SY89872UMG in Tube by Microchip | Large bande passante | Future Electronics
text.skipToContent text.skipToNavigation

Référence fabricant

SY89872UMG

SY89872U - 2GHz ANY Diff. IN-to-LVDS Programmable Clock Divider/Fanout Buffer

Modèle ECAD:
Nom du fabricant: Microchip
Emballage standard:
Product Variant Information section
Code de date:
Product Specification Section
Microchip SY89872UMG - Caractéristiques techniques
Attributes Table
Input Voltage-Max: 6V
Temperature Range: -40°C to +85°C
Supply Voltage-Nom: 2.375V to 2.625V
Frequency-Max: 2GHz
Style d'emballage :  MLF-16
Méthode de montage : Surface Mount
Fonctionnalités et applications

The SY89872UMG is a 2.5 V low-skew, low-jitter, precision LVDS output clock divider accepts any high-speed differential clock input (AC or DC-coupled) CML, LVPECL, HSTL or LVDS and divides down the frequency using a programmable divider ratio to create frequency-locked, lower speed version of the input Clock

Features:

  • Guaranteed AC performance over temperature and voltage:
    • >2 GHz fMAX
    • <750ps tPD (matched delay between banks)
    • <15ps within-device skew
    • <200ps rise/fall time
  • Low jitter design
    • <1psRMS cycle-to-cycle jitter
    • <10psPP total jitter
  • Precision differential LVDS outputs
  • Matched delay: all outputs have matched delay,independent of divider setting
  • TTL/CMOS inputs for select and reset/disable
  • Two output banks (matched delay)
    • Bank A: Buffered copy of input clock (undivided)
    • Bank B: Divided output (÷2, ÷4, ÷8, ÷16),two copies
  • 2.5 V power supply
  • Wide operating temperature range: –40°C to +85°C

Applications:

  • OC-3 to OC-192 SONET/SDH applications
  • Transponders
  • Oscillators
  • SONET/SDH line cards
Voir plus...
Pricing Section
Stock global :
0
États-Unis:
0
Sur commande :
0
Stock d'usine :Stock d'usine :
800
Délai d'usine :
8 Semaines
Commande minimale :
200
Multiples de :
100
Total 
1 242,00 $
USD
Quantité
Prix unitaire
1
$6.42
5
$6.35
30
$6.27
100
$6.21
300+
$6.11
Product Variant Information section