UCC3952 Search Results

cell phone charger 3.7 V circuit diagram

Abstract: UCC3952AGSH-2 one cell battery protection ic diagram T 395
Contextual Info: UCC3952A-1, UCC3952A-2, UCC3952A-3, UCC3952A-4 SINGLEĆCELL LITHIUMĆION BATTERY PROTECTION IC ą SLUS463C – AUGUST 2000 – REVISED MARCH 2001 D Protects Sensitive Lithium-Ion Cells From D D D D D PACK+ 1 TCLK NC 18 17 16 PACK+ NC 2 15 CBPS BNEG 3 14 NC

0805YC104KAT2A

Abstract: UCC3952
Contextual Info: DN-96 Design Note UCC3952 Demonstration Board Schematic and List of Materials By David Salerno INTRODUCTION DEMO BOARD FEATURES The UCC3952 demo board provides complete protection for a single Lithium-ion cell, including Overcharge, Over-discharge and short circuit protection.

Contextual Info: UCC3952-1, UCC3952-2, UCC3952-3, UCC3952-4 SingleĆCell LithiumĆIon Battery Protection IC SLUS400D – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From D D D D D D D D Overcharging and Over-Discharging Dedicated for One-Cell Applications Integrated Low-Impedance MOSFET Switch

Contextual Info: UCC3952-1, UCC3952-2, UCC3952-3, UCC3952-4 SingleĆCell LithiumĆIon Battery Protection IC SLUS400D – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From D D D D D D D D Overcharging and Over-Discharging Dedicated for One-Cell Applications Integrated Low-Impedance MOSFET Switch

UCC3952A

Abstract: UCC3952A-1 UCC3952A-2 UCC3952A-3 UCC3952A-4 SLUS463C R-PLGA-N18 UCC3952AGSH-2
Contextual Info: UCC3952A-1, UCC3952A-2, UCC3952A-3, UCC3952A-4 SINGLEĆCELL LITHIUMĆION BATTERY PROTECTION IC ą SLUS463C − AUGUST 2000 − REVISED MARCH 2001 D Protects Sensitive Lithium-Ion Cells From D D D D D PACK+ 1 TCLK NC 18 17 16 PACK+ NC 2 15 CBPS BNEG 3 14 NC

Contextual Info: UCC3952-1, UCC3952-2, UCC3952-3, UCC3952-4 SingleĆCell LithiumĆIon Battery Protection IC SLUS400D – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From D D D D D D D D Overcharging and Over-Discharging Dedicated for One-Cell Applications Integrated Low-Impedance MOSFET Switch

UCC3952A

Abstract: UCC3952A-3
Contextual Info: UCC3952A-3 UCC3952A-3, Single Cell Lithium-Ion Battery Protection IC W/Internal FET And Vov = 4.30V, BCC Package DEVICE STATUS: ACTIVE PARAMETER NAME: UCC3952A-3 Cells Protected max 1 Overvoltage Threshold (V) 4.3 Protection FETs Internal Overcurrent Protection

UCC3952A

Abstract: UCC3952A-2
Contextual Info: UCC3952A-2 UCC3952A-2, Single Cell Lithium-Ion Battery Protection IC W/Internal FET And Vov = 4.25V, BCC Package DEVICE STATUS: ACTIVE PARAMETER NAME: UCC3952A-2 Cells Protected max 1 Overvoltage Threshold (V) 4.25 Protection FETs Internal Overcurrent Protection

mosfet short circuit protection schematic diagram

Abstract: 3.7v battery charger circuit diagram
Contextual Info: UCC3952-1/-2/-3/-4 Enhanced Single Cell Lithium-Ion Battery Protection IC FEATURES DESCRIPTION • Protects sensitive Lithium Ion cells from over-charging and over-discharging The UCC3952 is a monolithic BiCMOS lithium-ion battery protection circuit that is designed to enhance the useful operating life of one cell rechargeable battery pack. Cell protection features consist of internally trimmed

Contextual Info: UCC3952-1, UCC3952-2, UCC3952-3, UCC3952-4 SingleĆCell LithiumĆIon Battery Protection IC SLUS400D – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From D D D D D D D D Overcharging and Over-Discharging Dedicated for One-Cell Applications Integrated Low-Impedance MOSFET Switch

SETD

Abstract: SOIC-16 TSSOP-16 UCC3952 UCC3952-1 UCC3952-2 UCC3952-3
Contextual Info: UCC3952-1/-2/-3/-4 PRELIMINARY Enhanced Single Cell Lithium-Ion Battery Protection IC FEATURES DESCRIPTION • Protects sensitive Lithium Ion cells from over-charging and over-discharging The UCC3952 is a monolithic BiCMOS lithium-ion battery protection circuit

charging lithium ic

Abstract: UCC3952 UCC3952-4 one cell battery protection ic
Contextual Info: UCC3952-4 UCC3952-4, Single Cell Lithium-Ion Battery Protection IC W/Internal FET And Vov = 4.35V DEVICE STATUS: ACTIVE PARAMETER NAME: UCC3952-4 Cells Protected max 1 Overvoltage Threshold (V) 4.35 Protection FETs Internal Overcurrent Protection Yes Overcurrent Delay

SETD

Abstract: UCC3952 UCC3952-1 UCC3952-2 UCC3952-3 UCC3952-4
Contextual Info: UCC3952-1, UCC3952-2, UCC3952-3, UCC3952-4 SingleĆCell LithiumĆIon Battery Protection IC SLUS400D – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From D D D D D D D D Overcharging and Over-Discharging Dedicated for One-Cell Applications Integrated Low-Impedance MOSFET Switch

charging lithium ic

Abstract: UCC3952 UCC3952-2
Contextual Info: UCC3952-2 UCC3952-2, Single Cell Lithium-Ion Battery Protection IC W/Internal FET And Vov = 4.25V DEVICE STATUS: ACTIVE PARAMETER NAME: UCC3952-2 Cells Protected max 1 Overvoltage Threshold (V) 4.25 Protection FETs Internal Overcurrent Protection Yes Overcurrent Delay

Contextual Info: UCC3952-1, UCC3952-2, UCC3952-3, UCC3952-4 SingleĆCell LithiumĆIon Battery Protection IC SLUS400D – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From D D D D D D D D Overcharging and Over-Discharging Dedicated for One-Cell Applications Integrated Low-Impedance MOSFET Switch

8 WAY RESISTOR PACK

Abstract: 3.7v battery charger circuit diagram 3.7v battery circuit with cell level VA5-5 V-PAC
Contextual Info: UCC3952-1/-2/-3/-4 y UNITRODE PRELIMINARY Enhanced Single Cell Lithium-Ion Battery Protection 1C FEATURES DESCRIPTION • Protects sensitive Lithium Ion cells from over-charging and over-discharging The UCC3952 is a monolithic BiCMOS lithium-ion battery protection circuit

battery protection ic

Abstract: charging lithium ic lithium-ion battery UCC3952 UCC3952-1 one cell battery protection ic battery overcharge overdischarge integrated circuit
Contextual Info: UCC3952-1 UCC3952-1, Single Cell Lithium-Ion Battery Protection IC W/Internal FET And Vov = 4.20V DEVICE STATUS: ACTIVE PARAMETER NAME: UCC3952-1 Cells Protected max 1 Overvoltage Threshold (V) 4.2 Protection FETs Internal Overcurrent Protection Yes Overcurrent Delay

Contextual Info: UCC3952-1, UCC3952-2, UCC3952-3, UCC3952-4 SingleĆCell LithiumĆIon Battery Protection IC SLUS400D – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From D D D D D D D D Overcharging and Over-Discharging Dedicated for One-Cell Applications Integrated Low-Impedance MOSFET Switch

UCC3952AGSH-2

Contextual Info: UCC3952A-1, UCC3952A-2, UCC3952A-3, UCC3952A-4 SINGLEĆCELL LITHIUMĆION BATTERY PROTECTION IC ą SLUS463B – AUGUST 2000 – REVISED OCTOBER 2000 D Protects Sensitive Lithium-Ion Cells From PACK+ 1 18 17 16 PACK+ NC 2 15 CBPS BNEG 3 14 NC BNEG 4 13 PACK–

UCC3952A

Abstract: UCC3952A-1 UCC3952A-2 UCC3952A-3 UCC3952A-4 SLUS463C UCC3952AGSH-2
Contextual Info: UCC3952A-1, UCC3952A-2, UCC3952A-3, UCC3952A-4 SINGLEĆCELL LITHIUMĆION BATTERY PROTECTION IC ą SLUS463C – AUGUST 2000 – REVISED MARCH 2001 D Protects Sensitive Lithium-Ion Cells From D D D D D PACK+ 1 TCLK NC 18 17 16 PACK+ NC 2 15 CBPS BNEG 3 14 NC

8 WAY RESISTOR PACK

Abstract: 3.7v battery charger circuit diagram
Contextual Info: UCC3952-1/-2/-3/-4 U IM IT R O D E ADVANCED INFORMATION Enhanced Single Cell Lithium-Ion Battery Protection IC FEATURES DESCRIPTION • Protects sensitive Lithium ion cells from over-charging and over-discharging The UCC3952 is a monolithic BiCMOS lithium-ion battery protection circuit

UCC3952AGSH-2

Contextual Info: UCC3952A-1, UCC3952A-2, UCC3952A-3, UCC3952A-4 SINGLEĆCELL LITHIUMĆION BATTERY PROTECTION IC ą SLUS463C – AUGUST 2000 – REVISED MARCH 2001 D Protects Sensitive Lithium-Ion Cells From D D D D D PACK+ 1 TCLK NC 18 17 16 PACK+ NC 2 15 CBPS BNEG 3 14 NC

98205

Abstract: SETD UCC3952A UCC3952A-1 UCC3952A-2 UCC3952A-3 UCC3952A-4 UCC3952AGSH-2
Contextual Info: UCC3952A-1, UCC3952A-2, UCC3952A-3, UCC3952A-4 SINGLEĆCELL LITHIUMĆION BATTERY PROTECTION IC ą SLUS463A – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From PACK+ 1 18 17 16 PACK+ NC 2 15 CBPS BNEG 3 14 NC BNEG 4 13 PACK– BNEG 5 12 PACK– BNEG

Contextual Info: UCC3952-1, UCC3952-2, UCC3952-3, UCC3952-4 SingleĆCell LithiumĆIon Battery Protection IC SLUS400D – AUGUST 2000 D Protects Sensitive Lithium-Ion Cells From D D D D D D D D Overcharging and Over-Discharging Dedicated for One-Cell Applications Integrated Low-Impedance MOSFET Switch