M3027 Datasheet, PDF (1/5 Pages) MTRONPTI – Low Phase Noise

M3027 Series
SPECIFICATION FOR 5.0x7.0mm LVCMOS SMT VCXO
FEATURES
LVCMOS Output
Low RMS jitter performance 12 kHz to 20 MHz
Low Phase Noise
Compliant to RoHS directive
APPLICATIONS
Base station controllers
4G/LTE applications
Ethernet, SyncE
Test and Measurement
Ordering Information:
Product
Family
M3027
Temperature Range
Code
2
6
Value
-40 °C to +85 °C
-20 °C to +70 °C
Stability*
Code
0
Enable/Disable
Code
T
V
Value
Enable High (pad 2)
No Enable/Disable
Example: M302720VGCN 122.8800 MHz
M3027
2
0
V
* Stability is included in the APR specification.
Absolute Pull
Range (APR)
Code Value
G
±20 ppm
C
±25 ppm
F
±40 ppm
Logic Type
Code
Value
C
LVCMOS
G
C
Package/Lead
Configuration
Code
N
Value
Leadless
Frequency
XXX.XXXX MHz
N
122.8800MHz
Electrical Specifications:
Parameter
Symbol
Frequency of Operation
F_O
Frequency Stability
Aging
F/F
Output Type
Output Load
Symmetry (duty cycle)
Logic “0” Level
Logic “1” Level
Rise/Fall Time
10% Vdd to 90% Vdd
Start-up Time
Enable Logic (Pad 2)
Disable Logic (Pad 2)
Control Voltage
Absolute Pull Range
Modulation Bandwidth
Input Impedance
Linearity
Operating Voltage
Supply Current
T_DC
V_OL
V_OH
T_R/T_F
T_SU
APR
fm
Z_in
V_CC
I_CC
Phase Jitter (RMS)
ΦJ
Min.
1
Typ.
Max.
170
Units
MHz
Frequency Stability
See ordering information
-5
-3
+5
+3
ppm
RF Output
CMOS
15 pF CMOS load
45
55
%
10% Vdd
V
90% Vdd
V
5.0
ns
3.0
10
ms
70% V_CC or
N/C
V
30% V_CC
V
Frequency Adjustment
0.30
1.65
3.00
V
See ordering information
10
kHz
50
kΩ
10
%
Supply Voltage & Power Consumption
3.135
3.300
3.465
V
20
mA
30
50
Other Parameters
0.4
ps
Conditions
1^st year
Per year thereafter
@ 50% Vdd
1.000000 – 50.000000 MHz
50.000001 – 170.000000 MHz
T_ambient = +25°C
Output Enabled
Output Disabled to high-Z
Pad 1
-3 dB
Pad 1
1.000000 – 50.000000MHz
50.000001 – 100.000000MHz
100.000001 – 170.000000MHz
12kHz to 20MHz @ 122.88MHz
Revision 0
10/15/15
MtronPTI reserves the right to make changes to the product(s) and service(s) described herein without notice. No liability is assumed as a result of their use or application.
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