGE ifferential SM locks X PGE ifferential SM MGT locks X PGE - Power us and Switches
LED_POWER_STAGE1 PWM GND ADJ LED- -12V R2 RA. LED Power Stage LED_POWER_STAGE2 PWM GND ADJ LED- -12V R4 RB. LED Power Stage LED_POWER_STAGE3
MU THERMISTOR- MU LI_RX LI_TX LI_RX LI_TX MX_TX MX_RX MX_/RE MX_E MX_TX MX_RX MX_/RE MX_E MX_LI +.V_MU R 0K R 0K R R R R LE_POWER_STGE - Out GN J LE- -V LE Power Stage LE_POWER_STGE - Out GN J LE- -V LE
PCIextend 174 User s Manual
PIextend 7 User s Manual Preliminary M6- February Sycard Technology 8-F Miraloma Way Sunnyvale, 98 (8) 79- (8) 79- FX PIextend 7 User s Manual Page. Introduction Sycard Technology's PIextend 7 PI extender
Desired Part Placement. Max current set to 3A (motor Drive is 2.5A) SCI-DRV8814-MVK Mike Claassen B1 Dawn Ritz 40V. VDC_In GND. Board Test Points TP1
SI_x_NLG_H_[:] P P SI_x_SPI_MISO SI_x_SPI_MOSI SI_x_SPI_LK SI_x_SPI_S FE/SI_OM_ FE/SI_OM_ FE/SI_OM_ FE/SI_OM_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_
2.5V 1.2V / 1.5V CORE 3.3V I/O MOUNTING HOLES GROUND TESTPOINTS +5.0V DC IN. SoC Solutions FB2 R K C12 15 PF FERRITE_BEAD C14 C C13 2.
+.0V IN J PJ-0 _ONN VUS JP JUMPERT VUS_FP 00 F FERRITE_E..V U TPS0 GN F TGN PF R.K % VP. R K %.V /.V ORE.V I/O U TPS0 JP VP JP HR VP_GL U TPS0 R.K LM0EM -. JP HR VORE_GL VORE. GN F TGN 0 PF R.K % R K %.
DNI TP25 ORG DNI 0.1UF 12V 47UF DNI DNI WHT DGND1 LM1117MP-3.3/NOPB +V_MTR +V DNI OUT1 OUT ADJ DNI 0.1UF R10 10K DGND 47UF DNI DNI EXLVL DGND DGND
TP RN V_ORE N_ N TP LKORY_ N_ LKORY S S_ TP RE TP LU EUT_ VP SLK SLK V V_E VIOLET TP VP XTL XTL R LKORY_ RN R TP LKORY_ N_ TP LKORY_ N_ LKORY S S_ RE TP LU EUT_ TP VP SLK V V_E VIOLET TP VP XTL XTL RN
C uF T16 VDD T15 TMS TMS MCU_PORT_VDD T14 TDO TDO T13 JCOMP JCOMP PF3 T12 PF3 T11 VDDE3 5.0V PF4 T10 PF4 PJ5 PJ5 PF6 PF6 PF9 PF9 5.0V 5.
Size FSM No. WG No. Rev of 9 Galen Street Floor M 0 US MP0EMO Schematic -- MU and Symbol V V P P P P P 9 P0 0 P P P P0 VE V REFYP V P PK P P P 9 P 0 P0 P P P V P P P P9 P P P0 P P 9 P 0 P P P9 P P P P
2 Notes 3 MC9S08LG32CLK 4 Touch Sensors 1 5 Touch Sensors 2 6 Power 7 OSBDM 8 USB COM
Table of ontents Notes MS0LGLK Touch Sensors Touch Sensors Power OSM US OM L Revisions Rev escription X First raft X Replaced, M RN with sigle resistors Updated Power section Swapped LE_ER, with ER, to
RTL8211DG-VB/8211EG-VB Schematic
RTL8G-V/8EG-V Schematic REV..8 Page Index. Page. PHY. MI. M. Power. History RTL8G/8EG Size ocument Number Rev.8 TITLE PGE ate: Sheet of External clock and rystal RTL8G/8EG GMII/RGMII Interface LK_M ENSWREG
3V3 DECOUPLING DS90LV018A MCLKTON 4U7/10V +/-10% C196 +/-10% LCLK1IN+ NMCLKTON SK18 74LS123 MULTI +/-5% C N C94 10N
0 THIS RWG ONORMS TO.S. -T-0-00-0- U/0V +/-% 00N +/-0% 0N +/-0% U/0V +/-% 00N +/-0% 0 0N +/-0% R R 0R % P/0V +/-% K % U S YLLOW U 0 U U S0LV0 MLKTON /R S S R SK LS MULTI U/0V +/-% 00N +/-0% 0N +/-0% LLK+
H-LCD700 Service Manual
H-L00 Service Manual FULT ESIPTION: SOUN onfirm the volume isn t in silent mode before check. heck I0 () plug has audio output or not Speaker damaged heck I0 has supply V or not heck power heck I0 () plug
ALEX +12VBUS PTC 1A J17 PTTOUT U1B 3V3 C IO_VB1N1_14/DIFFIO_L10p/FLASH_nCE/nCSO FLAGB NCS0 SLWR RUP3
F PT VUS J J V_LEX V LEX LEX_SPI_SO LEX_SPI_SO R R LEX_SPI_SK LEX_SPI_SK LEX_SPI_RX_LO LEX_SPI_RX_LO R LEX_SPI_TX_LO LEX_SPI_TX_LO R FW_PWR REV_PWR 0 LEX HR 0P LEX J HR P R PWR IN THRU HEER x/sm PTTOUT
LED POWER STAGE1 NOT_EN LED+ PWM LED- 12V. LED Power Stage LED POWER STAGE2 NOT_EN LED+ PWM LED- 12V. LED Power Stage LED POWER STAGE3 NOT_EN LED+ PWM
MU LE POWER STGE MU MX LI LI_TX LI_RX THERMISTOR- MX_RX MX_TX MX_E MX_/RE EN_ EN_ EN_ EN _ V LE Power Stage LE POWER STGE LE+ LE- LE+ LE- R R 0 J 0 Way 0 LI_TX LI_RX MX_RX MX_TX MX_E MX_/RE V LE Power
EFM8BB3 USB Type-C 60 W Charger. Revision History. Board Function. Rev. Description. Title Page. A00 Prototype version. EFM8BB3 & User Interface
EFM US Type- 0 W harger History oard Function Title Page EFM & User Interface oard Power Page Rev. escription 00 Prototype version. 0 Initial release version. VUS Voltage Regulator ebug MU ebug Misc. P
FUNCTION. Write/Read RAM: Access to PRAM, CRAM, OFFRAM and Registers Digital Audio Interface - Test pin header. Regulator 1.2V.
[K-] K- K Evaluation oard Rev.0 GENERL ESRIPTION The K- is an evaluation kit for the K; a digital signal processor (SP) with channels digital data interface. It realizes an easy evaluation of the audio
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)
NXP VKIT-SZV Table of ontents 0 LOK IGRM N NOTS 0 I/O Headers 0 Power/MU 0 Peripherals 0 US/OSM Revisions Rev escription esigner ate X Initial raft 00 Release 0/0/ X hanged MU to SZV 0// U T I O N : This
A Power, JTAG, LEDs FPGA_TCK FPGA_TDO FPGA_TMS FPGA_TRST FPGA_TDI nanofip_misc.sch
opyright ERN. This documentation describes Open Hardware and is licensed under the ERN OHL v... You may redistribute and modify this under the terms of the ERN OHL v... (http://ohwr.org/ernohl). This documentation
XR21B1422/1424 POWER & USB 1.0 Date: Thursday, February 13, 2014
ON V_US M P GN SH SH US _WURTH_ R ZERO.JTN R US US R n N.K_P.KLTN Q U_, V_N TP SISTETN INRUSH IRUIT x Header_KN n N R ZERO.JTN ZERO.JTN Notes: o not install R if URT Vcc_Reg is connected to V (Vcc_US),.Uf,.V,
PCI9054RDK-860 BLOCK DIAGRAM
N HISTORY N NUMR T NOT xxx-xxx 0/0/. M signals added: R0, R, R, and R to include VFLS[:0] and FRZ to the M connector.. dded pull up to and : R, R, R, R, U, and U0. xxx-xxx 0//. SRM: added R MUX(U,U,U):
MUSIC. California Institute of Technology. HEMT Power Supply Precision Voltage Source. D. Miller 8/17/2011 REVISION RECORD LTR DATED: C31 5V_ID 10K
REVISION REOR EO NO: PPROVE: TE: V_I R 0K.V_REF V 0.uF _SHN V_IN GN GN U GN V_OUT_F V_OUT_S GN LT 0uF R 0k 0uF IN IN VOS_TRIM VOS_TRIM U N OPE OUT.V_REF R 0k 0uF IN IN VOS_TRIM VOS_TRIM U N OPE OUT 9 00pF
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.
+_V_RX L INUTOR RFRX 00pF 0.uF H-0+ L RF L INPUT OUTPUT U 0ohm ustrip MG- nf 0 GN GN GN 00pF INPUT GN T ET-- 0 00pF OUT-THRU OUT-OUPLE RFP_RX RFN_RX IO_RX_0 IO_RX_00 U- 0 IFP_RX RFIPP RFOPP RFIPN RFOPN