单节锂电池保护芯片（带温度保护功能）

The R5441 is one-cell Li-ion / polymer battery protection ICprovides overcharge, over-discharge, discharge /charge overcurrent, andtemperature detections. One of the features of this device is a high-accuracydetection at overcharge and overcurrent. The supply current afterover-discharge detection ca of this device is a high-accuracy detection at overcharge and overcurrent.\" />To view this website correctly, please ensure you have JavaScript enabled.Some of the website layout and links may not function properly with JavaScript disabled.Skip to main contentSkip to first level navigationRICOH ima;

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

1-Cell Li-ion Battery Protection IC with Temperature Protection

FEATURES • Absolute Maximum Ratings ·································· 12 V • Supply Current at Normal Mode ···························· Typ.3.5 μA • Standby Current················································· Max.0.04 μA

Deflection distortion correction IC

■ Features • Distortion correcting functions • Vertical amplitude • Vertical linearity • Vertical S-shape • Vertical position • Vertical EHT • Horizontal amplitude • EW parabola • Trapezoidal • Upper/lower EW corner • Horizontal EHT • Built-in horizontal and vertical blanking pulse gen

3V/5V, Serial-Input, Voltage-Output, 16-Bit DACs

General Description The MAX5441–MAX5444 are serial-input, voltage-output, 16-bit digital-to-analog converters (DACs) in tiny µMAX® packages, 50 smaller than comparable DACs in 8-pin SOs. They operate from low +3V (MAX5443/MAX5444) or +5V (MAX5441/MAX5442) single supplies. They provide 16-bit perf

3V/5V, Serial-Input, Voltage-Output, 16-Bit DACs

General Description The MAX5441–MAX5444 are serial-input, voltage-output, 16-bit digital-to-analog converters (DACs) in tiny µMAX® packages, 50 smaller than comparable DACs in 8-pin SOs. They operate from low +3V (MAX5443/MAX5444) or +5V (MAX5441/MAX5442) single supplies. They provide 16-bit perf

3V/5V, Serial-Input, Voltage-Output, 16-Bit DACs

General Description The MAX5441–MAX5444 are serial-input, voltage-output, 16-bit digital-to-analog converters (DACs) in tiny µMAX® packages, 50 smaller than comparable DACs in 8-pin SOs. They operate from low +3V (MAX5443/MAX5444) or +5V (MAX5441/MAX5442) single supplies. They provide 16-bit perf

3V/5V, Serial-Input, Voltage-Output, 16-Bit DACs

General Description The MAX5441–MAX5444 are serial-input, voltage-output, 16-bit digital-to-analog converters (DACs) in tiny µMAX® packages, 50 smaller than comparable DACs in 8-pin SOs. They operate from low +3V (MAX5443/MAX5444) or +5V (MAX5441/MAX5442) single supplies. They provide 16-bit perf