1.0 to 11.3Gb/s多速率LR收发器芯片

·Power Dissipation 185mW typical (IBIAS = 0 mA, IMOD = 0mAppd)\n·DFB/FP Laser Driver:·Maximum bias current = 120mA\n·Maximum modulation current into 15? differential TOSA = 92mApp\n·Tx DJ = 5pspp; Tx RJ = 0.5psrms\n·Integrated closed-loop Automatic Power Control (APC)\n·Compatible with microcontroll;

包装：卷带（TR） 描述：IC LASER DRVR 11.3GB 3.3V 28QFN 集成电路（IC） 激光驱动器

封装/外壳：28-VFQFN 裸露焊盘 包装：卷带（TR） 描述：IC LASER DRVR 11.3GB 3.3V 28QFN 集成电路（IC） 激光驱动器

Speaker Drive Amplifier

GENERAL DESCRIPTION The MSC1157, designed specifically to operate at a low voltage with low current consumption, is a power amplifier developed for driving a speaker for a voice IC. The voltage gains can be adjusted over a range of up to ten. The differential output can directly drive a speaker

2000-2200 MHz. WCDMA Ultra Linear Power Amplifier

Features (typical values) Low Noise ...................................................1.0 dB. High IP3.....................................................45 dBm. High Gain ..................................................... 27 dB. Low Cost

PROGRAMMABLE SYNCHRONOUS DC/DC CONTROLLER FOR ADVANCED PROCESSORS

DESCRIPTION The SC1157 is a low-cost, full featured, synchronous voltage-mode controller designed for use in single ended power supply applications where efficiency is of primary concern. Synchronous operation allows for the elimination of heat sinks in many applications. The SC1157 is ideal for

PROGRAMMABLE SYNCHRONOUS DC/DC CONTROLLER FOR ADVANCED PROCESSORS

DESCRIPTION The SC1157 is a low-cost, full featured, synchronous voltage-mode controller designed for use in single ended power supply applications where efficiency is of primary concern. Synchronous operation allows for the elimination of heat sinks in many applications. The SC1157 is ideal for

PROGRAMMABLE SYNCHRONOUS DC/DC CONTROLLER FOR ADVANCED PROCESSORS

DESCRIPTION The SC1157 is a low-cost, full featured, synchronous voltage-mode controller designed for use in single ended power supply applications where efficiency is of primary concern. Synchronous operation allows for the elimination of heat sinks in many applications. The SC1157 is ideal for