FV3
-Series
3.20 x 2.50 x 1.00
(mm)
Wi2Wi’s FV3-Series “Fast Turn” VCXO’s are ideally suited for use in Telecom,
Ethernet and Fiber Channel applications, as well as High Speed Video, Graphics,
Test and Measurement Equipment, and Aviation including MIL temperature
ranges. Wi2Wi provides “Fast” sampling for your proto-typing needs in days,
and mass production quantities in just a few weeks.
1. Miniature
3.2 x 2.5 x 1.0mm
hermetically sealed package.
2.
LVCMOS, LVDS
or
LVPECL
Output with
Voltage Control
function.
3. Low
Jitter
and
Phase Noise.
4.
RoHS
and
REACH
Compliant.
Wi2Wi, LLC
Phone:
1-800-274-9825
Phone:
1-608-831-4445
Fax:
1-608-831-3343
E-Mail:
sales@wi2wi.com
Web:
http://wi2wi.com
• Features
• Electrical Specifications
Parameter
Frequency Range
Frequency Stability
(Please Specify)
Low (LVCMOS/LVDS/LVPECL)
High (LVCMOS)
High (LVDS/LVPECL)
All Causes (Maximum )
*1
Control Voltage
Absolute Pull Range (Minimum)
Linearity (Maximum)
Input Impedance (Minimum)
Modulation Bandwidth @-3dB (Min)
Operating
Storage
10.000000
200.000000
1500.000000
±50 , ±100
10 Min , 50 Typ , 90 Max
±50
10
1.0M
10
0 to +70 , -20 to +70 , -40 to +85
-55 to +125
25 (LVCMOS) , 65 (LVDS/LVPECL)
See Load/Test Circuits (Page 2)
45 to 55
3.0 (LVCMOS) , 0.6 (LVDS/LVPECL)
15.0
90 Min (High) , 10 Max (Low)
1.43 Typ , 1.60 Max
0.90 Min , 1.10 Typ
250 Min , 350 Typ , 450 Max
Vcc-1.025 Min , Vcc-0.95 Typ , Vcc-0.88 Max
Vcc-1.810 Min , Vcc-1.70 Typ , Vcc-1.62 Max
595 Min , 750 Typ , 930 Max
80 (Enable) , 10 (Tri-State, Disable)
0.6 (Fractional Divider) , 0.4 (Integer Divider)
2.5
Supply Voltage (±10%)
3.3
2.5
Units
V
MHz
ppm
% Vcc
ppm
%
Ω
KHz
°C
°C
mA
%
nS
mS
% Vcc
V
mV
V
mV
% Vcc
pS
pS
Frequency Adjustment
Temperature Range
(Please Specify)
Supply Current (Maximum, no Load)
Load
Duty Cycle (at 50% Vcc)
Rise/Fall Times (Maximum under Load)
Start up Time (Maximum)
Output Voltage Levels (LVCMOS)
Output Voltage Levels (LVDS)
Output Voltage Levels (LVPECL)
Pin 2 (Tri-State Option Only)
Phase Jitter Maximum (rms)
Period Jitter Maximum (rms)
High
Low
Differential Voltage
High
Low
Differential Voltage
12KHz to 20MHz
*1 - Inclusive of Tolerance @25°C, Operating Temperature, Supply Voltage, Load, 1st Year Aging, Shock and Vibration.
• Part Numbering Guide
ex)
FV3—T—25000X—C—C—D—3—R—X
*
* - for standard or assigned for customization.
ENABLE
T
= Tri-State
N
= No Connect
FREQUENCY
10000X-99999X
=
10.000 MHz –
99.999 MHz
C10000-C99999
=
100.00 MHz –
999.99 MHz
M10000-M15000
=
1000.00 MHz –
1500.00 MHz
OUTPUT
O
= LVCMOS
M
= LVDS
P
= LVPECL
FREQUENCY
STABILITY
C
= ±50
D
= ±100
S
= Special
OPERATING
TEMPERATURE
A
= 0 to +70°C
B
= -20 to +70°C
D
= -40 to +85°C
M
= -55 to +105°C**
E
= -55 to +125°C**
S
= Special
SUPPLY
VOLTAGE
2
= 2.5
3
= 3.3
PACKAGE
R
= Tape & Reel
** - Only available with D (±100ppm) Frequency Stability.
Rev:
N/A
Cage Code:
0S4G1
Page:
1
of
3
Part #:
FV3 Series
Date:
5-16-2017
FV3
-Series
3.20 x 2.50 x 1.00
(mm)
• PA C K A G E D I M E N S I O N S
Top View
.126 ±.004
[3.20 ±.10]
• TA P E & R E E L
Ø.059
[Ø1.50]
Tolerance: ±.008 [.20mm] (Unless otherwise specified)
.079
[2.00]
.157 Typ
[4.00 Typ]
.069
[1.75]
.207
[5.25]
.315 ±.012
[8.00 ±.30]
.098 ±.004
[2.50 ±.10]
.157 Typ
[4.00 Typ]
.319
[8.10]
Pin 1
.039 ±.004
[1.00 ±.10]
Marking Area
120°
.094
[2.40]
.047
[1.20]
.032
[.80]
1
2
3
Ø7.09
[Ø180.00]
.024
[.60]
3.15
[80.00]
6
5
4
Bottom View
.094
[2.40]
.047
[1.20]
6
5
4
.063
[1.60]
• R E F LO W P R O F I L E
10 seconds Maximum
at 260°C ±5°C
260°C
225°C
35 ±5 sec.
Reflow
.043
[1.10]
1
.035
[.90]
2
3
180°C
160°C
90 ±30 sec.
Pre-Heat
25°C
400 seconds Maximum
from +25°C to 260°C
Recommended Land Pattern
(Top View)
PIN
1
2
3
4
5
6
CONNECTION
Voltage Control
Tri-state
Ground/Case
Output
Complementary Output (LVDS & LVPECL)
No Connect (LVCMOS)
Supply Voltage
75 ±15 sec.
Reflow
Contacts:
Electro Au, 11.8 to 40.0 µinches (.30 to 1.0 µm) over
Electro Ni, 50 to 350 µinches (1.27 to 8.89 µm)
All product is supplied
RoHS
and
REACH
compliant.
Specifications subject to change without notice.
Part #:
FV3 Series
Date:
5-16-2017
Rev:
N/A
Cage Code:
0S4G1
Page:
3
of
3
FPGA/CPLD
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