CT369 DATASHEET_V1.0

HY27UF082G2B
Hynix
HY27UG082G2M HY27UF081G2A HY27UF081G2M JS29F64G08CAMD1 JS29F64G08FAMC1 JS29F32G08AAMD1 JS29F32G08CAMC1 JS29F32G08FAMB1 JS29F32G08FAMB2 JS29F32G08FANC1 JS29F16G08AAMC1 JS29F16G08CAMB1 JS29F16G08CAMB2 JS29F16G08FANC1 JS29F16G08CANC1 JS29F16G08FANB1 JS29F16G08FANB2 JS29F08G08AAMC1 JS29F08G08AAMB2 JS29F08G08AANC1 JS29F08G08CANC1 JS29F08G08CANB1 JS29F08G08CANB2 JS29F08G08BANB1 JS29F08G08FANB3 JS29F08G08FANA2 JS29F04G08AANC1
FLASH厂商
容量
2Gb 2Gb 1Gb 1Gb 64Gb 64Gb 32Gb 32Gb 32Gb 32Gb 32Gb 16Gb 16Gb 16Gb 16Gb 16Gb 16Gb 16Gb 8Gb 8Gb 8Gb 8Gb 8Gb 8Gb 8Gb 8Gb 8Gb 4Gb
FLASH类型
SLC SLC SLC SLC MLC MLC MLC MLC MLC MLC SLC MLC MLC MLC SLC SLC SLC SLC MLC MLC SLC SLC SLC SLC SLC SLC SLC SLC
MICRON
MT29F4G08AAB MT29F4G08AAA MT29F2G08AAD MT29F2G08AAB MT29F2G08AAC MT29F2G08AAA K9HCG08U1M K9HCG08U5M K9LBG08U0M K9LBG08U1M K9HBG08U1M K9WBG08U1M K9GAG08U0M K9GAG08U0D K9LAG08U0M

A,Dec,20102.COLLECTORJIANGSU CHANGJIANG ELECTRONICS TECHNOLOGY CO., LTDTO-92 Plastic-Encapsulate TransistorsBC369 TRANSISTOR (PNP)FEATURES z High Current z Low VoltageMAXIMUM RATINGS (T a =25℃ unless otherwise noted)ELECTRICAL CHARACTERISTICS (T a =25℃ unless otherwise specified)ParameterSymbol Test conditions Min Typ Max UnitCollector-base breakdown voltage V (BR)CBO I C = -0.1mA,I E =0 -25 VCollector-emitter breakdown voltage V (BR)CEO I C =-10mA,I B =0 -20 V Emitter-base breakdown voltage V (BR)EBO I E =-0.01mA,I C =0 -5 VCollector cut-off current I CBO V CB =-25V,I E =0 -10 μA Emitter cut-off current I EBO V EB =-5V,I C =0 -10 μA h FE(1)V CE =-1V, I C =-0.5A 85 375 h FE(2) V CE =-10V, I C =-5mA 50 DC current gainh FE(3) V CE =-1V, I C =-1A 60 Collector-emitter saturation voltage V CE(sat) I C =-1A,I B =-0.1A -0.5 VBase-emitter voltage V BE I C =-1A, V CE =-1V-1VTransition frequencyf TV CE =-5V,I C =-10mA,f=35MHz65 MHzSymbol Parameter Value Unit V CBO Collector-Base Voltage -25 V V CEO Collector-Emitter Voltage -20 V V EBO Emitter-Base Voltage -5 V I C Collector Current -Continuous -1 A P C Collector Power Dissipation0.625 W R θJA Thermal Resistance From Junction To Ambient 200 ℃/W T j Junction temperature 150 ℃ T stgstorage temperature-55~+150℃【南京南山半导体有限公司 — 长电三极管选型资料】 【南京南山半导体有限公司 — 长电三极管选型资料】 【南京南山半导体有限公司 — 长电三极管选型资料】Sponge strip2000 pcsSponge strip The top gasketLabel on the Inner BoxPlastic bagLabel on the Outer BoxInner Box: 333 mm ×162mm ×43mmOuter Box: 350 mm × 340mm × 250mmQA LabelSeal the box with the tapeStamp “EMPTY” on the empty boxInner Box: 240 mm ×165mm ×９５mmLabel on the Inner BoxOuter Box: 525 mm × 360mm × 262mmLabel on the Outer BoxQA LabelSeal the box with the tapeStamp “EMPTY” on the empty box。

1 General DescriptionThe AS3691 (AS3691A and AS3691B) features four high precision current sources for lighting of up to four LED strings (RGB or single color leds). Each of the four currents sources can be controlled independently by PWM inputs. The full scale current value is set by external resistors.2 Key Features4 x up to 0.4A constant current outputs Programmable with external resistors 4 independent PWM inputs Absolute current accuracy +/-0.5%’Automatic Supply Regulation’ to reduce powerdissipation 1) 1)Patent PendingVery wide output voltage current source voltage compliance − Down to 0.41V− Up to 15V 2)Integrated overtemperature protectionSeparate sense pads (Rfb1-Rfb4) for easy andprecise PCB Layout Package− DIE − QFN24 4x4mm − eP-TSSOP2)15V is sufficient for most applications as the AS3691 dose not switch off the LED current completely3 ApplicationsGeneral Lighting BacklightingRGB Backlighting for LCD TV/Monitors withWhite Color Balancing4 Application DiagramsFigure 1 – Application Diagram of AS3691 for Single Color LightingVSS VSS VDDVDDUVUV PWMPWMDatasheetAS36914 Precision 400mA Current Sources for RGB and Single Color LedsFigure 2 – Application Diagram of AS3691 for RGB LightingVSS VSS VDDRVDDRUVRUVRUVB UVB UVG UVG PWMRPWMRPWMB PWMB PWMG PWMG VDDB VDDB VDDG VDDGTable of Contents1 General Description.........................................................................................................................................12 Key Features....................................................................................................................................................13 Applications......................................................................................................................................................14 Application Diagrams.......................................................................................................................................1 5Pinout...............................................................................................................................................................4 5.1 Pin Assignments.......................................................................................................................................4 5.2 Pin Descriptions........................................................................................................................................4 6 Characteristics. (6)6.1 Absolute Maximum Ratings......................................................................................................................6 6.2 Operating Conditions................................................................................................................................6 6.3 Electrical Characteristics (7)7 Typical Operation Characteristics....................................................................................................................8 8Detailed Functional Description .....................................................................................................................12 8.1 Shunt Regulator......................................................................................................................................12 8.2 Overtemperature Protection....................................................................................................................12 8.3Automatic Supply Regulation (13)9 Application Information ..................................................................................................................................14 9.1 Design Example......................................................................................................................................15 9.1.1 Using Automatic Supply Regulation.................................................................................................16 9.2 Layout Recommendations. (16)10 Package Drawings and Markings (17)10.1 QFN 4x4 Package Drawings and Marking..............................................................................................17 10.2 ePTSSOP Package Drawings and Marking............................................................................................19 10.3 DIE Delivery............................................................................................................................................20 11 Ordering Information . (21)Revision HistoryRevisionDateOwnerDescription2.3 30.10.2007 ptr- Added Trays as delivery option (order code AS3691A-ZQFT)5 Pinout5.1 Pin AssignmentsFigure 3 – Pin UsageVREG VSS ON1ON2ON3ON4CURR1CURR2CURR3CURR4RES1RES2RES3RES4UV1UV2UV3UV4RFB1RFB2RFB3RFB4Pad5.2 Pin DescriptionsTable 1 – Pin Type DescriptionsPin Type DescriptionAI/O Analog Pin AI Analog Input Pin AO Analog Output Pin DI Digital Input SSupply PinTable 2 – Pin DescriptionsPin Number QFN Package Pin NumberePTSSOP PackagePin Name Type Description1 10 CURR1 AI/O Current Source 1 Output2 11 RFB1 AI Connect to current set resistor R1 directly atresistor itself 3 12 nc nc Leave open4 13 RFB4 AI Connect to current set resistor R4 directly at resistor itself5 14 CURR4 AI/O Current Source 4 Output6 15 RES4AI/OConnect to current set resistor R4Pin NumberQFN Package Pin NumberePTSSOPPackagePin Name Type Description7 16 ON4 DI Current source CURR4 control; internal pullup resistor to VREG (can be left open, if CURR4 is always switched on)High … 100% CurrentLow … 5% Current8 17 UV4 AO Automatic supply regulation for CURR4; if not used, leave open9 18 TEST AI Digital Test input; Leave open or connect to VSS; internal pulldown to VSS10 19 UV3 AO Automatic supply regulation for CURR3; if not used, leave open11 20 ON3 DI Current source CURR3 control; internal pullup resistor to VREG (can be left open, if CURR3 is always switched on)High … 100% CurrentLow … 5% Current12 21 RES3 AI/O Connect to current set resistor R313 22 CURR3 AI/O Current Source 3 Output14 23 RFB3 AI Connect to current set resistor R3 directly at resistor itself15 24 VREG S Shunt regulator supply; connect to Rvdd and Cvdd16 1 RFB2 AI Connect to current set resistor R2 directly at resistor itself17 2 CURR2 AI/O Current Source 2 Output18 3 RES2 AI/O Connect to current set resistor R219 4 ON2 DI Current source CURR2 control; internal pullup resistor to VREG (can be left open, if CURR2 is always switched on)High … 100% CurrentLow … 5% Current20 5 UV2 AO Automatic supply regulation for CURR2; if not used, leave open21 6 VSS S VSS Supply connection22 7 UV1 AO Automatic supply regulation for CURR1; if not used, leave open23 8 ON1 DI Current source CURR1 control; internal pullup resistor to VREG (can be left open, if CURR1 is always switched on)High … 100% CurrentLow … 5% Current24 9 RES1 AI/O Connect to current set resistor R1Pad Pad VSS S VSS Supply connection; add as many vias to ground plane as possible6 Characteristics6.1 Absolute Maximum RatingsStresses beyond those listed in Table 1 may cause permanent damage to the device. These are stress ratings only, and functional operation of the device at these or any other conditions beyond those indicated in Section 5 Electrical Characteristics is not implied.Exposure to absolute maximum rating conditions for extended periods may affect device reliability.Table 3 – Absolute Maximum RatingsSymbol Parameter Min Max Unit NoteV DDMAXSupply for LEDs-0.3 >17 V See notes 1V INVREG VREG Supply voltage-0.37.0 V Applicable for pin VREG V IN5V 5V Pins -0.3 VREG+ 0.3VVApplicable for 5V pins 2V IN15V 15V Pins -0.3 17 VApplicable for CURR1, CURR2, CURR3 and CURR4 I IN Input Pin Current -25 +25 mA At 25ºC, Norm: Jedec 17 T STRGStorage Temperature Range-55125°CHumidity 5 85 % Non condensing V ESD Electrostatic Discharge -2000 2000VNorm: MIL 883 E Method 3015PT Total Power Dissipation 2.0 W At 50ºC, no airflow for QFN24 on two layer FR4-Cu PCB 3P DERATE PT Derating Factor 23 mW/°C See notes 3 T BODY Body Temperature duringSoldering260°Caccording to IPC/JEDEC J-STD-020CNotes:1. As the AS3691 is not directly connected to this supply. Only the parameters V INVREG , V IN5V andV IN15V have to be guaranteed by the application2. All pins except CURR1, CURR2, CURR3 and CURR43. Depending on actual PCB layout and especially number of vias below the exposed pad – see layoutrecommendations; can be improved e.g. with Al-PCB or airflow6.2 Operating ConditionsTable 4 – Operating ConditionsSymbol Parameter Min Typ Max Unit NoteVDD Main Supply NotLimited VSupply is not directly connected tothe AS3691 – see section ‘Shunt Regulator’VDD TOL Main Supply Voltage Tolerance -20 +20 %Applies only for supply VREG isconnected via Rvdd VREG INTSupply (shunt regulated byAS3691)5.05.25.4 VIf internally (shunt-)regulated byD1VREG EXT4.5 4.755.0 VIf externally suppliedIVREG Supply Current2.5 mA Excluding current through shuntregulator (D1) – see section‘Shunt Regulator’ T AMB Ambient Temperature -20 25 85°C6.3 Electrical CharacteristicsTable 5 – Analog Electrical CharacteristicsSymbol ParameterMin Typ Max Unit Note0.9 15.0 Vat 400mA; total power dissipationlimit PT must not be exceeded V CURRCurrent Source CURR1 toCURR4 Voltage Compliance 0.41 15.0 V at 100mAI CURRCurrent Source Range10 400(1) mAONx = high ICURRx = 250mV / Rix (x=1...4) -0.5+0.5 %@25C T JUNCTION , excluding variation of external resistors; V(CURRx) <= 4.0VI CURR, TOLCurrent Source Tolerance-1.5+1.5 %-20°C to +100°C (2)T JUNCTION , -20°C to +85°C T AMB , excludingvariation of external resistors; V(CURRx) <= 4.0VV C Automatic Supply Regulationcompare voltage 1.0 VSee section ‘Automatic SupplyRegulation’ V C,GAINAutomatic Supply Regulationgain2.0 mA/VVoltage to current ratio; output current range typ 0 to 200uA1.0 mA V(CURRx) <= 15V I 1-4 Parallel Current0.1 mA V(CURRx) <= 5.0V T OVTEMP Overtemperature Limit 140°C Maximum junction temperatureNotes:1. To obtain higher currents connect more than one current source in parallel2. Accuracy at +100°C guaranteed by design and verified by laboratory characterizationTable 6 – Digital Input pins characteristics for pins ON1, ON2, ON3 and ON4Symbol Parameter Min Typ Max Unit NoteV IH High Level Input voltage 2.3 VREGVV ILLow Level Input voltage0.00.9 V R PU Pullup resistor 70k ΩInternal pullup resistor R1 to R4 toVREGf ON Input Frequency Range 020 kHzThis defines the actual inputfrequency seen on the input ON1 to ON4; the basic frequency to generate the PWM signal is not limited by this parameter7 Typical Operation CharacteristicsFigure4 – Output Current versus Voltage on Current Source – High Current RangeFigure5 – Output Current versus Voltage on Current Source – Low Current RangeFigure 6 – Internal voltage reference versus Temperature, V(CURR1) = 2.0V, Ri1=250Ω247248249250251252253020406080100120140Temperature [C]V (R E S 1) [m V ]11)1(Ri RES V ICURR =Figure 7 – Output Currnent versus Temperature, V(CURR1) = 2.0V, Ri1 = 2.5Ω (Note: temperature coefficient of Ri1 = -200ppm/°C)Figure 8 – Cross coupling of pwm on CURR1 to CURR2; I(CURR1) = 100mA to 4mA, I(CURR2) = 100mA; AS3691A9899100101102010203040506070Temperature [C]I (C U R R 1) [m A]Figure 9 – PWM performance of Current Source CURR1, I(CURR1) changed between 400mA (ON1=1) and 20mA (ON1=0); AS3691AFigure 10 – Shunt Regulator Voltage VREG versus supply VDD with Rfb=1kΩ分销商库存信息:AMSAS3691A-ZQFT AS3691A EB。

(INIC3619_Datasheet_V1.00.odt)
Revision 1.00 August 14, 2013 Initio Corporation
Revision 1.00
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INIC-3619 USB 3.0 SATA Bridge Datasheet
Contents
1 Introduction.......................................................................................................................................................................4 1.1 Feature Summary.......................................................................................................................................................4 1.2 Firmware Support..........................