Battery Protection IC for Multi-Cell (Secondary Protection)

Description NT1732A series are accurate secondary battery protection ICs for 1/2/3-cell Lithium-Lon/LithiumPolymer battery packs, on which a precise voltage detection circuit with a specific reference is embedded. NT1732A series monitor individual cell voltages. If any cell voltage reaches

800mA Low Dropout Positive Adjustable Regulator

DESCRIPTION The AIC1732 is a 3-pin low dropout linear regulator. The superior characteristics of the AIC1732 include zero base current loss, very low dropout voltage, and 2 accuracy output voltage. Typical ground current remains approximately 55mA, from no load to maximum loading conditions. Drop

PRECISION LOW POWER CMOS OPERATIONAL AMPLIFIER

FEATURES & BENEFITS • Extremely low input offset voltages and extremely low input bias currents • Extremely low input signal power • Robust high-temperature operation • Industry standard pinout • Rail-to-rail input/output • Input bias current of 0.01pA at input offset voltage of 30μV • No

PRECISION LOW POWER CMOS OPERATIONAL AMPLIFIER

FEATURES & BENEFITS • Extremely low input offset voltages and extremely low input bias currents • Extremely low input signal power • Robust high-temperature operation • Industry standard pinout • Rail-to-rail input/output • Input bias current of 0.01pA at input offset voltage of 30μV • No

PRECISION LOW POWER CMOS OPERATIONAL AMPLIFIER

FEATURES & BENEFITS • Extremely low input offset voltages and extremely low input bias currents • Extremely low input signal power • Robust high-temperature operation • Industry standard pinout • Rail-to-rail input/output • Input bias current of 0.01pA at input offset voltage of 30μV • No

PRECISION LOW POWER CMOS OPERATIONAL AMPLIFIER

FEATURES & BENEFITS • Extremely low input offset voltages and extremely low input bias currents • Extremely low input signal power • Robust high-temperature operation • Industry standard pinout • Rail-to-rail input/output • Input bias current of 0.01pA at input offset voltage of 30μV • No