STUW81300T集成电路（IC）的时钟发生器PLL频率合成器规格书PDF中文资料

STUW81300T属于集成电路（IC）的时钟发生器PLL频率合成器。由意法半导体集团制造生产的STUW81300T时钟发生器，PLL，频率合成器时钟发生器、PLL 和频率合成器集成电路 (IC) 可为逻辑器件提供参考信号的稳定定时脉冲，这些器件包括计算机、微控制器、数据通信系统和图形/视频发生器。这些集成电路可能包括缓冲器、驱动器、分频器、倍频器、多路复用器、合成器、扇出分配器和预分频器。

Features

• Output frequency range: 1.925 GHz to 16 GHz

– RF out 1 (VCO, VCO÷2): 1.925-8.0 GHz

– RF out 2 (VCO x 2): 7.7-16.0 GHz

• Very low noise

– Normalized phase noise floor: -227 dBc/Hz

– VCO phase noise (6.0 GHz): -131 dBc/Hz

@ 1 MHz offset

– Noise floor (6.0 GHz): -158 dBc/Hz

– Phase noise (12 GHz): -125 dBc/Hz

@ 1 MHz offset

– Noise floor (12 GHz): -154 dBc/Hz

• Integrated VCOs with fast automatic center

frequency calibration

• External VCO option with 5 V charge pump

• Fundamental VCO rejection at doubler output

higher than 20 dB

• Internally broadband matched RF outputs

delivering +6 dBm @6 GHz and +4 dBm

@12 GHz single-ended

• Integrated low noise LDOs

• Maximum phase detector frequency: 100 MHz

• Exact frequency mode

• Differential reference clock input (LVDS and

LVECPL compliant) supporting up to 800 MHz

• Integrated reference crystal oscillator core

• R/W SPI interface

• Logic compatibility/tolerance 1.8 V/3.3 V

• Supply voltage: 3.0 V to 5.4 V

• Small size exposed pad VFQFPN36 package

6x6x1.0 mm

• Process: BICMOS 0.25 μm SiGe

Applications

• Infrastructure equipment

• Satellite communications for terrestrial

applications

• Other wireless communication systems

Description

The STuW81300 includes a dual architecture

frequency synthesizer (Fractional-N and Integer-

N), four low phase noise VCOs with a fast

automatic center frequency calibration providing a

very wide frequency range, from 1.925 GHz to

16 GHz, with a single device.

The STuW81300 optimizes size and cost of the

final application by the integration of low noise

LDO voltage regulators and internally matched

broadband RF outputs.

Additional features include a crystal oscillator

core, external VCO mode, output mute function

and low power mode to trade current

consumption with phase noise performance

and/or output level.