| SAC1205
Abstract: IPC-A-600G IPC-6012 WLCSP stencil design JESD-B111 AN3846 sac105 IPC 6012 WLCSP smt IPC-6016 
Contextual Info: Freescale Semiconductor Application Note AN3846 Rev. 2.0, 8/2009 Wafer Level Chip Scale Package  WLCSP  1 Purpose The purpose of this Application Note is to outline the basic guidelines to use the Wafer Level Chip Scale Package (WLCSP) to ensure consistent Printed Circuit Board (PCB)
 | Original
 | AN3846 
SAC1205
IPC-A-600G
IPC-6012
WLCSP stencil design
JESD-B111
AN3846
sac105
IPC 6012
WLCSP smt
IPC-6016 | PDF | 
| sac 405
Abstract: WLCSP flip chip IPACK2005 sensors mttf WLCSP chip mount SAC405 thetaja wlcsp "sac 405" 
Contextual Info: The Effect of Electromigration on Eutectic SnPb and Pb-free Solders in Wafer Level-Chip Scale Packages Joanne Huang1, Stephen Gee2, Luu Nguyen2, King-Ning Tu1 1 Department of Materials Science and Engineering, University of California - Los Angeles, Los Angeles,
 | Original
 | IPACK200573417.
sac 405
WLCSP flip chip
IPACK2005
sensors mttf
WLCSP chip mount
SAC405
thetaja wlcsp
"sac 405" | PDF | 
| PMP 11.48
Abstract: power one pmp 5.24 thetaja wlcsp QL2P150 ql2p UART/keyboard controller 
Contextual Info: QuickLogic PolarPro  II Solution Platform Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM Solution Platform Highlights Flexible Programmable Fabric • Up to 27 customizable building blocks  CBBs  (see Programmable Fabric Architectural Overview
 | Original
 | LVCMOS18,
PMP 11.48
power one pmp 5.24
thetaja wlcsp
QL2P150
ql2p
UART/keyboard controller | PDF | 
| mmc 304
Abstract: jedec package TFBGA 12 
Contextual Info: QuickLogic PolarPro  II Solution Platform Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM Solution Platform Highlights Flexible Programmable Fabric • Up to 27 customizable building blocks  CBBs  (see Programmable Fabric Architectural Overview
 | Original
 | LVCMOS18,
mmc 304
jedec package TFBGA 12 | PDF | 
| QL2P150
Abstract: mmc 304 block diagram Wireless Bluetooth 2.0 EDR quicklogic multimedia 325 MMC 
Contextual Info: QuickLogic PolarPro  II Solution Platform Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM Solution Platform Highlights Flexible Programmable Fabric • Up to 27 customizable building blocks  CBBs  (see Programmable Fabric Architectural Overview
 | Original
 | LVCMOS18,
QL2P150
mmc 304
block diagram Wireless Bluetooth 2.0 EDR
quicklogic multimedia
325 MMC | PDF | 
| thetaja wlcsp
Abstract: QL2P150 mmc 304 121-ball QUICKLOGIC SDIO Host 
Contextual Info: QuickLogic PolarPro  II Solution Platform Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM Solution Platform Highlights Flexible Programmable Fabric • Up to 27 customizable building blocks  CBBs  (see Programmable Fabric Architectural Overview
 | Original
 | LVCMOS18,
thetaja wlcsp
QL2P150
mmc 304
121-ball
QUICKLOGIC SDIO Host | PDF | 
| wd 969 ir
Abstract: WD 969 LVCMOS25 
Contextual Info: QuickLogic PolarPro  II Device Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM • Quadrant-based segmentable clock networks Device Highlights  20 quad clock networks per device Low Power Programmable Logic  4 quad clock networks per quadrant
 | Original
 |  | PDF | 
| wd 969 ir
Abstract: LVCMOS25 vhdl code for 4-bit shift register 
Contextual Info: QuickLogic PolarPro  II Device Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM • Quadrant-based segmentable clock networks Device Highlights  20 quad clock networks per device Low Power Programmable Logic  4 quad clock networks per quadrant
 | Original
 |  | PDF | 
| LVCMOS25
Abstract: wd 969 ir 
Contextual Info: QuickLogic PolarPro  II Device Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM • Quadrant-based segmentable clock networks Device Highlights  20 quad clock networks per device Low Power Programmable Logic  4 quad clock networks per quadrant
 | Original
 |  | PDF | 
| 
Contextual Info: QuickLogic  PolarPro® II Device Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM Device Highlights Low Power Programmable Logic • Up to 27 customizable building blocks  CBBs  (see Programmable Logic Architectural Overview
 | Original
 |  | PDF | 
| 
Contextual Info: QuickLogic  PolarPro® II Device Data Sheet •••••• Combining Low Power Programmable Fabric and Embedded SRAM • Quadrant-based segmentable clock networks Device Highlights  20 quad clock networks per device Low Power Programmable Logic 
 | Original
 |  | PDF | 
| LVCMOS25
Abstract: MI0805K400R-10 PF144 QL1P100 
Contextual Info: QuickLogic PolarPro  Device Data Sheet — QL1P075, QL1P100, QL1P200, and QL1P300 •••••• Combining Low Power, Performance, Density, and Embedded RAM • Quadrant-based segmentable clock networks Device Highlights  20 quad clock networks per device
 | Original
 | QL1P075,
QL1P100,
QL1P200,
QL1P300 
LVCMOS25
MI0805K400R-10
PF144
QL1P100 | PDF | 
| QL1P100
Contextual Info: QuickLogic PolarPro  Device Data Sheet — QL1P075, QL1P100, QL1P200, and QL1P300 •••••• Combining Low Power, Performance, Density, and Embedded RAM • Quadrant-based segmentable clock networks Device Highlights  20 quad clock networks per device
 | Original
 | QL1P075,
QL1P100,
QL1P200,
QL1P300 
QL1P100 | PDF | 
| PU132
Abstract: QL1P1 LBGA thermal QL1P100 LVCMOS25 MI0805K400R-10 PF144 WUN99 1P07 
Contextual Info: QuickLogic PolarPro  Device Data Sheet — QL1P075, QL1P100, QL1P200, and QL1P300 •••••• Combining Low Power, Performance, Density, and Embedded RAM • Quadrant-based segmentable clock networks Device Highlights  20 quad clock networks per device
 | Original
 | QL1P075,
QL1P100,
QL1P200,
QL1P300 
PU132
QL1P1
LBGA thermal
QL1P100
LVCMOS25
MI0805K400R-10
PF144
WUN99
1P07 | PDF |