The Datasheet Archive

P51-50-G-I-P-4.5V-000-000 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
P51-50-G-I-P-4.5V-000-000 P51-50-G-I-P-4.5V-000-000 ECAD Model SSI Technologies Pressure Sensors, Transducers, Sensors, Transducers, SENSOR 50PSI 7/16-20UNF .5-4.5V Original PDF

P51-50-G-I-P-4.5V-000-000 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
TPS65198

Abstract: lcd t-con price t-con tv lcd lcd t-con TCON application diagram TCON LCD TCON FUNCTION "Level Shifter" 85AVDD LCD monitor TCON
Text: TPS65198 13-Channel Level Shifter with Op-Amp for LCD TVs and Monitors Diagrams Functional Diagram Description The TPS65198 provides an integrated level shifter solution, primarily intended for TV and monitor applications using GIP technology. The device features a built-in state machine , Package APPLICATIONS LCD TVs and Monitors Using GIP Technology Parametrics TPS65198 Pin/Package , built-in state machine Target Application TV, Monitor using GIP technology -


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PDF TPS65198 13-Channel TPS65198 28-Pin 28WQFN 13-Ch lcd t-con price t-con tv lcd lcd t-con TCON application diagram TCON LCD TCON FUNCTION "Level Shifter" 85AVDD LCD monitor TCON
1998 - svip

Abstract: No abstract text available
Text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Not Available

Abstract: No abstract text available
Text: V32189 V32213 V40839 V60781 V00293 1 2 /1 3 /9 3 GIP I 2 /1 7 /9 3 GIP 5 / 4 /9 4 GIP 5 /1 6 /9 6 2 /7 /0 0 JWS GIP I fci .XXX±.005/.XX±. 13 projection .XXXX±.0020/.XXX±.051 angles 0* ±2* dr G


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V61331

Abstract: No abstract text available
Text: 90002 V 00254 POP GIP GAH GIP GIP HTB JWS linear .X X X ± .0 0 5 /.X X ± . 13 .XXXX±.0020 , ) BASE NUMBER PRODUCT NUMBERING CODE FOR SELECT LOAD PART NUMBERS: 50 300 - XXYYY 1 c= SEQUENCE NUMBER 1 , H LENGTH OPTIONS: = .12 5±.0 10 / 3 .1 8 ± .2 5 = ,14 5±.0 10 / 3 .6 8 ± .2 5 = ,18 0±.0 10 / 4 .5 7


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2013 - TPS65642

Abstract: No abstract text available
Text: GIP and Non-GIP Displays • 56-Ball, 3.16 mm x 3.45 mm 0.4 mm Pitch DSBGA Applications , and high VGH voltages can cause increased leakage current through the RE pin. In GIP applications , V 200 mA 10 µF PROGRAMMABLE VCOM ISET Programmable VCOM set current 50 µA , ) (4) -100 100 µA 50 pF This value includes the current that must be supplied to the , resistance VIN = 3.3 170 250 330 VIN = 5 V 250 370 500 14.6 mΩ 50


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PDF TPS65642 14-Channel, 10-Bit TPS65642
2013 - Not Available

Abstract: No abstract text available
Text: GIP and Non-GIP Displays • 56-Ball, 3,16-mm × 3,45-mm 0,4-mm Pitch DSBGA Applications , temperatures and high VGH voltages can cause increased leakage current through the RE pin. In GIP applications , Output capacitance 4.7 PROGRAMMABLE VCOM ISET Programmable VCOM set current 50 µA , ) –100 100 µA 50 pF VGH− AVDD must be greater than 9 V. Output voltages greater , 500 15 mΩ 50 Measured with 10 mA ns Ω LINEAR REGULATOR (VIO2) (2) Output voltage


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PDF TPS65642A SLVSC21 14-Channel, 10-Bit
6lf8

Abstract: No abstract text available
Text: Pentode Unit: Gip to Pp. Input: Gip to (Kp+G3p+IS,G2p,H) Output: PP to (Kp+G3p+IS.G2p.H). Gip to PT. Pp to Pt . 2.2 3.2 1.8 0.060 max. 10 3-6 0.008 max. 0.15 max


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PDF 92CM-I2388 92CM-12398 6lf8
T-CON BOARD samsung

Abstract: E804H T-CON BOARD samsung pin 5808H B004H 8004H samsung Timing controller T-con E80CH bufer open drain T-CON BOARD for samsung
Text: Five programmable I/O ports (GIOP) Six input ports ( GIP ) 23 output ports (GOP,EOPA,EOPB) Operating , . It is recommended to be a 50 % duty cycle and an operating frequency of Max. 33§ . When CLKSEL is s1 , input indicates when valid data on parallel port data bus, PPD[7:0] nAUTOFD 50 I1 Not autofeed. The , ] RXD1/ GIP [0] RXD2/ GIP [1] nEINT1/ GIP [2] nEINT2/ GIP [3] nXDREQ/ GIP [4] UCLK/ GIP [5] 63-70 72-79 109-110 Pin


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PDF KS32C6200 32-Bit KS32C6200 16/32-bit T-CON BOARD samsung E804H T-CON BOARD samsung pin 5808H B004H 8004H samsung Timing controller T-con E80CH bufer open drain T-CON BOARD for samsung
2013 - Not Available

Abstract: No abstract text available
Text: GIP and Non-GIP Displays • 56-Ball, 3,16-mm × 3,45-mm 0,4-mm Pitch DSBGA Applications , temperatures and high VGH voltages can cause increased leakage current through the RE pin. In GIP applications , Output capacitance 4.7 PROGRAMMABLE VCOM ISET Programmable VCOM set current 50 µA , ) –100 100 µA 50 pF VGH− AVDD must be greater than 9 V. Output voltages greater , 500 15 mΩ 50 Measured with 10 mA ns Ω LINEAR REGULATOR (VIO2) (2) Output voltage


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PDF TPS65642A SLVSC21 14-Channel, 10-Bit
6hb7

Abstract: LTGe EP63
Text: (K+G3p+IS,H). Pentode Unit: Input: Gip to (K+G3p+IS,G2p,H). . Output: Gip to (K+G3P+IS,G2p,H). . H to Ke , . vol ts 1.9 pf 3.0 pf 1.9 Pf 0.010 max. pf 5.0 pf 3-4 pf 3.8 Pf Triode Pentode Unit


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PDF 92CM-9866 92CM-9B67RI 92CM-9868RI 6hb7 LTGe EP63
Not Available

Abstract: No abstract text available
Text: 41458 C 70100 V 00718 tolerances unless otherwise specified dr GIP GAH GIP MDF EPK LSS CUSTOMER


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V90000

Abstract: No abstract text available
Text: NOTE 3 COPY m r r j ecn no dr date .X X ± .0 1 /.X ± .3 www.fciconnect.com title GIP 12 20 93 linear C40005 ,XXX±.005/.XX±.13 projection 4 ROW R /A RECEPTACLE V407J4 GIP 4/ 1 2 /9 4 .XXXX±.0020/.XXX±.051 , 3 product family HPC V51050 code IN C H /M M size dwg no S. CLARK V60822 GIP 5 /2 9 /9 6 ertcjr 6 /1


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PDF 0000IS I-100 V90000
2013 - TPS65642

Abstract: No abstract text available
Text: GIP and Non-GIP Displays • 56-Ball, 3,16-mm × 3,45-mm 0,4-mm Pitch DSBGA Applications , temperatures and high VGH voltages can cause increased leakage current through the RE pin. In GIP applications , Output capacitance 4.7 PROGRAMMABLE VCOM ISET Programmable VCOM set current 50 µA , ) –100 100 µA 50 pF VGH− AVDD must be greater than 9 V. Output voltages greater , 500 15 mΩ 50 Measured with 10 mA ns Ω LINEAR REGULATOR (VIO2) (2) Output voltage


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PDF TPS65642A SLVSC21 14-Channel, 10-Bit TPS65642
2006 - CL-230R

Abstract: IP-67 led 905
Text: CL-230-B-IP 9.05 [230] Blue CL-230-G 9.05 [230] Green CL-230- G-IP 9.05 [230 , -630-G 24.80 [630] Green CL-630- G-IP 24.80 [630] Green CL-630-R 24.80 [630] Red CL , -830-B 32.7 [830] Blue CL-830-B-IP 32.7 [830] Blue CL-830-G 32.7 [830] Green CL-830- G-IP


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PDF CL-830-WW CL-830-WW-IP CL-830-B CL-830-B-IP CL-830-G CL-830-G-IP CL-830-R CL-830-R-IP CL-830-A CL-830-A-IP CL-230R IP-67 led 905
2013 - TPS65642

Abstract: No abstract text available
Text: Correction · On-Chip EEPROM with Write Protect · I2CTM Interface · Thermal Shutdown · Supports GIP and , voltages can cause increased leakage current through the RE pin. In GIP applications that do not use the , channel Output capacitance -100 4.7 50 100 50 1 4.7 1.7 2.2 10 1 4.7 1.7 2.2 10 1 10 1 2.2 10 6 16 8.1 24 , 30 1 183 255 250 370 14.6 1.8 2.5 3% 75 35 1.2 350 400 330 500 50 V % of VIO1 % of VIO1 A m s , ) 3% 70 30 75 35 10 0.41 1 1.5 ISET = 50 A, VTCOMP = 1 V 85°C 25 °C 48 50 1.67 2.11 1 2.5 3 54 V % of


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PDF TPS65642 14-Channel, 10-Bit 56-Ball, TPS65642
Not Available

Abstract: No abstract text available
Text: ), to high power level‐shifted output signals used to drive a Gate‐In‐Panel ( GIP ) TFT‐LCD. The high voltage level shifters can swing up to , €40°C to +85°C extended ambient temperature range. Applications Logic Level Shifter TFT‐LCD TV, Monitor, Notebook, and Tablet Gate‐In‐Panel ( GIP


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PDF ISL24111 460mA 730mA 300ns 200ns 520ns 350ns ISL24111Â
1999 - pin diagram for core i3 processor

Abstract: T-CON BOARD samsung types of microprocessor in Inkjet printer uart in pin diagram for core i3 processor KS32C6100 Inkjet head controller inkjet head non-user mode KS32C6500 IEEE1284
Text: 6 input ports ( GIP ) · 13 output ports (GOP) Derasterizer / Shifter · 16×16 bit rotate , F A U L T P E R R O R B U S Y 50 n A C K S E L E C T n I N , be a 50 % duty cycle and an operating frequency of Max. 33 § . When CLKSEL is `1', the maximum Ö MCLK frequency is 66 § . Ö data on parallel port data bus, PPD[7:0] nAUTOFD 50 I1 Not , RXD1/ GIP [0] 122 I4 Receive data input for the UART0. RXD1 is the UART0 channel's input signal


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PDF KS32C6500 KS32C6200 KS32C6500. KS32C6500 32-Bit 16/32-bit pin diagram for core i3 processor T-CON BOARD samsung types of microprocessor in Inkjet printer uart in pin diagram for core i3 processor KS32C6100 Inkjet head controller inkjet head non-user mode IEEE1284
1995 - TPS65198

Abstract: TPS65198RUYR TPS65198RUYT lcd t-con price oled tv TCON TV local dimming TLC5947 lcd t-con circuit t-con tv lcd OLED circuit details
Text: intended for TV and monitor applications using GIP technology. The device features a built-in state machine , APPLICATIONS LCD TVs and Monitors Using GIP Technology Parametrics http://www.ti.com/product/tps65198[9 , 8 20 Catalog built-in state machine TV, Monitor using GIP technology Samples


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PDF TPS65198 TPS65198 13-Channel PT6521 PT5401 PT4411 PT3341 PT6304 com/product/tps65198 TPS65198RUYR TPS65198RUYT lcd t-con price oled tv TCON TV local dimming TLC5947 lcd t-con circuit t-con tv lcd OLED circuit details
Not Available

Abstract: No abstract text available
Text: ) • Six input ports ( GIP ) Operating Voltage Range • 23 output ports (GOP,EOPA,EOPB , KS32C6200 master clock. It is recommended to be a 50 % duty cycle and an operating frequency of Max. 33§ . , data bus, PPD[7:0] nAUTOFD 50 In Not autofeed. The nAUTOFD input indicates whether data on , / GIP [0] 123 I4 Receive data input for the UARTO. RXD1 is the UARTO channel’s input signal for receiving serial data. / General input port 0 RXD2/ GIP [1] 125 I4 Receive data input


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PDF KS32C6200 32-Bit KS32C6200 16/32-bit KS32C620 D04bD7D
PCL84

Abstract: 220 vfk
Text: Triode/grille n° 1 Pentode . CaT/ giP 0,01 pFmax Capacité grille Triode/grille n° 1 Pentode. CgT/ giP 0,01 pFrnax BROCHAGE ET ENCOMBREMENT Broche n° 1 . . Grille Triode Broche n° 2


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j 6815

Abstract: LED 2ma 2 ao 565 pc084 RLP2 PC080
Text: - GI.P GRN 565 0.6 1.8/2.2 Low Power H] fv = typical luminous intensity @ If = 2mA(Ta = 25°C). To , ) - .080 7 (2,03) Anocie Mark ,oo8c.ao> — .096(2.44) .125 TC3.17) —r £ 50 F <6.35> t


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PDF eb44520 PC080 PC084 PC080-GLP2 PC080, PC080 PC084 j 6815 LED 2ma 2 ao 565 RLP2
4040

Abstract: No abstract text available
Text: G-QFP232-4040-0.65 Uniti nn CL >- i—_ in r~-o 43, g±0, 4 39, gip , 4 174 117 -b 175 116 o +i cu CTS n o +i cu o g3gt 1, P75TYP '59 58 P, 3±P, 1 [07651 *AP. 13(M) - o +i ini m s KB 41, 6±P, 4 +1 in in "8 ? in P, 810. g Mar,g003 "!"! !"!"!"! ! !"!"! !"!"!"! !"!"! !'%"! ! !'%"! ! !"!"! ! !'!"! ! !


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PDF G-QFP232-4040-0 P75TYP 4040
3DLW

Abstract: a dm hole nu
Text: revision index sheet COPY date .X X ± .0 1 /.X ± .3 .XXX±.005/.XX±. 13 projection GIP 4 /1 2 /9 4 linear , GIP 5 /2 9 /9 6 dr IN C H /M M S. CLARK HTB 2 /1 5 /9 9 ençjr 6 /1 0 /9 3 DLW 7 /1 3 /9 9 ehr S. CLARK


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PDF V40734 V41510 3DLW a dm hole nu
fet K 793

Abstract: MGF1402 cdb 838 S22VS MGF1402B Q017 91 569 775 -35 S 30ria
Text: CHARACTERISTICS lD vs. VGS 50 < « E Ta = 2 Vos = 5°C 3V I f — 2.0 —1.0 0 GATE TO SOURCE VOLTAGE VGS IV) Id *• VDS 50 - 10 VGS = -Ta = 25 -0.2V/S •c TEP VGS- = 0V ( // - V -" - y —- —- 0 1.0 2.0 3.0 4.0 5.0 DRAIN TO SOURCE VOLTAGE VDS 50 60 70 DRAIN CURRENT lD (mA) c s Ta = 2 5*C 3V - 10 20 30 40 50 60 70 DRAIN CURRENT lD (mA


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PDF b241fl2tà MGF1402B 12GHz MGF1402B 157MIN. fet K 793 MGF1402 cdb 838 S22VS Q017 91 569 775 -35 S 30ria
2012 - PICOCHIP

Abstract: baseband router block diagram mindspeed femtocell
Text: right MEM 50 435,200 55 478,720 lists the number and type of each CTRL 2 131,072 2 131,072 AE , Correlator ADI ARM PC202 Perf. Units 31 230 8 80 12 8 8 8 40 1x160 280 GMAC/s GIP /s , 8 8 40 1x160 280 GMAC/s GIP /s GMUL/s MS/s Mb/s Mb/s Mb/s Mb/s Mb/s MS/s MHz


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PDF 926EJ-S 280MHz 128KB RS-232/JTAG 16/32-bit 200MHz 256Mbit PC202-BRF-0012-A PICOCHIP baseband router block diagram mindspeed femtocell
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