3.2 x 2.5 x 1.2mm
ASE SERIES
• CCD clock for VTR camera
• Equipment connected to PC or PC cards
• PDA, wireless communication.
• Laptop, SSD (Solid State Drive)
• Low height 1.2mm max
• Tri-state function
• Low current consumption
30mA max for 200MHz
• Low RMS jitter 5ps max
• Suitable for RoHS reflow
• Available for tight stability option
3.3V CMOS SMD Crystal Oscillator
APPLICATIONS:
FEATURES:
STANDARD SPECIFICATIONS:
30332
Esperanza, Rancho Santa Margarita, California
92688
tel 949-546-8000 | fax 949-546-8001| ww w.abracon.com
Revised: 03.06.14
Visit www.abracon.com for Terms & Conditions of Sale
ABRACON IS
CERTIFIED
ABRACON IS
ISO9001:2008
CERTIFIED
Moisture Sensitivity Level (MSL) –1
Pb
RoHS/RoHS II compliant
Parameters Minimum Typical Maximum Units Notes
zHM 002 526.0 egnaR ycneuqerF
Operating Temperature -10 +70 °C STD (See options)
C° 521+ 55- erutarepmeT egarotS
Overall Frequency Stability -100 +100 ppm See options
Supply Voltage (Vdd) +3.135 3.3 +3.465 V
Supply Current (Idd)
2.5 7
mA
0.5 ~ 20 MHz
4.4 13 20.1 ~ 40.0 MHz
6.5 19 40.01 ~ 60.0 MHz
12.7 24 60.01 ~ 75.0 MHz
7.4 20 75.01 ~ 80.0 MHz
7.4 25 80.01 ~ 133.0MHz
11.7 30 133.01 ~ 200.0 MHz
Symmetry @ 1/2Vdd 45 50 55
%
0.5 ~ 80.0MHz
40 50 60 80.01 ~ 200.0MHz
Rise and Fall Time (Tr/Tf)
2.5 4.0
ns
0.5 ~ 20 MHz
2.4 4.0 20.1 ~ 40.0 MHz
2.4 4.0 40.01 ~ 60.0 MHz
2.3 4.0 60.01 ~ 75.0 MHz
1.5 4.0 75.01 ~ 133.0 MHz
1.9 4.0 133.01 ~ 200.0 MHz
SOMC Fp 51 daoL tuptuO
Output Voltage (VOH) 0.9* Vdd V
)LOV( egatloV tuptuO 0.1* Vdd V
Start-up Time
1 2.0
ms
0.5 ~ 20 MHz
1 2.0 20.1 ~ 40.0 MHz
1 2.0 40.01 ~ 60.0 MHz
1 2.0 60.01 ~ 75.0 MHz
1.2 2.0 75.01 ~ 133.0 MHz
1.5 2.0 133.01 ~ 200.0 MHz
Tri-state function (Stand-by) "1" (VIH≥0.7*Vdd) or Open: Oscillation;
"0" (VIL<0.3*Vdd) : No oscillation/Hi Z
Peak to Peak Jitter
28
ps
Reference only.
Contact ABRACON
for the Jitter
RMS Jitter:
3.2 5
ps
0.5 ~ 20 MHz
3.2 5 20.1 ~ 40.0 MHz
3.2 5 40.01 ~ 60.0 MHz
3.2 5 60.01 ~ 75.0 MHz
2.2 5 75.01 ~ 133.0 MHz
2.2 5 133.01 ~ 200.0 MHz
Aging at 25°C (first year) -3 +3 ppm
Stand-by Current: 10 µA