丝印代码：AENC；Silicon Oscillator with Low-Power Frequency Switching

Features ● 2.7V to 5.5V Operation ● Accurate High-Speed 600kHz to 10MHz Oscillator ● Accurate Low-Speed 32kHz Oscillator ● Glitch-Free Switch Between High Speed and Low Speed at Any Time ● ±10mA Clock-Output Drive Capability ● 2% Initial Accuracy ● ±50ppm/°C Temperature Coefficient ●

Digital servo processor and Compact Disc decoder CD7

GENERAL DESCRIPTION The SAA7377 is a single chip combining the functions of a CD decoder IC and digital servo IC. The decoder part is based on the SAA7345 (CD6) with an improved error correction strategy. The servo part is based on the TDA1301T (DSIC2) with improvements incorporated, extra featur

Digital servo processor and Compact Disc decoder CD7

GENERAL DESCRIPTION The SAA7377 is a single chip combining the functions of a CD decoder IC and digital servo IC. The decoder part is based on the SAA7345 (CD6) with an improved error correction strategy. The servo part is based on the TDA1301T (DSIC2) with improvements incorporated, extra featur

2 x 30WDUAL/QUAD POWER AMPLIFIER FOR CAR RADIO

The TDA7377 is a new technology class AB car radio amplifier able to work either in DUAL BRIDGE or QUAD SINGLE ENDED configuration. The exclusive fully complementary structure of the output stage and the internally fixed gain guaranees the highest possible power performances with extremely reduc

2 x 30WDUAL/QUAD POWER AMPLIFIER FOR CAR RADIO

The TDA7377 is a new technology class AB car radio amplifier able to work either in DUAL BRIDGE or QUAD SINGLE ENDED configuration. The exclusive fully complementary structure of the output stage and the internally fixed gain guaranees the highest possible power performances with extremely reduc

2 x 30WDUAL/QUAD POWER AMPLIFIER FOR CAR RADIO

The TDA7377 is a new technology class AB car radio amplifier able to work either in DUAL BRIDGE or QUAD SINGLE ENDED configuration. The exclusive fully complementary structure of the output stage and the internally fixed gain guaranees the highest possible power performances with extremely reduc