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Features
❑ HVCMOS © technology ❑ Operating output voltage of 90V ❑ Data clock speed 30MHz @ VDD =5V ❑ Six interleaved inputs and outputs ❑ Data directional loading control ❑ Outputs: enable, polarity, all Hi, all Lo ❑ CMOS compatible inputs General Description The HV582 is a low voltage to high voltage converter with 96 high voltage push-pull outputs. This device has been designed to operate as a data driver for AC plasma display panels. The device is loaded at up to 30MHz using six parallel data inputs, achieving an effective 180MHz data load rate. A direction pin (DIR) is provided to control the data load sequence. Once data is latched into the output latches, the outputs will be controlled based on the latch contents, polarity (POL) pin and output enable (OE) pin inputs. All outputs may be temporarily forced high by asserting a ‘low’ on the OHB input. Alternatively, all outputs may be temporarily forced low by asserting a ‘low’ on the OLB input. This versatility allows the outputs to be individually controlled, all set high or low, or all set to a high- Z state. Circuitry assures a break-before-make interval when switching the output transistors, preventing output cross-conduction, thereby increasing power efficiency. Application ❑ AC plasma display data column driver Functional Block Diagram
6 Shift
Absolute Maximum Ratings* Supply Voltage, VDD -0.5V to 6V Supply Voltage, VPP VDD to 100V Logic input levels -0.5V to V DD +0.5V Ground current TBD A High voltage supply current TBD A Continuous total power dissipation TBD mW Operating temperature range -40 °C to +85°C Storage temperature range -65 °C +150°C * All voltages are referenced to device ground. eciveD dednemmoceR VgnitarepO PP xaM snoitpOegakcaP eiD 285VHV 09X 285VH yrotcaFtcatnoC* Ordering Info Notes: Power-up sequence should be the following: 1. Connect ground. 2. Apply VDD . 3. Set all inputs (Data, CLK, Enable, etc.) to a known state. 4. Apply V PP . Power-down sequence should be the reverse of the above. lobmySr etemaraPn iMp yTx aMs tinUs noitidnoC I DD V DD tnerrucylppus5 2A mf KLC WOL=*EL,zHM03= I QDD VtnecseiuQ DD tnerrucylppus0 01A µV llA NI VroV0= DD I PP tnerrucylppusegatlovhgiH DBTA mV PP hgihstuptuolla,V09= DBTV PP wolstuptuolla,V09= IHI tnerructupnicigollevel-hgiH0 .1A µV HI V= DD ILI tnerructupnicigollevel-woL0 .1-A µV LI V0= R NI ,EO]ton[,LOP,RID(ecnatsisernwod-lluP )LO,HO V HO tuptuolevel-hgiH VH TUO V 01-PP V V PP I,V09= TUOVH Am57-= tuoataD V 1-DD I TUOD Am0.4-= V LO tuptuolevel-woL VH TUO 01 V Am57=TUOVHI,V0.5=DDV tuoataD 0.1I TUOD Am0.4-= V CO VH TUO egatlovpmalcV I HO Am57= I LO Am57-= I HO tnerrucecruostuptuO0 01A mV PP V001=
lobmySr etemaraPn iMp yTx aMs tinU V DD V,egatlovylppuscigoL DD 5.40 .55 .5V V PP V,ylppusegatlovhgiH PP 060 9V V HI egatlovtupnilevel-hgiH V 9.0–DD V DD V V LI egatlovtupnilevel-woL0 9 .0V TA erutarepmetria-eerfgnitarepO0 4-5 8+C ° lobmySr etemaraPn iMp yTx aMs tinUs noitidnoC f KLC ycneuqerfkcolC0 3z HM tW woldnahgihhtdiwkcolC5 .61s n t US sesirkcolcerofebemitputesataD0 .5s n tH sesirkcolcretfaemitdlohataD5 1s n t OD tuOataDrofemityaleD5 2s nC L Fp02= t ELW eslupelbanehctalfohtdiW5 1s n t ELD kcolcfoegdegnisirretfaemityaledEL5 1s n t ELS kcolcfoegdegnisirerofebemitputesEL5 1s n tD llaf/esirtratsottuptuorofemityaleDD BTs n tR %09ot%01,emitesirtuptuO0 02s nC L V,Fp071= PP V08= tF %01ot%09,emitllaftuptuO0 02s nC L V,Fp071= DD V5.4= t LOPD LOPmorfegnahctuptuo%01rofemityaleDD BTs n t ZIHD Z-IHmorfegnahctuptuo%01rofemityaleDD BTs n emitllaf/esirtupnicigoL0 .5s n Input and Output Equivalent Circuits VDD Input GND VPP GND HV OUT Logic Inputs GND Data Out Logic Data Output High Voltage Outputs VDD
Note: Waveform levels are arbitrary and subject to change. tSU tH tWH tWL tDO tSLEtDLE tWLE tD tR /tF
ataDK LCE LE OL OPB LOB HO geRtfihS 61...21 stuptuOVH 6...21 ataD tuO Z-iHstuptuO XXXLXXX * …**Z …ZZ* ataDerotS sehctalni tnerapsnarT edoM DIR is direction control: L shifts in CCW direction, QN ➔ Q N-1; H shifts in CW direction, QN ➔ Q N+1 Notes: H = high level, L = low level, X = irrelevant, = low-to-high transition, (b) indicates inversion * = dependent on previous stage’s state before the last CLK or last LE high.
niPn oitcnuFd rooCn iPn oitcnuFd rooCn iPn oitcnuFd rooC 1D DV2 983-,2502-9 44 5TUOVH5 692+,6602-7 90 2TUOVH0 41-,1212+ 2D NGVH2 963-,2502-0 53 5TUOVH0 013+,6602-8 99 1TUOVH5 72-,1212+ 3D NGVH2 943-,2502-1 52 5TUOVH5 323+,6602-9 98 1TUOVH0 14-,1212+ 4P PV3 923-,1502-2 51 5TUOVH0 733+,6602-0 017 1TUOVH5 45-,1212+ 5P PV3 903-,1502-3 50 5TUOVH5 053+,6602-1 016 1TUOVH0 86-,1212+ 6P PV3 982-,1502-4 59 4TUOVH0 463+,6602-2 015 1TUOVH5 18-,1212+ 76 9TUOVH5 072-,6602-5 5P PV8 283+,2502-3 014 1TUOVH0 59-,1212+ 85 9TUOVH0 752-,6602-6 5P PV8 204+,2502-4 013 1TUOVH5 801-,1212+ 94 9TUOVH5 342-,6602-7 5P PV8 204+,8271-5 012 1TUOVH0 221-,1212+ 013 9TUOVH0 032-,6602-8 5P PV8 204+,3041-6 011 1TUOVH5 531-,1212+ 112 9TUOVH5 612-,6602-9 5D NGVH4 883+,238-7 010 1TUOVH0 941-,1212+ 211 9TUOVH0 302-,6602-0 6D NGVH4 883+,236-8 019 0TUOVH5 261-,1212+ 310 9TUOVH5 981-,6602-1 6D NGVH4 883+,97-9 018 0TUOVH0 671-,1212+ 419 8TUOVH0 671-,6602-2 6D NGVH4 883+,121+0 117 0TUOVH5 981-,1212+ 518 8TUOVH5 261-,6602-3 6D NGVH4 883+,686+1 116 0TUOVH0 302-,1212+ 617 8TUOVH0 941-,6602-4 6D NGVH4 883+,688+2 115 0TUOVH5 612-,1212+ 716 8TUOVH5 531-,6602-5 6P PV8 204+,7541+3 114 0TUOVH0 032-,1212+ 815 8TUOVH0 221-,6602-6 6P PV8 204+,2871+4 113 0TUOVH5 342-,1212+ 914 8TUOVH5 801-,6602-7 6P PV8 204+,6012+5 112 0TUOVH0 752-,1212+ 023 8TUOVH0 59-,6602-8 6P PV8 283+,6012+6 111 0TUOVH5 072-,1212+ 122 8TUOVH5 18-,6602-9 68 4TUOVH0 463+,1212+7 11P PV3 982-,6012+ 221 8TUOVH0 86-,6602-0 77 4TUOVH5 053+,1212+8 11P PV3 903-,6012+ 320 8TUOVH5 45-,6602-1 76 4TUOVH0 733+,1212+9 11P PV3 923-,6012+ 429 7TUOVH0 14-,6602-2 75 4TUOVH5 323+,1212+0 21D NGVH2 943-,6012+ 528 7TUOVH5 72-,6602-3 74 4TUOVH0 013+,1212+1 21D NGVH2 963-,6012+ 627 7TUOVH0 41-,6602-4 73 4TUOVH5 692+,1212+2 21D NG2 983-,6012+ 726 7TUOVH5 -,6602-5 72 4TUOVH0 382+,1212+3 21A NIRD7 804-,0561+ 825 7TUOVH0 31+,6602-6 71 4TUOVH5 962+,1212+4 21A NIGD7 804-,5051+ 924 7TUOVH5 62+,6602-7 70 4TUOVH0 652+,1212+5 21A NIBD7 804-,0631+ 033 7TUOVH0 04+,6602-8 79 3TUOVH5 242+,1212+6 21B NIRD7 804-,5121+ 132 7TUOVH5 35+,6602-9 78 3TUOVH0 922+,1212+7 21B NIGD7 804-,0701+ 231 7TUOVH0 76+,6602-0 87 3TUOVH5 512+,1212+8 21B NIBD7 804-,529+ 330 7TUOVH5 08+,6602-1 86 3TUOVH0 202+,1212+9 21K LC7 804-,087+ 439 6TUOVH0 49+,6602-2 85 3TUOVH5 881+,1212+0 31E L7 804-,536+ 538 6TUOVH5 701+,6602-3 84 3TUOVH0 571+,1212+1 31T ESER7 804-,094+ 637 6TUOVH0 121+,6602-4 83 3TUOVH5 161+,1212+2 31D NG6 804-,003+ 736 6TUOVH5 431+,6602-5 82 3TUOVH0 841+,1212+3 31R ID5 804-,011+ 835 6TUOVH0 841+,6602-6 81 3TUOVH5 431+,1212+4 31D DV6 804-,08- 934 6TUOVH5 161+,6602-7 80 3TUOVH0 121+,1212+5 31B HO7 804-,072- 043 6TUOVH0 571+,6602-8 89 2TUOVH5 701+,1212+6 31B LO7 804-,514- 142 6TUOVH5 881+,6602-9 88 2TUOVH0 49+,1212+7 31E O7 804-,065- 241 6TUOVH0 202+,6602-0 97 2TUOVH5 08+,1212+8 31L OP7 804-,507- 340 6TUOVH5 512+,6602-1 96 2TUOVH0 76+,1212+9 31A TUORD7 804-,058- 449 5TUOVH0 922+,6602-2 95 2TUOVH5 35+,1212+0 41A TUOGD7 804-,599- 548 5TUOVH5 242+,6602-3 94 2TUOVH0 04+,1212+1 41A TUOBD7 804-,0411- 647 5TUOVH0 652+,6602-4 93 2TUOVH5 62+,1212+2 41B TUORD7 804-,5821- 746 5TUOVH5 962+,6602-5 92 2TUOVH0 31+,1212+3 41B TUOGD7 804-,0341- 845 5TUOVH0 382+,6602-6 91 2TUOVH5 -,1212+4 41B TUOBD7 804-,5751-
142 140 138 136 134 132 130 141 139 137 135 133 131 129 128 127 126 125 124 123 HV582 Pad Layout
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TEL: (408) 744-0100 • FAX: (408) 222-4895 www.supertex.com 09/16/02rev.2 ©2002 Supertex Inc. All rights reserved. Unauthorized use or reproduction prohibited. Pin List emaNn oitcnuFn oitpircseD KLC kcolcretsigertfihSd ereggirtegdegnisiR EL tupnielbanehctaltnerapsnarTt nerapsnarT=H,ataddloH=L TESER tesernorewoP woLotsehctaldnasretsigertfihsllasteseR=1 RID tupninoitceridretsigertfihS6 9Q>-1Q,WC=H;1Q>-69Q,WCC=L LOP tupniytiraloPs ehctalfotuptuotrevnI EO lortnocecnadepmihgiHl amron=H,etatsZ-iHnituptuoVH=L BLO wolstuptuollAw olevitcA BHO hgihstuptuollAw olevitcA RD ANI RD, BNI GD, ANI , GD BNI BD, ANI BD, BNI tuptuo/tupniB/Aeulb/neerg/deR" tuptuo"1=RID,"tupni"0=RID RD ATUO RD, BTUO GD, ATUO , GD BTUO BD, ATUO BD, BTUO tupni/tuptuoB/Aeulb/neerg/deR" tupni"1=RID,"tuptuo"0=RID VH TUO 69-1 stuptuoegatlovhgiH DNG dnuorgcigoL V DD rewopcigoL DNGVH dnuorgegatlovhgiH V PP rewopegatlovhgiH