Low Dropout AIC1084 AIC1085 AIC1086 AIC1117 AIC1117A. Quick Reference - Power Conversion P.1... Quick Reference - Power Manipulation P.

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1 2016

2 Quick Reference - Power Conversion INDEX Linear Regulator/ Reference p3 Quick Reference Quick Reference - Power Conversion P.1 Quick Reference - Power Manipulation P.2 Low Dropout AIC1084 AIC1085 AIC1086 AIC1117 AIC1117A Ultra Low Dropout AIC1190 AIC1731 AIC1221 AIC1733 AIC1701 AIC1734 AIC1702 AIC1735 AIC1722A AIC1742 AIC1730 AIC1746 AIC1747 AIC1748 AIC1952 AIC1953 Fan Control AIC1993 DDR AIC1385 AIC1386 AIC1387 AIC1388 Reference AIC431 TL431 TL431A Power Conversion Linear Regulators & Reference P.3 Portable Power Application P.4 High Power Application P.6 White-LED Drivers P.6 Power Manipulation Power Switch P.8 Supervisory P.8 Miscellaneous P.8 AIC1610 AIC1611 AIC1628 AIC1634 AIC1638 AIC1639 AIC1642 Step-Up AIC1880 AIC3402 AIC3411 AIC3412 AIC3413 AIC3415 DC/DC Converter for Portable Application AIC3417 AIC3418 AIC3420 AIC3634 AIC3643 AIC2259 AIC2261 AIC2300 AIC2302 AIC2304 AIC2309 AIC2321 LV Step-Down AIC2322 AIC2323 AIC2324 AIC2350 AIC2352 AIC2354 AIC2359 AIC2361 AIC2362 AIC2363 AIC2364 AIC2367 AIC2369 Inverting AIC1650 AIC1652 AIC1653 DC/DC Converter for High Power Application Multiple Output AIC1883 AIC1563 AIC1573 AIC1576 AIC2510 AIC2511 AIC2565 AIC2566 HV Step-Down AIC2573 AIC2802 AIC2822 AIC2823 AIC2832 AIC2842 AIC2852 AIC2857F AIC2858F AIC2862 AIC2863 AIC2865 AIC2880 AIC2885 Buck-Boost AIC2341 p4 p6 White-LED Drivers p6 Charge-Pump AIC1660 AIC1843 AIC1841 AIC1848 AIC1842 AIC7660 LED Backlight AIC1634 AIC3643 AIC1647 AIC3646 AIC1896 1

3 Quick Reference - Power Manipulation Linear Regulators & Reference Power Switch p8 Input Low Dropout Linear Regulator Output (V) Output Output Accuracy AIC /2.5/3.3/adj 5A ±1% TO220, TO252, TO263 USB Power Switch AIC6156 AIC6161 AIC6162 AIC6163 AIC6164 AIC6170 AIC6176 AIC6178 AIC6186 AIC6188 Regulatory USB Power Switch AIC6166 AIC6168 Bare-Bone USB Switch AIC6191 AIC6193 AIC6196 AIC6198 AIC /2.5/3.3/adj. 3A ±1% TO220, TO252, TO263 AIC /2.5/2.85/3.3/5.0/adj. 1.5A ±1% SOT223, TO220, TO263, TO252 AIC /2.5/3.3/adj. 800mA ±1% SOT223, TO252, TO220, TO263 AIC1117A 7 1.8/2.5/3.3/adj. 1A ±1% TO252, TO220, SOT223, TO263 Ultra Low Dropout Linear Regulator AIC ~ 5.0V, in step of 0.1V 1A ±2% SOT223, SOP8(Exposed Pad), TO220-3, TO252-5, TO263-3, TO263-5 AIC ~ 5.5V, in step of 0.1V 2A ±2% SOT223, SOP8(Exposed Pad), TO252-3, TO252-5 AIC ~ 5.0V, in step of 0.1V 150mA ±2% DFN6, SOT23,, SOT89 AIC ~ 5.0V, in step of 0.1V 350mA ±2% DFN6, SOT23,, SOT89 Supervisory p8 AIC1722A 8 1.5/1.8/2.0/2.5/2.7/3.0/3.3/3.5/3.7/3.8/5.0/ mA ±2% SOT23, SOT89-3, TO92 AIC ~ 3.3V, in step of 0.1V 150mA ±2% AIC809 AIC810 AIC811 AIC812 AIC1680 AIC /1.5/1.8/2.5/2.8/3.0/ mA ±2%, SOT89-5 AIC /1.5/1.8/2.5/2.8/3.0/ mA ±2%, SOT89-5, TO252-5 AIC /2.0/2.5/2.7/3.0/3.3/3.5/3.7/3.8/5.0/ mA ±2% SOT23, SOT89, TO92 AIC /2.0/2.5/2.7/3.0/3.3/3.5/3.7/3.8/5.0/ mA ±2% SOT23, SOT223, SOT89, TO252 Miscellaneous p8 AIC /1.8/2.5/2.8/2.85/2.9/3.0/ mA ±2% AIC ~ 4.2V, in step of 0.1V 150mA ±2% AIC ~ 4.2V, in step of 0.1V 300mA ±2% AIC ~ 4.5V, in step of 0.1V 600mA ±2% AIC ~ 3.8V, in step of 0.1V 300mA/300mA ±2% DFN6, SOT23-6 DFN6, SC70, SOT23-3,, SOT89, TSOT23 SOT23-3,, SOT89, TSOT23, SC70, DFN6 SOT23-3,, SOT89, SOT223-3, TO252 AIC ~ 3.8V, in step of 0.1V 600mA/600mA ±2% SOP8(Exposed Pad) NiMH/NiCd Charger Li-ion Charger High Driver AIC1784 AIC1790 AIC6511 LB1268 Input Fan Control Driver IC Output (V) Output Load Regulation AIC x VSET 500mA ±0.5% SOP8 DDR Regulator AIC adj. 2A ±20mV SOP8(Exposed Pad) AIC adj. 2A ±20mV SOP8(Exposed Pad) Note: Information provided by AIC is believed to be accurate and reliable. However, we cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in an AIC product; nor for any infringement of patents or other rights of third parties that may result from its use. We reserve the right to change the circuitry and specifications without notice. Life Support Policy: AIC does not authorize any AIC product for use in life support devices and / or systems. Life support devices or systems are devices or systems which, (I) are intended for surgical implant into the body or (ii) support or sustain life, and whose failure to perform, when properly used in accordance with instructions for use provided in the labeling, can be reasonably expected to result in a significant injury to the user. AIC adj. 3A ±20mV SOP8(Exposed Pad) AIC adj. 3A ±20mV SOP8(Exposed Pad) Cathode Reference Reference (V) Sink Reference Accuracy AIC μA ~ 200mA ±0.5% SOP8, SOT23, SOT89, TO92 TL μA ~ 200mA ±1.6% SOP8, SOT23, SOT89, TO92 TL431A μA ~ 200mA ±1.0% SOP8, SOT23, SOT89, TO92 2 3

4 Portable Power Application Supply (V) min. max. Step Up Series Function (A) Internal Switch External Switch I SW Limit Control Mode A:AOT, C:COT, F:PFM, S:PSM, W:PWM AIC ~ μA F AIC ~ μA F AIC V IN ~ 4.5x V IN 0.3 (BJT) 100μA S-F AIC V IN ~ 30V μA W AIC /3.0/3.1/3.3/4.5/ ~ μA F AIC /3.0/3.1/3.3/3.6/5.0/ (BJT) 18μA F AIC /2.2/2.7/2.8/3.0/3.1/3.3/3.7/4.5/ μA F AIC V IN ~ 11V 1.6 W AIC /2.2/2.7/2.8/3.0/3.3/ μA S-W AIC ~ 5.5V μA S-C AIC ~ 5.5V μA S-C AIC ~ 5.25V μA S-W AIC ~ 5.25V μA S-W AIC ~ 5.5V A S-C AIC ~ 5.5V A S-C AIC ~ 5.5V 2.1A S-C AIC V IN ~ 24V μA F AIC LV Step Down Series V IN ~ 22V 1 W AIC V ~ V IN μA A AIC V ~ V IN μA A AIC V ~ V IN μA W AIC V ~ V IN μA W AIC V ~ V IN μA W AIC V ~ V IN /1.0 65μA W AIC V ~ V IN W AIC V ~ V IN W AIC V ~ V IN W AIC V ~ V IN W AIC V ~ V IN μA S-W AIC V ~ V IN μA S-W AIC V ~ V IN μA S-W AIC V ~ V IN /1.0 65μA W AIC V ~ V IN S-W AIC V ~ V IN W AIC V ~ V IN S-W AIC V ~ V IN S-W AIC V ~ V IN F-W AIC V ~ V IN F-W Inverting Series Output (V) Low IQ (<100μA) AIC V ~ -40V (BJT) 100μA F AIC V ~ -40V (BJT) 80μA F AIC V ~ -28V μA F Glossary: (1) VREF could be the minimum VOUT. In the application, VOUT depends on the designed external resistors. Please check with datasheets for more information. (2) Internal Switch I OUT : built-in switch output current. I SW Limit: Internal switching current limit Maximum I OUT can never exceed I SW limit. Max. IOUT=(Efficiency) (/VOUT) ISW 4 I OUT Freq. (KHZ) 500 High Efficiency Synchronous Step-Up PFM DC-DC Converter MSOP8 500 High Efficiency Synchronous Step-Up PFM DC-DC Converter MSOP High-Efficiency, Step-Up PFM-PSM DC-DC Controller DIP8, SOP MHz -Mode Step-Up PWM DC-DC Converter SOT Cell, 3-Pin, Step-Up PFM DC-DC Converter SOT23, SOT89, TO Cell, 3-Pin, Step-Up PFM DC-DC Controller SOT23, SOT89, TO Pin One-Cell Step-Up PFM DC-DC Converter SOT23-3,, SOT89, TO Low Noise, Step-Up PWM DC-DC Converter MSOP8 800 Synchnorous Step-Up DC/DC Converter SC70-3, SC70-5, SOT23-3, - SC-70 Low IQ High Light Load Efficiency Synchronous Boost Converter SC Low No-Load Input Synchronous Constant Off Time/PSM Step-Up Converter SOT mA, 1.2MHz Synchronous Step-Up Converter SOT mA, 1.2MHz Synchronous Step-Up Converter SOT A Synchronous Step-Up Converter DFN10, SOP8-1.5A Synchronous Step-Up Converter DFN10, SOP8-2.1A Synchronous Step-Up Converter DFN10, SOP8 - PFM Mode Step-Up DC/DC Converter With True Shutdown SOT Built-in OVP White LED Step-Up Converter SOT23-6, TSOT A, 1.5MHz AOT Synchronous Step-Down DC/DC Converter TSOT A, 1.5MHz AOT Synchronous Step-Down DC/DC Converter TSOT mA Synchronous PWM Step-Down DC-DC Converter mA Synchronous PWM Step-Down DC-DC Converter A Synchronous PWM Step-Down DC-DC Converter, DFN A Dual Synchronous PWM Step-Down DC-DC Converter DFN12L A 1.2MHz Synchronous PWM Step-Down Converter DFN10L 550/1100 2A 550k/1.1MHz Synchronous PWM Step-Down Converter SOP8 550/ A 550k/1.1MHz Synchronous PWM Step-Down Converter DFN10, SOP8(Exposed Pad) 550/1200 4A 550k/1.2MHz Synchronous PWM Step-Down Converter DFN10, SOP8(Exposed Pad) mA Synchronous PWM-PSM Step-Down DC-DC Converter mA Synchronous PWM-PSM Step-Down DC-DC Converter A Synchronous PWM-PSM Step-Down DC-DC Converter DFN6, A Dual Synchronous PWM-PSM Step-Down DC-DC Converter DFN A 1.2MHz Synchronous PWM-PSM Step-Down Converter DFN10 550/1100 2A 550k/1.1MHz Synchronous Step-Down Converter with High Light-Load Efficiency SOP8 550/ A 550k/1.1MHz Synchronous Step-Down Converter with High Light-Load Efficiency DFN10, SOP8(Exposed Pad) 550/ A 550k/1.2MHz Synchronous Step-Down Converter with High Light-Load Efficiency DFN12, SOP8(Exposed Pad) A 1MHz Synchronous PWM/PFM Step-Down Converter with Light Load Efficiency SOP8(Exposed Pad) 1000 Description 3.2A 1MHz Synchronous PWM-PFM Step-Down Converter with High Light Load Efficiency DFN10, SOP8(Exposed Pad) High-Efficiency, Inverting PFM DC-DC Controller DIP8, SOP Micro-Power Inverting PFM DC-DC Controller DIP8, SOP8 - Micropower Inverting PFM DC-DC Converter in SOT-23-5 (3) External Switch I OUT : Possible external power switch I OUT. The external device driving capacity may change the I OUT value, possibly greater than the max. I OUT, shown in the table above. The real I OUT depend on the external device's driving capability. (BJT : β ; MOS : Gm) Example: If customers request -> =1.5V(Alkaline Battery) and minimum =1.1V; VOUT=3.3V(IOUT=250mA); Low battery detective is needed. High efficiency (>90%) is needed. Solution: Choose AIC1610 for the solution 5

5 High Power Application & Universal Application Multiple Output Series Function (A) Supply (V) Output Internal Switch External Switch (V) min. max. I SW Limit AIC HV Step Down Series Step Up: 13 Charge-pump: 24/ /0.1 AIC V ~ V IN AIC V ~ V IN Step Up DC-DC Converter 2. Charge-pump AIC V ~ V IN μA AIC V ~ V IN AIC V ~ V IN AIC V ~ 16V AIC V ~ 16V AIC V ~ V IN 10 AIC V ~ 12V AIC V ~ 12V AIC V ~ 12V AIC V ~ 10V AIC V ~ 10V AIC V ~ 10V AIC2857F V ~ 12V AIC2858F V ~ 12V AIC V ~ 12V AIC V ~ 12V AIC V ~ 6V AIC V ~ 10V AIC V ~ 6V Buck-Boost Series AIC V ~ 5.5V μA Charge Pump Series AIC (-V IN ), 0.5V IN, 2.0V IN μA AIC V (up to 4 WLEDs) 0.02 AIC V (up to 6 WLEDs) 0.02 AIC V (up to 4 WLEDs) 0.02 AIC AIC (-V IN ), 0.5V IN, 2.0V IN μA LED Backlight Function (A) Supply (V) Output Internal Switch External Switch (V) min. max. I SW Limit AIC V IN ~ 30.0V μA AIC V IN ~ 30.0V 70μA AIC V IN ~ 30.0V 100μA AIC V IN ~ 22.0V 1.0 AIC V IN ~ 40V 2.0 I OUT I OUT Multioutput Low IQ (<100μA) Control Mode A:AOT, F:PFM, S:PSM, W:PWM W Control Mode A:AOT, F:PFM, S:PSM, W:PWM Freq. (KHZ) 1.5M 1M/700k Freq. (KHZ) Description Triple-Output LCD Power Supply QFN24L Description S 0.1 ~ 100 Versatile DC-DC Converter DIP8, SOP8, SOP8 (Exposed Pad) S 0.1~ A Step-down DC-DC Converter SOP8 (Exposed Pad) S-F 90 ~ 280 High-Efficiency, Step-Down DC-DC Controller DIP8, SOP8 W 150 3A Step-Down PWM Converter TO220-5, TO220B, TO263-5 W 150 3A Step-Down PWM Converter TO220-5, TO220B, TO252-5, TO263-5 W 385 3A, 23V Step Down DC-DC Converter SOP8(Exposed Pad) W 385 3A, 23V Step Down DC-DC Converter SOP8(Exposed Pad) W 300 Synchronous Buck DC-DC Controller MSOP10 W 340 3A, 23V Synchronous Step-Down Converter with LDO Controller SOP8(Exposed Pad) W 550 2A, 23V Synchronous Step-Down Converter SOP8(Exposed Pad) W 340/550 3A, 23V Synchronous Step-Down Converter SOP8(Exposed Pad) S-W 490 2A 16V 490KMHz PWM/PSM Synchronous Step-Down Converter SOT23-6 S-W A 16V 1.2MHz PWM/PSM Synchronous Step-Down Converter SOT23-6 S-W 500/700 2A 16V 500kHz/700kHz PWM/PSM Synchronous Step-Down Converter SOT23-6 W 340 2A, 23V Synchronous Step-Down Converter SOP8, SOP8(Exposed Pad) W 340 3A, 23V Synchronous Step-Down Converter SOP8(Exposed Pad) S-W 340/550 2A, 23V Synchronous Step-Down Converter with High Light-Load Efficiency SOP8(Exposed Pad) S-W 340 3A, 23V Synchronous Step-Down Converter with High Light-Load Efficiency SOP8(Exposed Pad) A 700 5A 16V 700kHz Synchronous Step-Down Converter SOP8(Exposed Pad) S-W 500/700 2A 16V 500kHz/700kHz PWM/PSM Synchronous Step-Down Converter with PG SOP8(Exposed Pad) A 700 5A 16V 700kHz Synchronous Step-Down Converter with PG SOP8(Exposed Pad) S-W MHz Synchronous Buck-Boost DC/DC Converter DFN Switched-Capacitor Converter DIP8, SOP8 W 1000 High Efficiency 1.5x PWM Charge Pump For 4 White LEDs Backlighting QFN12 W 1000 High Efficiency 1.5x PWM Charge Pump For 6 White LEDs Backlighting QFN16 W 1000 High Efficiency 1.5x PWM Charge Pump For 4 White LEDs Backlighting DFN12 W 1800 Regulated 5V PWM Charge Pump In SOT-23 For White LEDs Backlighting SOT Switched-Capacitor Converter DIP8, SOP8 W MHz -Mode Step-Up PWM DC-DC Converter SOT23-6 W 1200 White LED Step-Up PWM Converter, SOT23-6, T, TSOT23-6 W MHz SOT23 -Mode Step-Up PWM DC-DC Converter SOT23-6, TSOT23-6 W 1200 Built-in OVP White LED Step-Up Converter SOT23-6, TSOT23-6 W String White LED Driver with Active Balancing for LCD Panel Backlight QFN20 6 7

6 USB Power Switch AIC6156 AIC6161 AIC6162 AIC6163 AIC6164 RDS-ON (mω ) Channel No. Limit (A) External Control Power Manipulation Series UVLO ~ 3.5 Y Y ~ 1 Y Y ~ 1.4 Y Y ~ 2 Y Y ~ 3.2 Y Y AIC ~ 2.0 SOT23-6 AIC ~ 1.25 Y Y SOP8 AIC ~ 2 Y Y SOP8 AIC ~ 0.8 Y Y SOP8 AIC ~ 1.55 Y Y SOP8 Regulatory USB Power Switch AIC ~ 1.5 Y Y SOP8(Exposed Pad) AIC ~ 1.5 Y Y SOP8(Exposed Pad) Bare-Bone USB Switch AIC ~ 1 N Y SOT23 AIC ~ 1.8 N Y SOT23 AIC ~ 1 N Y AIC ~ 1.8 N Y Supervisory AIC ~ ±1.5% (typ.) SOT23 AIC ~ ±1.5% (typ.) AIC ~ ±1.5% (typ.), SOT23-6, SOT143 AIC ~ ±1.5% (typ.), SOT23-6, SOT143 AIC ~ ±2.5% 0.05 VDET 0.2 SOT23,, SOT89, TO92 Charging Set Discharge Function -ΔV 0ΔV Time (of Safety Timer) ΔT-Δt Safety Timer Max. Max. Temp. AIC1784 Single - Yes 1 mode (6%) Yes Yes Yes Yes SOP8, DIP8 Li-ion Charger Charge Range (ma) AIC ~ ~ 1000 AIC6511 Supply 5.5 Supply (V) NiMH- NiCd Battery Charger Input Volt. Range (V) Charge Termination 1/10 Full Charge Battery Recharge Safety Timer Battery Temp. Protection 1/10 Full Charge 4.5 ~ 6 2A Yes Yes TSSOP16 (Exposed Pad) Supply High Driver Supply max. (μa) Input Detecting Accuracy Output Detector Threshold Hysteresis Yes Channel No. Reset Active Timeout Period (ms) LB DIP8, SOP8 Yes Output (ma) SOP8(Exposed Pad) SOT23 SOP8(Exposed Pad), MSOP10(Exposed Pad) Input Loop Input Loop Some Layout Tips for The Printed Circuit Boards of Switching Regulators SW D Power Switch Loop (Switch-ON) SW1 SW2 Main Power Switch Loop (SW1-ON, SW2-OFF) 1. Input Source vs. Switching Controllers 3. Inductor vs. Power Switch Diode and Output Capacitor 5. Output Capacitor vs. Load Lo Rectifier Loop (Switch-OFF) Lo Synchronous Rectifier Loop (SW1-OFF, SW2-ON) Output Loop Output Loop Input Switch GND RLOAD RLOAD SW Lo Gate - Power Switch GND Controller VFB Signal Loop Analog GND D Output Rectifier GND GND SW RLOAD Diode Inductor Inductor Control GND GND 2. Input Capacitor vs. Input Source 4. Input Capacitor vs. Power Switch 6. The Feedback Point of the Divider vs. Switching Controller VOUT - VOUT - 8

7 Overview COMPANY PROFILE Based in Hsinchu Science Park of northern Taiwan, AIC was founded in Jan 1992 and is an IC fabless company exclusively devoted to designing, testing and marketing power management integrated circuits. By leveraging AIC s extensive product portfolio and quick responses to customized requests, we quickly emerged as a leading IC solution provider of power management in the Pacific Rim to help customers meet the demanding challenges of the dynamic market. AIC has a long-standing reputation for offering solutions with products of best-in-class quality and reliability performance. In addition to the compliance to ISO9001 and ISO14001 standards, AIC has been certified by many global tier one customers in light of our robust quality management system and outstanding product quality, as illustrated in below achievements. Average Outgoing Quality Visual Mechanical 60 PPM Final Electrical PPM Customer Certification List Customer Nintendo Ricoh LGE Samsung Canon SONY Customer Certification Green Procurement Certificate Certificate of Approval of Production Audit Green Program Certificate Eco-Partner Certificate Green Activity Certificate SONY Green Partner Certificate Year Sales Channel AIC Headquarters Si-Soft Research Center, 1A1, 1 Lihsin 1st Rd., Science Park, Hsinchu 300, Taiwan. TEL: TEL: [email protected] AIC TAIPEI 5F, 368 Xinhu 1st Rd., Nei-hu Dist., Taipei 114, Taiwan TEL: FAX: [email protected] AIC JAPAN (Tokyo) 3F, Otomi Bldg , Asakusabashi, Taito-ku Tokyo, , Japan TEL: [email protected] AIC CHINA (Shenzhen) Room 610, Building 212, Tairan Industrial & Trade Park, Tairan 9th Rd., Futian District,Shenzhen, China TEL: FAX: [email protected] AIC INTERNATIONAL TEL: ext [email protected]