• Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad
  • Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad
  • Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad
  • Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad
  • Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad
  • Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad

Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad

shape: Surface Mount
Conductive Type: Unipolar Integrated Circuit
Integration: GSI
Technics: Semiconductor IC
Application: Specific Integrated Circuits
Type: Digital / Analog IC
Samples:
US$ 10/Piece 1 Piece(Min.Order)
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Overview

Basic Info.

Model NO.
SI53303-B-GM
Manufacturer
Silicon Labs
Type Category
Fan-out Buffer (Distribution), Multiplexer
Package/Case
16-Vfqfn Exposed Pad
Operating Temperature
-40°c ~ 85°c
Input
Cml, Hcsl, Lvcmos, Lvds, Lvpecl
Output
Cml, Hcsl, Lvcmos, Lvds, Lvpecl
Frequency - Maximum
1.25 GHz
Transport Package
Carton
Specification
10*10*10cm
Trademark
FT
Origin
China
HS Code
85416000
Production Capacity
100000

Product Description

Product Description

Ultra-Low Additive Jitter Fanout Clock Buffers with up to 10 Universal Outputs from Any-Format Input and Wide Frequency Range from 1 MHz to 725 MHz The Si5330x family of Universal/Any-format fanout buffers is ideal for clock distribution (1 MHz minimum) and redundant clocking applications. These devices feature typical ultra-low jitter characteristics of 50 fs and operate over a wide frequency range. Built-in LDOs deliver high PSRR performance and reduce the need for external components, simplifying low-jitter clock distribution in noisy environments. The Si5330x family is available in multiple configurations, with some versions offering a selectable input clock using a 2:1 input mux.

Other features include independent (synchronous) output enable, glitchless switching, LOS monitor of input clocks, output clock division, and built-in format translation. These buffers can be paired with the Si534x clocks and jitter attenuators, the Si5332 clocks, and the Si5xx oscillators to deliver end-to-end clock tree performance.

Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed PadClock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed PadClock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed PadClock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed PadClock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed PadClock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed PadClock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed PadClock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed PadClock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad


Clock Fanout Buffer, Fan-out Buffer (distribution) Multiplexer 1: 5 725 MHz 44-Vfqfn Exposed Pad

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