QX2306规格书(2014版)

SOT-23場效應晶體管(SOT-23Field EffectTransistors)P-Channel Enhancement-Mode MOS FETs P 沟道增强型MOS 场效应管■MAXIMUMRATINGS 最大額定值Characteristic特性參數Symbol 符號Max 最大值Unit 單位Drain-Source V oltage 漏極-源極電壓BV DSS -30V Gate-Source Voltage 栅極-源極電壓V GS +12V Drain Current (continuous)漏極電流-連續I D -4.2A Drain Current (pulsed)漏極電流-脉冲I DM-18ATotal Device Dissipation 總耗散功率T A =25℃環境溫度爲25℃P D 1400mWJunction 結溫T J 150℃Storage Temperature 儲存溫度T stg-55to+150℃AP2306AGN■ELECTRICAL CHARACTERISTICS電特性(T A =25℃unless otherwise noted 如無特殊說明，溫度爲25℃)Characteristic特性參數Symbol 符號Min 最小值Typ 典型值Max 最大值Unit 單位Drain-Source Breakdown Voltage漏極-源極擊穿電壓(I D =-250uA,V GS =0V)BV DSS -30——V Gate Threshold Voltage栅極開启電壓(I D =-250uA,V GS =V DS )V GS(th)-0.6—-2V Diode Forward Voltage Drop内附二極管正向壓降(I S =-1A,V GS =0V)V SD ——-1VZero Gate Voltage Drain Current零栅壓漏極電流(V GS =0V,V DS =-24V)(V GS =0V,V DS =-24V ,T A =55℃)I DSS ——-1-5u AGate Body Leakage栅極漏電流(V GS =+12V,V DS =0V)I GSS ——+100n A Static Drain-Source On-State Resistance 静态漏源導通電阻(I D =-4.2A,V GS =-10V)R DS(ON)—4250mΩStatic Drain-Source On-State Resistance 静态漏源導通電阻(I D =-2A,V GS =-4.5V)R DS(ON)—5360mΩStatic Drain-Source On-State Resistance 静态漏源導通電阻(I D =-1A,V GS =-2.5V)R DS(ON)—8085mΩInput Capacitance 輸入電容(V GS =0V,V DS =-15V,f=1MHz)C ISS —954—pF Output Capacitance 輸出電容(V GS =0V,V DS =-15V,f=1MHz)C OSS —115—pF Turn-ON Time 开启時間(V DS =-15V,V GS =-10V,R GEN =6Ω)t (on)—6—ns Turn-OFF Time 关断時間(V DS =-15V,V GS =-10V,R GEN =6Ω)t (off)—38—nsPulse Width<300μs;Duty Cycle<2.0%AP2306AGN■TYPICAL CHARACTERISTIC CURVE典型特性曲线Fig1:Output Characteristics Figure2:TransferCharacteristics Figure3:On-Resistance vs.Drain Current and Gate Voltage Figure4:On-Resistance vs.Gate-SourceVoltage Figure5:Gate-Charge Characteristics Figure6:Safe Operating AreaAP2306AGN。

高端电流检测2MHz 高亮度LED 驱动器概述QX5341 是一款降压、恒流、高效率的高亮度LED 驱动器。

输入电压范围从5.5V 到36V。

通过外接一个电阻设定输出电流。

通过DIM 引脚实现辉度控制功能。

QX5341特别适合宽输入电压范围的应用。

高端电流检测达到±5%的电流精度，同时只需很少的外接元件。

由于采用滞环控制方式，QX5341对负载瞬变具有非常快的响应速度，对输入电压具有高的抑制比。

电感电流纹波为20%。

最高工作频率可到2MHz。

工作温度范围从-40到125度。

采用SOT23-6封装。

应用·建筑、工业、环境照明 ·汽车尾灯、雾灯、RCL、DRL ·MR16及其它LED 灯·指示灯、应急灯管脚配置图y 高端电流检测 y 辉度控制y 最大20KHz 辉度控制频率 y 滞环控制：无需补偿 y 高达2MHz 工作频率 y ±5% 电流精度 y 恒流输出y 5.5V 到36V 输入电压 y 高达25W 输出功率 y 5V，2mA 片上稳压器y -40到125度工作温度范围 y小的SOT 23-6封装典型应用电路ＱＸ５３４１引脚定义极限参数符号 参数数值单位VMAX IC 各端极限电压40 VIMAX IC 各端极限电流（VIN ，VCC ，DRV 除外） 20 mAT OPR 工作温度范围 -40 ~ +125 ℃ T STG 存贮温度 -65 ~ +150℃PMAX 持续消耗功率 1454 mW V ESDESD 电压(人体模型)2000 V编号管脚名称功能描述1 CSN 电流检测端2 DIM 辉度控制端3 VIN 电源输入端4 VCC LDO 输出端5 DRV 功率管栅极驱动端6VSS接地电路框图电气特性符号参数描述条件最小典型最大单位VIN 输入电压范围 5.536V fsw 开关频率 2 MHzIGND 接地端电流DRV open 5mA IIN 输入电流V DIM < 0.6V400uAUVLO 欠压保护V IN = V CSN = V DIM, V IN falling from 6V,V DRV < 0.5V 4.5 5.0 VHYSUV 欠压保护迟滞0.5 V电流检测比较器VSNSHI 检测电压高端(V IN - V CSN) rising from 0V until V DRV<0.5V 220 mVVSNLO 检测电压低端(V IN - V CSN) falling from 0.26V until V DRV>(V CC - 0.5V)180 mVtDPDH 输出高电平的传输延迟80 nstDPDL 输出低电平的传输延迟80 nsICSN 电流检测比较器输入电流 5 uACS-HYS 电流检测阈值电压迟滞40 mV辉度控制fDIM 最大 DIM频率20KHzVIH DIM输入高电平V CSN = V IN, increase DIM until V DRV >(V CC - 0.5V)2.8 VVIL DIM输入低电平V CSN = V IN, decrease DIM until V DRV <0.5V0.6 VDIM-HYS DIM迟滞200mVtDIMON DIM导通时间DIM rising edge to VDRV = 0.5 x V CC,C DRV = 1nF100 nstDIMOFF DIM关断时间DIM falling edge to VDRV = 0.5 x V CC,C DRV = 1nF100 nsDIM输入高电平的漏电流V DIM = V IN 10 uADIM输入低电平的漏电流V DIM = 0 1 uALDO特性VCC LDO输出电压I VCC = 0.1mA to 5mA, V IN = 5.5V to 36V 4.5 5.5 V 负载调整特性I VCC = 0.1mA to 5mA, V IN = 12V 4 Ohm电源调整特性V IN = 6V to 36V, I VCC = 5mA 11 mVPSRR 电源抑制比V IN = 12V, I VCC = 2mA, f IN = 10kHz-35 dBtSTRAT 启动时间V CC = 0 to 4.5V350usＱＸ５３４１典型效率输出曲线图LDO 特性曲线PWM 辉度控制应用指南1.选择电阻RSENSE 设定输出电流输出电流通过连接在VIN，CSN 之间的电阻RSENSE 来设定。

400KHz 32V 2A Switching Current Boost LED Constant Current Driver XL6001Featuresn Wide 3.6V to 24V Input Voltage Rang n0.22V Constant Current Sense Voltage n Directly drive 3~8 Series 1W LEDn Fixed 400KHz Switching Frequency n Max. 2A Switching Current Capability n Up to 92% efficiencyn Excellent line and load regulationn EN PIN TTL shutdown capabilityn Internal Optimize Power MOSFETn Built in LED Open Protectionn Built in Soft-Start Functionn Built in Frequency Compensationn Built in Thermal Shutdown Function n Built in Current Limit Functionn Available in SOP8 package Applicationsn LED Lightingn Boost constant current drivern Monitor LED Backlightingn7’ to 15’ LCD Panels General DescriptionThe XL6001 regulator is fixed frequency PWM Boost (step-up) LED constant current driver, capable of driving Series 1W LED units with excellent line and load regulation. The regulator is simple to use because it includes internal frequency compensation and a fixed-frequency oscillator so that it requires a minimum number of external components to work.The XL6001 could directly drive 5~8 Series 1W LED units at VIN>12V .The PWM control circuit is able to adjust the duty ratio linearly from 0 to 90%. An enable function, an over current protection function is built inside. An internal compensation block is built in to minimize external component count.Figure1. Package Type of XL6001400KHz 32V 2A Switching Current Boost LED Constant Current DriverXL6001Pin ConfigurationsSWEN FB VIN NCSW GNDGNDFigure2. Pin Configuration of XL6001 (Top View)Table 1 Pin DescriptionPin NumberPin Name Description1 ENEnable Pin. Drive EN pin low to turn off the device, drive ithigh to turn it on. Floating is default high.2 VINSupply V oltage Input Pin. XL6001 operates from a 3.6V to 24V DC voltage. Bypass Vin to GND with a suitably large capacitor to eliminate noise on the input.3 FB Feedback Pin (FB). The feedback threshold voltage is 0.22V .4 NC No Connected.5,6 SWPower Switch Output Pin (SW). Output is the switch node thatsupplies power to the output.7,8 GND Ground Pin.400KHz 32V 2A Switching Current Boost LED Constant Current Driver XL6001 Function BlockFigure3. Function Block Diagram of XL6001Typical Application CircuitFigure4. XL6001 Typical Application Circuit400KHz 32V 2A Switching Current Boost LED Constant Current Driver XL6001Ordering InformationPart Number Marking ID Lead Free Lead Free Packing Type XL6001E1 XL6001E1 Tube PackageTemperature RangeXL6001TRE1XL6001E1Tape & ReelXLSEMI Pb-free products, as designated with “E1” suffix in the par number, are RoHS compliant.Absolute Maximum Ratings （Note1）ParameterSymbol Value Unit Input VoltageVin -0.3 to 26 V Feedback Pin Voltage V FB -0.3 to Vin V EN Pin VoltageV EN -0.3 to Vin V Output Switch Pin Voltage V Output -0.3 to 32 V Power DissipationP D Internally limitedmW Thermal Resistance (SOP8)(Junction to Ambient, No Heatsink, Free Air) R JA 100 ºC/W Operating Junction Temperature T J -40 to 125 ºC Storage TemperatureT STG -65 to 150 ºC Lead Temperature (Soldering, 10 sec) T LEAD 260 ºC ESD (HBM)>2000VNote1: Stresses greater than those listed under Maximum Ratings may cause permanent damage to the device. This is a stress rating only and functional operation of the device at these or any other conditions above those indicated in the operation is not implied. Exposure to absolute maximum rating conditions for extended periods may affect reliability.400KHz 32V 2A Switching Current Boost LED Constant Current Driver XL6001 XL6001 Electrical CharacteristicsT a = 25℃;unless otherwise specified.Symbol Parameter Test Condition Min. Typ. Max. Unit System parameters test circuit figure4VFB FeedbackV oltageVin = 5V to 12V, V out=24VIload=100mA209 220 231 mVEfficiency ŋVin=12V ,V out= 6*1W LEDIout=0.3A- 92 - %Electrical Characteristics (DC Parameters)Vin = 12V, GND=0V, Vin & GND parallel connect a 47uf/25V capacitor; Iout=50mA, T a = 25℃; the others floating unless otherwise specified.Parameters Symbol Test Condition Min. Typ. Max. Unit Input operation voltage Vin 3.6 24 V Shutdown Supply Current I STBY V EN=0V 70 100 uAQuiescent Supply Current I q V EN =2V,V FB =Vin2.5 5 mAOscillator Frequency Fosc 320 400 480 Khz Switch Current Limit I L V FB =0 2 AOutput Power NMOS Rdson Vin=12V,I SW=2A110 120 mohmEN Pin Threshold V EN High (Regulator ON)Low (Regulator OFF)1.40.8VI H V EN =2V (ON) 3 10 uA EN Pin Input LeakageCurrent ILV EN =0V (OFF) 3 10 uA Max. Duty Cycle D MAX V FB=0V 90 %400KHz 32V 2A Switching Current Boost LED Constant Current Driver XL6001Schottky Diode Selection TableCurrent SurfaceMountThrough Hole VR (The same as system maximum input voltage)20V 30V 40V 50V60V1A √1N5817 1N5818 1N5819√ 1N5820 1N5821 1N5822√ MBR320 MBR330 MBR340 MBR350 MBR360 √ SK32 SK33 SK34SK35SK36 √ 30WQ03 30WQ04 30WQ05 √ 31DQ03 31DQ04 31DQ05 3A√SR302SR303SR304SR305SR306Typical System Application for VIN=5V to driver 2~6 x 1W series LED unitsFigure5. XL6001 System Parameters Test Circuit (2~6 x 1W LED)400KHz 32V 2A Switching Current Boost LED Constant Current Driver XL6001 Typical System Application for VIN=12V to driver 4~8 x 1W series LED unitsFigure6. XL6001 System Parameters Test Circuit (4~8 x 1W LED)Typical System Application for VIN=12V to driver 4~8 x 1W series LED units With PWM DimmingFigure7. XL6001 System Parameters Test Circuit (4~8 x 1W LED with PWM Dimming)400KHz 32V 2A Switching Current Boost LED Constant Current Driver XL6001 Typical System Application for SEPIC Buck-Boost LED DriverFigure8. XL6001 System Parameters Test Circuit (Buck-Boost LED Driver)400KHz 32V 2A Switching Current Boost LED Constant Current Driver XL6001 Package InformationSOP8 Package Mechanical Dimensions。

LED恒流驱动升压变换器QX2706概述QX2706是一款专为白光LED恒流驱动而设计的DC/DC升压变换器，最多可驱动6颗白光LED。

QX2706采用1.2MHz的开关频率，可以使用了较小体积的外部元件，输出电容仅需1uF，节约空间和成本。

低反馈取样电压，确保转换效率更高。

在EN端上加PWM控制信号，可有效地控制LED灯的亮度；内置输出开路保护，无需担心输出开路或负载产生故障，使工作更安全。

QX2706采用工业标准的SOT23-6的小体积封装。

订货信息QX2706 特性y低的反馈电压:80mV（典型值）y工作频率高:1.2MHzy最大驱动LED灯数：6个白光LEDy高效率： 85%（典型值）y可PWM调光：PWM频率500Hz-10KHzy极小的SOT23-6封装y内置输出开路保护应用范围y手机背光源LED灯恒流驱动y MP3、MP4、PDA背光源LED灯恒流驱动 y数码相机显示屏背光驱动y恒流源设备典型应用电路图管脚定义VIN OVP EN管脚排列管脚数 SOT23- 6管脚名功能描述1 SW 开关输出2 GND 电源地3 FB 反馈端4 EN 使能端5 OVP 过压保护 6VIN电源输入最大额定参数值参数符 号典型值单位输入电压 V INMAX +10 V SW 开关端电压 V SW +30 V 反馈端电压 V FB +10 V 使能端电压V EN +10 V焊接温度（10S 焊接时间）260 oC/W结温 T J 125 oC 存储湿度 T S -6～+150oC 工作温度 T W +125 oCESD 抗静电能力VESD2000V电气特性参数符号测试条件最小值典型值最大值单位输入电压Vin 2.5 10 V反馈电压V FB Isw=100mA 76 80 90 mV 反馈端吸收电流IFB 50 100 200 nA 静态电流I HOLD V EN=3V，开路输出 1.9 2.5 mA待机电流F MAX V EN=0V - 0.1 1 uA开关频率DC OSC V EN=3V，V FB＝0 0.8 1.2 1.6 MHz 最大占空比 D V EN=3V，V FB＝0 85 90 % 开关管漏电流I L V SW=5V 0.01 5 uA 开关管最大电流I LIMIT320 mA 使能端逻辑高电平（有效）VH 1.5 V 使能端逻辑低电平（无效）VL 0.4 V 使能端电流IEN 65 uA应用指引电感的选取对于大多数应用，电感值选取10µH。

T2014 宽屏平板显示器用户指南机器型号：60G3目录目录 (i)安全信息 (ii)安全和维护指南 ............................................................................................................................................................................................................ i ii 第1章. 入门 ............................................................................................................................................................................................................ 1‐1 装运内容 ......................................................................................................................................................................................................................... 1‐1 使用注意事项 ................................................................................................................................................................................................................ 1‐1 产品概述 ......................................................................................................................................................................................................................... 1‐2 调整类型 ......................................................................................................................................................................................................................... 1‐2 用户控件 ......................................................................................................................................................................................................................... 1‐2 电缆锁槽 ......................................................................................................................................................................................................................... 1‐3 安装显示器 .................................................................................................................................................................................................................... 1‐3 连接和开启显示器 ....................................................................................................................................................................................................... 1‐3 第2章. 调整和使用显示器 ................................................................................................................................................................................... 2‐1 舒适和易使用性 ........................................................................................................................................................................................................... 2‐1 安排您的工作区 ........................................................................................................................................................................................................... 2‐1 良好工作习惯的快速技巧 .......................................................................................................................................................................................... 2‐1 易使用性信息 ................................................................................................................................................................................................................ 2‐2 调整显示器图像 ........................................................................................................................................................................................................... 2‐3 使用直接操作控件 ....................................................................................................................................................................................................... 2‐3 使用屏幕显示（OSD）控件 ...................................................................................................................................................................................... 2‐3 选择支持的显示模式 .................................................................................................................................................................................................. 2‐6 了解电源管理 ................................................................................................................................................................................................................ 2‐6 保养显示器 .................................................................................................................................................................................................................... 2‐7 拆除显示器支架 ........................................................................................................................................................................................................... 2‐7 壁挂（可选） ................................................................................................................................................................................................................ 2‐8 第3章. 参考信息 ................................................................................................................................................................................................... 3‐1 显示器规格 .................................................................................................................................................................................................................... 3‐1 故障诊断 ......................................................................................................................................................................................................................... 3‐2 手动图像设置 ................................................................................................................................................................................................................ 3‐3 手动安装显示器驱动程序 .......................................................................................................................................................................................... 3‐4 维修信息 ......................................................................................................................................................................................................................... 3‐7 附录A 服务与支持 ................................................................................................................................................................................................ A‐1 电话技术支持 ............................................................................................................................................................................................................... A‐1 附录B 声明 ............................................................................................................................................................................................................ B‐1 回收信息 .........................................................................................................................................................................................................................B‐1 收集和回收废旧的联想计算机或显示器 ...............................................................................................................................................................B‐1 联想计算机部件的处理 ..............................................................................................................................................................................................B‐2 商标 .................................................................................................................................................................................................................................B‐2 附录C 有害物质 .................................................................................................................................................................................................... C‐1 能效等级 ......................................................................................................................................................................................................................... C‐2 《废弃电器电子产品回收处理管理条例》提示性说明 ..................................................................................................................................... C‐2 中国环境标志产品认证提示性说明 ........................................................................................................................................................................ C‐2© 联想2014年版权所有。

典型应用电路图(a)降压应用电路图 (b)升压应用电路图图1：QX5256典型应用电路图概述 QX5256是一款专门为LED 手电筒、矿灯、头灯等设计的控制芯片。

QX5256支持一组LED 灯，灯的控制由开关来完成。

QX5256有两种工作模式：在工作模式1下，LED 灯可在“全亮”和“闪亮”这两种工作状态之间切换；在工作模式2下， LED 灯可从“全亮”状态切换到1/4亮度的“暗亮”状态再到“闪亮”状态，这三种工作状态是循环往复切换的。

QX5256最大工作电流为200mA 。

QX5256采用SOT23、SOT23-5和TO92等三种封装。

特点 工作电压：2V~6V 工作模式1：全亮、闪亮 工作模式2：全亮、暗亮、闪亮 最大LED 电流：200mA最大扩流：2A 欠压保护：2V 应用领域 LED 手电筒 LED 矿灯、头灯订货信息产品型号QX5256丝印TO-92封装：5256TX A :工作模式1B :工作模式2XXXX批号年份SOT23封装：256XL :工作模式1H :工作模式2SOT23-5封装：256F封装及管脚分配1235256TX XXXXTO-92GND VDD LED312VDDGNDLED256XSOT23VDD GNDSOT23-513254DRVLEDMODE256F管脚定义内部电路方框图VDDGNDLEDMODEDRV图2：QX5256内部电路方框图极限参数（注1）注1：超过上表中规定的极限参数会导致器件永久性损坏。

而工作在以上极限条件下可能会影响器件的可靠性。

电特性除非特别说明，T A=25 o C封装信息SOT23封装尺寸图：SOT23-5封装尺寸图：TO-92封装尺寸图：。

目录Contents封二公司简介 Company ProfileP.1目录 ContentsP.2术语和定义 Terms&Definitions P.9材料特性 Material Characteristics P.22DS型磁心 DS CoresP.23ED型磁心 ED CoresP.24EDR型磁心 EDR CoresP.25EE型磁心 EE CoresP.30EER型磁心 EER CoresP.31EFD型磁心 EFD CoresP.32EI型磁心 EI CoresP.33EIR型磁心 EID CoresP.34EP型磁心 EP CoresP.35EQ型磁心 EQ CoresP.36ETD型磁心 ETD CoresP.37ECD&LQE型磁心 ECD&LQE Cores P.38RM型磁心 RM CoresP38RM CP.39EPC型磁心 EPC CoresP.40PQ型磁心 PQ CoresFerrite Core●功率铁氧体材料 Power ferrite materials材料特性 MATERIAL CHARACTERISTICS特性符号CharacteristicsSymbol起始磁导率 Initial permeabilityμi 2300±25%2400±25%2500±25%2100±25%3300±25%1500±25%相对损耗因数t δ/i ＜4ACP50单位Unit-10ACP95ACP40ACP44ACP47ACP90 Relative loss factortan μ＜3＜3＜5＜4＜5饱和磁通密度*Bs25℃500510520530520470Saturation flux density 1200A/m 100℃390390410450410380剩磁 Remanence *Br 13011011017090140mT ×10-6mT矫顽力 Coercivity *Hc13101013930功率损耗*25℃Power loss60℃100(f=100kHz B=100mT)7080PckW/m3A/m(f=100kHz,B=100mT)80℃9070(ACP50: f=500kHz,B=50mT)100℃70505010025℃650600600680350功率损耗*60℃40040080℃450PkW/Power loss360350380300400(f=100kHz,B=200mT)100℃410320280*********( ACP50: f=1MHz,B=50mT)120℃400380450370电阻率 * Rresistivity ρ555468Pc kW/m 3Ω·m 居里温度 Curie temperature Tc ≥215≥215≥215≥270≥215≥230密度 Density *d 4.84.84.84.94.94.751A/m=4π×10-3Oe, 1mT=10Gauss圆环测得kg/m 3×103℃ 注：1、 如无说明，各项数值均在室温下用T25×15×10圆环测得。

典型应用电路图V图1：QX34062典型应用电路图概述 QX34062是一款高效率，1.2MHz 固定工作频率，电流模式PWM 同步降压稳压器。

其输入电压范围为2.5V 至5.5V ，非常适合单节锂电池供电的电子产品。

QX34062内置了功率开关管和同步整流开关管，无需外接肖特基二极管，而1.2MHz 的工作频率也使得外围元器件的体积可以微型化。

QX34062还采用小的SOT23-5封装以节省PCB 面积。

QX34062的输出电压通过外部电阻设定，反馈端电压设置为0.6V 。

无负载时的工作电流为180uA ，关断时的工作电流小于1uA 。

在输出负载很低时，QX34062会自动降低工作频率以提高转换效率从而延长电池使用寿命。

100%占空比也可延长电池使用时间。

特点 效率：高达95% 低静态电流：180uA 待机电流：小于1uA 工作电压：2.5V~5.5V输出电压可调：低至0.9V输出电流：500mA(V IN =3.6V &V OUT =1.8V) PWM/PFM 自动模式切换 电流模式控制 短路保护应用领域 数码相机和数码摄像机各种媒体播放器，掌上电脑和PDA订货信息产品型号QX34062丝印QX_VG封装及管脚分配ENSWGNDFBVIN13254QX_VGSOT23-5管脚定义内部电路方框图图2：QX34062的内部电路方框图极限参数（注1）注1：超过上表中规定的极限参数会导致器件永久性损坏，而工作在以上极限条件下可能会影响器件的可靠性。

电特性除非特别说明，V IN =3.6V，T A =25ºC特性曲线除非特别说明，T A=25ºC应用指南工作原理QX34062是一款固定工作频率、电流模式降压架构的同步降压器件，内置主开关（P 沟道MOSFET ）和同步开关（N 沟道MOSFET ）。

外部元件的选择受负载要求的影响，在应用中要合理选择外部元件，以使器件处于最佳工作状态。