W81282F-05

W 81282F USB Keyboard Controller with 4 Ports Hub W81282F Data Sheet Revision History Pages 1 2 3 4 5 6 7 8 9 10 n.a. Dates 08/27/99 Version 0.50 Version on Web n.a. First published. Main Contents Please note that all data and specifications are subject to change without notice. All the trade marks of products and companies mentioned in this data sheet belong to their respective owners. LIFE SUPPORT APPLICATIONS These products are not designed for use in life support appliances, devices, or systems where malfunction of these products can reasonably be expected to result in personal injury. Winbond customers using or selling these products for use in such applications do so at their own risk and agree to fully indemnify Winbond for any damages resulting from such improper use or sales. W81282F Preliminary TABLE OF CONTENTS 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. GENERAL DESCRIPTION .................................................................................................................1 APPLICATION BLOCK DIAGRAM ....................................................................................................1 FEATURES ............................................................................................................................................2 PIN CONFIGURATION .......................................................................................................................3 PIN DESCRIPTION .............................................................................................................................4 ABSOLUTE MAXIMUM RATINGS ....................................................................................................8 ELECTRICAL CHARACTERISTICS ..................................................................................................9 TYPICAL APPLICATION .................................................................................................................. 11 HOW TO READ THE TOP MARKING ............................................................................................. 13 PACKAGE DIMENSIONS ............................................................................................................... 14 Publication Release Date: Aug. 1999 -1Revision 0.5 W81282F USB HUB CONTROLLER 1. GENERAL DESCRIPTION The W81282F is a highly integrated USB keyboard with 4 port hub controller chip. The W81282F has a built-in 21X8 default keyboard matrix, so that it can be directly connected to keyboard with multi-media function matrix. The keyboard matrix, vendor ID, and device ID can be easily customized from an optional EEPROM or modify firmware to meet any customers' requirement. The 4 USB down-stream port can be used to connect various USB peripheral devices, such as printer, modem, speaker, camera, mice, and joystick, to system without any external glue logics. The W81282F use 12MHz clock input with internal PLL to eliminate EMI effect. The W81282F also built-in ESD/EFT protection circuit so it can pass ESD/EFT test without any external glue logics. 2. APPLICATION BLOCK DIAGRAM 4 PORT USB DOWNLINK (Optional) ID, Matrix Loadable HOST EEPROM KB KB MATRIX W81282F Volume Control Publication Release Date: Aug. 1999 -1Revision 0.71 W81282F PRELIMINARY 3. FEATURES • Full compliance with USB spec Rev 1.1 and HID Class Definition Rev 1.0 • Embedded microprocessor--8052 ( 6K ROM + 256 Byte RAM) • Support auto-detected two power source mode between bus power mode and self power mode. • 12-Mhz crystal/oscillator input to lower EMI • Support Suspend and Resume operation • Support ACPI features • Four downstream ports with per port over-current protection • Single 5V supplied with embedded 5V-3.3V regulator • Provides the external pull-up resistor control for the up-stream connection. • Per-port/Global power control optional • Built-in ESD/EFT protection circuit • Support 21 X 8 keyboard matrix • Support consumer control function for multi-media • Support optional EEPROM for vendor ID, device ID, and KB matrix down load • Support encoder input for audio volume control • Provide the external pull-up resistor control for the up-stream connect • 100-pin PQFP • 5V CMOS device Publication Release Date: Aug. 1999 -2Revision 0.5 W81282F PRELIMINARY 4. PIN CONFIGURATION GND3V GND3V SO13(P25) SO12(P24)) EECLK/IDSEL0(P30) SO11(P23) FWKP5# SO10(P22) UPWEN1# SO09(P21) OVRI1# SO08(P20) N.C. GND GND SO19 SO20(P34) UPWEN2# P35 XWR#(P36) OVRI2# DP4 DM4 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 8 7 7 7 7 7 7 7 7 7 7 6 66 6 6 6 6 6 6 6 5 5 5 5 5 5 5 5 5 0 9 8 7 6 5 4 3 2 1 0 9 87 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 OVRI4# SO03(P04) SO18 SO02(P05) SO01(P06) VDD SO00(P07) N .C. XTAL2 XTAL1 GND N .C. N .C. LEDEN1# PLLE LEDEN2# RB LEDEN3# N.C. N.C. DP3 DM3 N.C. GND3V GND3V DP2 DM2 W81282F N.C. N.C. DP1 DM1 GND3V GND3V N.C. DP0 DM0 SO07(P00) LEDEN0# SO06(P01) UPWEN3# SO05(P02) OVRI3# UPWEN4# SO04(P03) XRD#(P37) RA LEDEN4# 111111 111122222222223 1 234 56 78 9012345 67 8901234 567890 VDD3V VDDA SO14 (P26) GNDA VBUS SO15(P27) LED0# SI0(P10) LED1# SI11(P11) LED2# SI2(P12) LEDOVR# SI3(P13) VDD VDD SI4(P14) N.C. RESET INPUT_P SO16 P33 XINT# (P32) EESDA/IDSEL1(P31) SI5(P15) SI6(P16) SI7(P17) BUSPWR# SO17 GANGED# Publication Release Date: Aug. 1999 -3Revision 0.5 W81282F PRELIMINARY 5. PIN DESCRIPTION Pin Name I/O Type Pin Function Pull Up/ Down 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15,16 17 18 19 20 21 22 23 24 VDD3V VDDA SO14 (P26) GNDA VBUS SO15 (P27) LED0# SI0 (P10) LED1# SI1 (P11) LED2# SI2 (P12) LEDOVR# SI3 (P13) VDD SI4 (P14) N.C. RESET INPUT_P SO16 P33 XINT# (P32) EESDA/IDSEL1 (P31) 25 26 27 SI5 (P15) SI6 (P16) SI7 (P17) IOUD2 IOUD2 IOUD2 Power1 Power1 IOUD2 Power0 IUD2T IOUD2 IOU2P IOUD2 IOU2P IOUD2 IOU2P IOUD2 IOU2P IOUD2 Power1 IOUD2 IOUD2 IUD2T IOUD2 O2 IOUD2 IOUD2 IOUD2 3.3V Regulator Output. Supplying voltage for all transceivers Analog power. Port 2.6 and function of Scan Out line 14. Analog ground. Input of upstream power status. On self-power mode, connection should be controlled by VBUS status. Port 2.7 and function of Scan Out line 15. Pin Number U U O U O U O U O U U U U U U U U U U Keyboard NumLock LED driver. To drive LED directly. Port 1.0 and function of Scan In line 0. Keyboard CapLock LED driver. To drive LED directly. Port 1.1 and function of Scan In line 1. Keboard ScrolLock LED driver. To drive LED directly Port 1.2 and function of Scan In line 2. Flag of any downstream port1 over-current. To drive LED directly Port 1.3 and function of Scan In line 3. Digital supply voltage. Port 1.4 and function of Scan In line 4. No connection. This pin should be floated. Master reset input. Active high. A programmable port and reverse for input application. This pin is function of Scan Out line 16. Port 3.3 and reverse for input or output application. Port 3.2. This pin is dedicated for internal use. Port 3.1 and function of serial data line interfacing with external EEPROM. If no serial EEPROM present, this pin is used to scan ID selection and named IDSEL1 Port 1.5 and function of Scan In line 5. Port 1.6 and function of Scan In line 6. Port 1.7 and function of Scan In line 7. Publication Release Date: Aug. 1999 -4Revision 0.5 W81282F PRELIMINARY 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 BUSPWR# SO17 GANGED# LEDEN4# RA LEDEN3# RB LEDEN2# PLLE LEDEN1# N.C. N.C. GND XTAL1 XTAL2 N.C. SO00 (P07) VDD SO01 (P06) SO02 (P05) SO18 SO03 (P04) OVRI4# SO04 (P03) UPWEN4# OVRI3# SO05 (P02) UPWEN3# SO06 (P01) LEDEN0# SO07 (P00) IUD2 IOU2P IUD2 IOU2P IUD2 IOU2P IUD2 IOU2P IUD2 IOU2P IUD2 IUD2 Power0 OSCM OSCM IUD2 IOUD2 Power1 IOUD2 IOUD2 O2 IOUD2 IUD2T IOUD2 O2 IUD2T IOUD2 O2 IOUD2 IOU2P IOUD2 Buspower/Selfpower control setting. This pin should be floated or tied to VDD. This pin is function of Scan Out line 17. Ganged/Individual downstream power switch control setting. Default is Individual mode. Downstream port4 LED. Active low when port4 enable. This pin is a Rotation A input for consumer HID application. Downstream port3 LED. Active low when port3 enable. This pin is a Rotation B input for consumer HID application. Downstream port2 LED. Active low when port2 enable. PLL clock generator enable/disable control. It should be tied to VDD. (PLLE=1, clock=12MHz ; PLLE=0,clock=48MHz) Downstream port1 LED. Active low when port1 enable. No connection. This pin should be floated. No connection. This pin should be floated. Digital ground Clock In. (12MHz Clock Out. No connection. This pin should be floated. Port 0.7 and function of Scan Out line 0. Digital supply voltage. Port 0.6 and function of Scan Out line 1. Port 0.5 and function of Scan Out line 2. This pin is function of Scan Out line 18. Port 0.4 and function of Scan Out line 3. Downstream port4 over-current status input. Active low. Port 0.3 and function of Scan Out line 4. Downstream port4 power control. Active low. Downstream port3 over-current status input. Active low. Port 0.2 and function of Scan Out line 5. Downstream port3 power control. Active low. Port 0.1 and function of Scan Out line 6. Up_stream port LED. Active low when up_stream port enable. Port 0.0 and function of Scan Out line 7. when PLLE=1, 48MHz when PLLE=0) D O U O U O U O U O U U D U U U U U U U O U Publication Release Date: Aug. 1999 -5Revision 0.5 W81282F PRELIMINARY 59 60 61 62 63 64 65 66,67 68 69 70 71 72 73 74 75 76 77 78 79,80 81 82 83,84 85 86 87 88,89 90 91 XRD# (P37) OVRI2# XWR# (P36) P35 UPWEN2# SO20 (P34) SO19 GND N.C. SO08 (P20) OVRI1# SO09 (P21) UPWEN1# SO10 (P22) FWKP5# SO11 (P23) EECLK/IDSEL0 (P30) SO12 (P24) SO13 (P25) GND3V DP4 DM4 N.C. DP3 DM3 N.C. GND3V DP2 DM2 IOUD2 IOUD2 Power0 AIO AIO AIO AIO Power0 AIO AIO IOUD2 IUD2T IOUD2 IOUD2 O2 IOUD2 O2 Power0 IOUD2 IOUD2 IUD2T IOUD2 O2 IOUD2 IUD2 IOUD2 IOUD2 Port 3.7.This pin is dedicated for internal use. U U U U U U U U D U U U U - Downstream port2 over-current status input. Active low. Port 3.6.This pin is dedicated for internal use. Port 3.5 and reverse for input or output application. Downstream port2 power control. Active low. Port 3.4 and function of Scan Out line 20. This pin is function of Scan Out line 19. Digital ground. No connection. This pin should be floated. Port 2.0 and function of Scan Out line 8. Downstream port1 over-current status input. Active low. Port 2.1 and function of Scan Out line 9. Downstream port1 power control. Active low. Port 2.2 and function of Scan Out line 10. Embedded function wake-up input. Can be used for Wake-up hot key. Port 2.3 and function of Scan Out line 11. This pin is Port 3.0 and function of serial clock line interfacing with external EEPROM. If no serial EEPROM present, this pin is used to scan ID selection and named IDSEL0. Port 2.4 and function of Scan Out line 12. Port 2.5 and function of Scan Out line 13. Ground of port3 and port4 transceivers. USB D+ for downstream port4. USB D- for downstream port4. No connection. USB D+ for downstream port3. USB D- for downstream port3. No connection. Ground of port1 and port2 transceivers. USB D+ for downstream port2. USB D- for downstream port2. - - Publication Release Date: Aug. 1999 -6Revision 0.5 W81282F PRELIMINARY 92,93 94 95 96,97 98 99 100 N.C. DP1 DM1 GND3V N.C. DP0 DM0 AIO AIO Power0 AIO AIO No connection. USB D+ for downstream port1. USB D- for downstream port1. Ground of port0 transceivers. No connection. USB D+ for upstream port0. USB D- for upstream port0. - - Publication Release Date: Aug. 1999 -7Revision 0.5 W81282F PRELIMINARY 6. ABSOLUTE MAXIMUM RATINGS PARAMETER Supply Voltage (Vcc to Vss) 5.5V Vss-0.5V to Vcc+0.5V Vss-0.5V to Vcc+0.5V TBD 0 C to 70 C 250 C o o o LIMIT Analog Input Voltage Digital Input Voltage Power Dissipation Ambient Operating Temperature Lead Temperature (Soldering, 10 sec) Publication Release Date: Aug. 1999 -8Revision 0.5 W81282F PRELIMINARY 7. ELECTRICAL CHARACTERISTICS VCC = 5V +/-5%, Ta=0 to 70 C Symbol Icc VOH VOL Io>24ma Io>6ma Ta=70 C Note 8 ILO VDI VSE0 VCM VOLU VCRS CIN Pin to GND 4 -3.5 /-4 Note 3 -2 -3 / -1 -5 0 -15 75 5 15 15 300 Includes VDI range RL of 1.5 kΩ to 3.6 V 2.8 1.3 V< V IN