O-LVDS-SMD3225-M6-625.000000 MHz-1.8-50-4085
[60-0006]

O-LVDS-SMD3225-M6-625.000000 MHz-1.8-50-4085

Produktstatus:
https://www.quarzwerk.net/web/image/product.template/11509/image_1920?unique=4f0cd8d

SUZHOU UTECH TECHNOLOGY CO.,LTD
SMD3225 OSC LVDS
TR3000

0,0000 EUR 0.0 EUR 0,0000 EUR

Not Available For Sale

  • A 1.00 Manufacturer Name
  • A 1.01 Manufacturer Part No.
  • A 1.02 Description
  • A 1.03 Series
  • A 1.04 Dimension & Type
  • A 1.05 VPE
  • A 1.06 Date Created
  • A 1.07 Last Update
  • OL 3.01 Frequency (FL)
  • OL 3.02 Type
  • OL 3.03 Frequency tolerance (Overall)
  • OL 3.04 Input Voltage (VDD)
  • OL 3.05 Output load condition
  • OL 3.06 Input Current
  • OL 3.07 Start-up Time
  • OL 3.08 Rise Time /Fall Time
  • OL 3.09 Operating temperature range
  • OL 3.10 Storage temperature range
  • OL 3.11 Duty Cycle
  • OL 3.12 Output High
  • OL 3.13 Output Low
  • OL 3.14 Aging
  • OL 3.15 RMS Phase Jitter
  • OL 3.16 High level input voltage
  • OL 3.17 Low level input voltage

Diese Kombination existiert nicht.


Spezifikationen

ALLGEMEIN
A 1.00 Manufacturer Name UTECH
A 1.01 Manufacturer Part No. -
A 1.02 Description Quartz Crystal Oscillator
A 1.03 Series SMD3225 OSC LVDS
A 1.04 Dimension & Type MHz | SMD3225 (3.2 x 2.5 mm)
A 1.05 VPE TR3000
A 1.06 Date Created 2026-04
A 1.07 Last Update -
LVDS / PECL
OL 3.01 Frequency (FL) 625.000000 MHz
OL 3.02 Type SMD3225 OSC LVDS
OL 3.03 Frequency tolerance (Overall) ±50 ppm
OL 3.04 Input Voltage (VDD) 1.80 V (1.62 ~ 1.98 V)
OL 3.05 Output load condition 100 Ω
OL 3.06 Input Current 50 mA
OL 3.07 Start-up Time 10 mSec
OL 3.08 Rise Time /Fall Time 4 nSec
OL 3.09 Operating temperature range -40°C ~ +85°C
OL 3.10 Storage temperature range -55°C ~ +125°C
OL 3.11 Duty Cycle 45% / 55%
OL 3.12 Output High 1.40 V typ. / 1.60 V max.
OL 3.13 Output Low 1.10 V typ. / 0.90 V min.
OL 3.14 Aging ±3 ppm max / year (at +25°C±5°C)
OL 3.15 RMS Phase Jitter 1 pSec max. at 12 kHz to 20 MHz
OL 3.16 High level input voltage 70% VDD min.
OL 3.17 Low level input voltage 30% VDD max.