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NX704 Datasheet, PDF (1/2 Pages) Pericom Semiconductor Corporation – 2.5V/3.3V HCSL XO | |||
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2.5V/3.3V HCSL XO
Ultra Low Jitter PLL Crystal Oscillator 7.0 x 5.0mm
NX704
7.0 x 5.0mm Ceramic SMD
Package: (Scale: none, Dimensions are in mm)
Product Features
⢠Meet PCIe Gen2 and Gen3 clock
requirements at 100MHz
⢠Very low phase jitter - < 1.0ps RMS max.
⢠Wide frequency range - 5 ~ 212.5MHz
⢠Thicker crystal for improved reliability
⢠Low supply current - 70mA max.
⢠Industrial Temperature Range
⢠Pb-free & RoHS compliant
⢠Fast lead time
Product Description
The NX704 XO series is a high performance
HCSL crystal oscillator family with very low
jitter performance. Other than PCIe clock
frequencies, it also supports various options
including other Networking frequencies,
2.5V/3.3V voltage, and various stabilities.
It is designed to meet the clock source
specifications for PCIe interface, SGMII of
communication systems, and other high
performance equipment.
Recommended Land Pattern:
CREATED USING CADSTD LITE FREEWARE FROM WWW.CADSTD.COM. NON-COMMERCIAL USE ONLY.
CREATED USING CADSTD LITE FREEWARE FROM WWW.CADSTD.COM. NON-COMMERCIAL USE ONLY.
Pin Functions:
Pin
Function
1
OE Function
2
N/C
3
Ground
4
Q
5
Q
6
VCC
*Extended high frequency power decoupling is recommended (see test circuit for minimum
recommendation). To ensure optimal performance, do not route RF traces beneath the
package.
Applications
⢠Networking systems
⢠Servers and storage systems
⢠Profession video equipments
⢠Test and measurement
⢠FPGA/ASIC clock generation
Part Ordering Information:
UXNX70704 V I1 FFFFFFFF.F.FFFFFFFFFFF
A
B
C
Voltage:
1=+3.3V
2=+2.5V
Stability and Temp Range:
Stability Temp Range
A = +/-20 ppm -20/+70°C
B = +/-25 ppm -20/+70°C
C = +/-50 ppm -20/+70°C
D = +/-25 ppm -40/+85°C
E = +/-50 ppm -40/+85°C
Frequency:
FFFF.FFFFFF
MHz, â4 digits/decimal/6 digitsâ format
SaRonix-eCera⢠is a Pericom® Semiconductor company ⢠US: +1-408-232-9100 TW: +886-3-4518888 â ⢠â www.pericom.com
15-0034
All specifications are subject to change without notice. NX704
Rev A
02/05/15 1
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