丝印代码：S003B；LM2750 Low-Noise Switched-Capacitor Boost Regulator

1 Features 1• Wide Input Voltage Range: 2.7 V to 5.6 V • Inductorless Solution: Application Requires Only Three Small Ceramic Capacitors • Fixed 5-V Output and Adjustable Output Voltage Options Available • 85% Peak Efficiency – 70% Average Efficiency Over Li-Ion Input Range (2.9 V

丝印代码：S003B；LM2750 Low-Noise Switched-Capacitor Boost Regulator

1 Features 1• Wide Input Voltage Range: 2.7 V to 5.6 V • Inductorless Solution: Application Requires Only Three Small Ceramic Capacitors • Fixed 5-V Output and Adjustable Output Voltage Options Available • 85% Peak Efficiency – 70% Average Efficiency Over Li-Ion Input Range (2.9 V

丝印代码：S003B；LM2750 Low-Noise Switched-Capacitor Boost Regulator

1 Features 1• Wide Input Voltage Range: 2.7 V to 5.6 V • Inductorless Solution: Application Requires Only Three Small Ceramic Capacitors • Fixed 5-V Output and Adjustable Output Voltage Options Available • 85% Peak Efficiency – 70% Average Efficiency Over Li-Ion Input Range (2.9 V

丝印代码：S003B；LM2750 Low-Noise Switched-Capacitor Boost Regulator

1 Features 1• Wide Input Voltage Range: 2.7 V to 5.6 V • Inductorless Solution: Application Requires Only Three Small Ceramic Capacitors • Fixed 5-V Output and Adjustable Output Voltage Options Available • 85% Peak Efficiency – 70% Average Efficiency Over Li-Ion Input Range (2.9 V

14 Talking Clock/Watch

General Description The Mosel SW003 is a monolithic CMOS LSI intelligent chip that is dedicated for clock/watch application with time announcing & alarm warning. 10 sentences are built-in for report and adjusting time and alarm. 3 1/2 digits LCD with 3 information flags are interfaced. With M

P/Active 1 Tolerance Dual Thevenin Termination Network

Product Description High speed logic devices like HSTL (High Speed Transceiver Logic) demand unique, high speed bus terminations. The dual Thévenin termination network provides 16 terminating channels per package, and optimizes signal integrity by reducing reflections and ringing. The terminatio

OCTAL SCHOTTKY DIODE NETWORK

Product Description Undershoot disturbances on high speed data lines cause multiple triggering and can result in improper system operation. Resistors used for terminating these data lines increase power consumption and can degrade output high levels resulting in reduced noise immunity. Features

OCTAL SCHOTTKY DIODE NETWORK

Product Description Undershoot disturbances on high speed data lines cause multiple triggering and can result in improper system operation. Resistors used for terminating these data lines increase power consumption and can degrade output high levels resulting in reduced noise immunity. Features

USB Streaming Controller

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