Real-Time Clock with I2C or SPI Interface, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

The EM3027 is an Ultra Low Power CMOS real-time clock IC with two serial interface modes: I2C or SPI. The interface mode is selected by the chip version (see §12). The basic clock is obtained from the 32.768 kHz crystal oscillator. A thermal compensation of the frequency is based on the temperature ·Fully operational from 2.1 to 5.5V\n·Supply current typically 600 nA at 1.4V\n·Thermal compensated crystal frequency\n·Oscillator stability 0.5 ppm / Volt\n·Counter for seconds, minutes, hours, day of week, date months, years in BCD format and alarm\n·Leap year compensation\n·16-bits timer with 2 w;

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Battery Switchover and Trickle Charger

Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：593.54 Kbytes Page：28 Pages

Real Time Clock with I2C or SPI, Crystal Temperature Compensation, Battery Switchover and Trickle Charger

文件：1.08645 Mbytes Page：28 Pages

Silicon planar type

Silicon planar type For stabilization of power supply ■ Features • Mini type package (3-pin) • Allowing to achieve a high-density set • Sharp rising performance • Wide voltage range: VZ = 2.0 V to 36 V

Silicon planar type

Silicon planar type For stabilization of power supply ■ Features • Mini type package (3-pin) • Allowing to achieve a high-density set • Sharp rising performance • Wide voltage range: VZ = 2.0 V to 36 V

Silicon planar type

Silicon planar type For stabilization of power supply ■ Features • Mini type package (3-pin) • Allowing to achieve a high-density set • Sharp rising performance • Wide voltage range: VZ = 2.0 V to 36 V

Silicon planar type

Silicon planar type For stabilization of power supply ■ Features • Mini type package (3-pin) • Allowing to achieve a high-density set • Sharp rising performance • Wide voltage range: VZ = 2.0 V to 36 V

Infrared Emitting Diode High Speed for Remote Control

Description: The NTE3027 is an infrared emitting diode in standard GaAs on GaAs technology, molded in a clear, blue–grey tinted plastic package. Features: • Low Forward Voltage • High Radiant Power and Radiant Intensity • Suitable for DC and High Pulse Current Operation • High