self discharge 18650 battery
Abstract: 18650 charger 18650 lithium ion 18650 lithium ion charging rate 18650 li-ion cell 18650 battery cell balancing 18650 active cell balancing AN167
Text: Using Cell Balancing to Maximize the Capacity of Multi-cell Li-Ion Battery Packs Application Note June 7, 2005 AN167.0 Authors: Carlos Martinez, Dave Sorlien, Raymond Goodrich, Lance Chandler, Doug Magnuson Introduction Common multiple cell configurations for LiIon cells in battery
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AN167
X3101
self discharge 18650 battery
18650 charger
18650 lithium ion
18650 lithium ion charging rate
18650 li-ion cell
18650 battery
cell balancing
18650
active cell balancing
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Untitled
Abstract: No abstract text available
Text: Model LC-II VPG Transducers Load Cell Calibrator FEATURES • Versatile load cell calibrator with multiple functions • Display, test, simulate, source—all in one unit • Rechargeable Lithium-ion battery • SD card for data logging • USB computer connection
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27-Apr-2011
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MM1292
Abstract: 12v geared DC motor 12v DC geared motor AN405 current measurement circuit schematic DS2760 DS2761 MAX1726EUK33 geared DC motor multi-cell battery protection ic
Text: BATTERY MANAGEMENT Application Note 405: May 04, 2001 App Note 138: Using the DS2760 or DS2761 Battery Monitor in Multiple-Cell Applications The DS2760 and DS2761 battery monitor and protector are battery management ICs geared mainly for single-cell Li-Ion battery pack applications. Although designed mainly for use in the single cell
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DS2760
DS2761
MM1292
12v geared DC motor
12v DC geared motor
AN405
current measurement circuit schematic
MAX1726EUK33
geared DC motor
multi-cell battery protection ic
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LTC4009
Abstract: charge controller for acid multi-cell battery protection ic lead acid battery charger ic QFN-20 ni-mh battery charge controller lead acid battery ic
Text: News Release ⎜ www.linear.com 4A Multi-Cell, Multi-Chemistry Battery Charger Controller in Compact 16mm2 Package MILPITAS, CA – June 26, 2008 – Linear Technology Corporation introduces the LTC4009, a fast-charge 4A capable, high efficiency switchmode battery charger controller for multiple
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16mm2
LTC4009,
LTC4009
charge controller for acid
multi-cell battery protection ic
lead acid battery charger ic
QFN-20
ni-mh battery charge controller
lead acid battery ic
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Untitled
Abstract: No abstract text available
Text: Page 1 of 2 Home > Products > Power Management > Battery Management > Multiple Cell Battery Chargers > ISL9520 ISL9520 Narrow VDC Regulator/Charger with SMBus Interface KEY F EATURES Request Full Data Sheet TYPICAL DIAGRA M EN LARGE + • ±0.5% system voltage accuracy -10°C to +100°C
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ISL9520
256mA)
ISL9520
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LM3641
Abstract: LM3641M M08A K1 mosfet
Text: LM3641 Lithium-Ion Battery Pack Protection Circuit General Description Features The LM3641 Lithium Protection Integrated Circuit resides inside a 3.6V Lithium-Ion battery pack consisting of a single cell or multiple parallel cells. The IC controls the ON/OFF
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LM3641
LM3641
LM3641M
M08A
K1 mosfet
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IR2120
Abstract: LM3641 mosfet pair DS012931-16 LM3641M M08A
Text: LM3641 Lithium-Ion Battery Pack Protection Circuit General Description Features The LM3641 Lithium Protection Integrated Circuit resides inside a 3.6V Lithium-Ion battery pack consisting of a single cell or multiple parallel cells. The IC controls the ON/OFF
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LM3641
LM3641
IR2120
mosfet pair
DS012931-16
LM3641M
M08A
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SOLAR CELL
Abstract: solar power circuit diagram CPC1822 "solar CELL" CPC1824 applications of solar cell remote control light circuit diagram solar charge 8 SOIC short circuit PHOTOVOLTAIC CELL
Text: Solar Cell Family Features • Select from multiple voltage and current outputs • 4V - 16V output • 12µA - 100µA current output • Provides true wireless power • Triggers with natural sunlight or artificial light • Semiconductor miniature size
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CPC18xxN
16-Pin
SOLAR CELL
solar power circuit diagram
CPC1822
"solar CELL"
CPC1824
applications of solar cell
remote control light circuit diagram
solar charge
8 SOIC short circuit
PHOTOVOLTAIC CELL
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LM3645
Abstract: IR2120 M08A mosfet pair
Text: February 1997 LM3645 Lithium-Ion Battery Pack Protection Circuit General Description Features The LM3645 Lithium Protection Integrated Circuit resides inside a 3.6V Lithium-Ion battery pack consisting of a single cell or multiple parallel cells. The IC controls the ON/OFF
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LM3645
LM3645
ac959
IR2120
M08A
mosfet pair
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LM3641
Abstract: AN-1067 mosfet pair
Text: National Semiconductor Application Note 1067 Greg J Smith Luc Van de Perre January 1997 INTRODUCTION The LM3641 Lithium Protection Integrated Circuit resides inside a 3.6V Lithium-Ion battery pack consisting of a single cell or multiple parallel cells. The IC controls the ON/OFF
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LM3641
AN-1067
mosfet pair
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mosfet pair
Abstract: bi-directional switches FET "fuel gauge" AN-1068 LM3645 charger 14v multiple cell charger
Text: National Semiconductor Application Note 1068 Greg J Smith Luc Van de Perre January 1997 INTRODUCTION The LM3645 Lithium Protection Integrated Circuit resides inside a 3.6V Lithium-Ion battery pack consisting of a single cell or multiple parallel cells. The IC controls the ON/OFF
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LM3645
protecti959
mosfet pair
bi-directional switches FET
"fuel gauge"
AN-1068
charger 14v
multiple cell charger
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12-UTDFN
Abstract: Piezo Vibration Sensor Piezo load cell sensor MAX17710 solar charger control regulator TEG boost battery charger maxim Battery Management Solutions piezo wafer solar tracking sensor energy harvesting
Text: Industry’s Lowest Power Usage for Efficient Energy Harvesting PMIC Harvests Energy from Sources as Low as 1µW to 100mW Micropower energy harvesting 1µW to 100mW from multiple sources • Light, vibration, heat, and RF sources down to 0.8V Reduces power and microenergy cell size
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100mW
100mW)
MAX17710
12-UTDFN
com/EH-MAX17710
12-UTDFN
Piezo Vibration Sensor
Piezo load cell sensor
MAX17710
solar charger control regulator
TEG boost battery charger
maxim Battery Management Solutions
piezo wafer
solar tracking sensor
energy harvesting
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Untitled
Abstract: No abstract text available
Text: User's Guide SLVU154B – March 2006 – Revised October 2013 TPS658xxEVM Integrated Single-Cell, Lithium-Ion Battery- and Power-Management IC With I2C, LED Drives, Two Synchronous Buck, Boost, and Multiple LDOs This user’s guide is an easy-to-use document that describes the equipment, hardware, software, setup,
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SLVU154B
TPS658xxEVM
TPS65800/810/820/825.
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Bi-Directional P-Channel mosfet
Abstract: Si3831DV mosfet 23 Tsop-6
Text: Si3831DV Vishay Siliconix Bi-Directional P-Channel MOSFET/Power Switch PRODUCT SUMMARY VDS V "7 rDS(on) (W) ID (A) 0.170 @ VGS = –4.5 V "2.4 0.240 @ VGS = –2.5 V "2.0 FEATURES D D D D D Solution for High-Side Battery Disconnect Switching (BDS) D Supports Battery Switching in Multiple Battery Cell
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Si3831DV
18-Jul-08
Bi-Directional P-Channel mosfet
mosfet 23 Tsop-6
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Bi-Directional P-Channel mosfet
Abstract: Si3831DV
Text: Si3831DV Vishay Siliconix Bi-Directional P-Channel MOSFET/Power Switch PRODUCT SUMMARY VDS V "7 rDS(on) (W) ID (A) 0.170 @ VGS = –4.5 V "2.4 0.240 @ VGS = –2.5 V "2.0 FEATURES D D D D D Solution for High-Side Battery Disconnect Switching (BDS) D Supports Battery Switching in Multiple Battery Cell
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Si3831DV
S-56947--Rev.
28-Dec-98
Bi-Directional P-Channel mosfet
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ISL6251
Abstract: ISL6253 QFN28LD
Text: Battery Management 11 P OWER MANAGEMENT Battery Management pg. 11-1 Battery Status Monitors and Backup Switches (pg. 11-4) Special Function Battery Management (pg. 11-3) Single Cell Li+/Polymer Battery Chargers (pg. 11-2) 3 and 4 Cell Balancing and Safety
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1-888-INTERSIL
X3100
X3101
ISL9200
500mA
ISL6251
ISL6253
QFN28LD
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Untitled
Abstract: No abstract text available
Text: Keyspan-by-Tripp Lite USB Power Adapter MODEL NUMBER: UAC-1B Highlights Charge USB devices from an electrical outlet such as iPods and cell phones Powerful, fast 1-amp charger For use with iPod, cell phones and more System Requirements iPod: For use with iPod shuffle and
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transistor 3906 SMD component
Abstract: transistor smd ALG lnk354 transistor SMD 3906 EE10 bobbin EE16 transformer working diode cross reference 1N3947 ee13 ferrite transformer MBR360 smd diode MBR360 smd
Text: LinkSwitch-HF Design Guide Application Note AN-38 Introduction Scope The LinkSwitch-HF family is designed for low power adapters and chargers cell/cordless phones, PDAs, digital cameras, portable audio etc , as well as auxiliary supplies employed in applications such as white goods.
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AN-38
transistor 3906 SMD component
transistor smd ALG
lnk354
transistor SMD 3906
EE10 bobbin
EE16 transformer working
diode cross reference 1N3947
ee13 ferrite transformer
MBR360 smd diode
MBR360 smd
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overcharge protection circuit nimh
Abstract: mobile battery charging automatic off wireless mobile charger automatic mobile charging system -abstract lead acid overcharge protection circuit diagram overcharge protection circuit lead acid Lithium Ion prismatic Cell APP3501 DS2720 laptops charging ic
Text: Maxim > App Notes > Battery Management Keywords: Li-Ion, Li-Polymer, NiCd, NiMH, rechargeable battery, charger May 25, 2005 APPLICATION NOTE 3501 Rechargeable Batteries: Basics, Pitfalls, and Safe Recharging Practices Abstract: This overview of charging methods and current battery technologies gives you a better understanding of
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com/an3501
AN3501,
APP3501,
Appnote3501,
overcharge protection circuit nimh
mobile battery charging automatic off
wireless mobile charger
automatic mobile charging system -abstract
lead acid overcharge protection circuit diagram
overcharge protection circuit lead acid
Lithium Ion prismatic Cell
APP3501
DS2720
laptops charging ic
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FMMT549
Abstract: IRLZ34 gm100
Text: AP002 Designing Battery Chargers using the LDS120P The LDS120P is a controller for a constant current/constant voltage supply suitable for charging batteries to a final voltage at a fixed current. The LDS120P is intended to drive an external PNP pass transistor to implement a system for charging Lithium Ion Li Ion ,
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AP002
LDS120P
LDS120P
FMMT549
FMMT549
IRLZ34
gm100
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18650 LI-ION CELL
Abstract: 18650 lithium battery parallax applied sensors
Text: Web Site: www.parallax.com Forums: forums.parallax.com Sales: sales@parallax.com Technical: support@parallax.com Office: 916 624-8333 Fax: (916) 624-8003 Sales: (888) 512-1024 Tech Support: (888) 997-8267 Li-ion Boe-Bot Power Pack-Charger (#28988) The Li-ion Boe-Bot Power Pack-Charger is an integrated battery, power supply, and charging system
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LTC4012-2
Abstract: LTC4012 LTC4012-1 QFN-20 PWM battery charger lead acid li-ion charge charge indicator Lead Acid Battery Charger Switchmode charge 6v battery load acid
Text: News Release ⎜ www.linear.com 4A Multicell/Chemistry Battery Charger Controllers in Compact 16mm2 Package Require No Blocking Diode MILPITAS, CA – June 8, 2009 – Linear Technology Corporation introduces the LTC4012, LTC4012-1 and LTC4012-2, fast-charge 4A capable high efficiency switchmode battery charger
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LTC4012,
LTC4012-1
LTC4012-2,
LTC4012
LTC4012-2
LTC4012-2
QFN-20
PWM battery charger lead acid
li-ion charge charge indicator
Lead Acid Battery Charger Switchmode
charge 6v battery load acid
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2Sd525 equivalent
Abstract: SM6780AS 2Sc945 equivalent 78l05 sop 2SC945 2SD525 78L05 THERMISTOR
Text: SM6780AS Ni-Cd/Ni-MH Battery Charger IC OVERVIEW The SM6780AS is a quick charge control IC for Nickel-Cadmium Ni-Cd and Nickel Metal Hydride (Ni-MH) rechargeable batteries. It supports quick charge, supplemental and pulse trickle charging modes. The charging
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SM6780AS
SM6780AS
NC9918DE
2Sd525 equivalent
2Sc945 equivalent
78l05 sop
2SC945
2SD525
78L05
THERMISTOR
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2Sc945 equivalent
Abstract: SM6780AS 78l05 sop 2SC945 2SD525 78L05 single cell NI-MH charger thermistor 14k
Text: SM6780AS Ni-Cd/Ni-MH Battery Charger IC OVERVIEW The SM6780AS is a quick charge control IC for Nickel-Cadmium Ni-Cd and Nickel Metal Hydride (Ni-MH) rechargeable batteries. It supports quick charge, supplemental and pulse trickle charging modes. The charging
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SM6780AS
SM6780AS
NC9918EE
2Sc945 equivalent
78l05 sop
2SC945
2SD525
78L05
single cell NI-MH charger
thermistor 14k
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