GVXO32 Datasheet, PDF (1/1 Pages) Golledge Electronics Ltd – 3.3V & 5V VCXO High Frequency

3.3V & 5V VCXO - High Frequency
GVXO-32
Specifications
GVXO-32L: +3.3V supply
GVXO-32S: +5.0V supply
14.00
(max)
9.80
(max)
ACTUAL SIZE
1.00
5.08
123
654
1.20
5.50
(max)
PAD CONNECTION
1 Control voltage
2
Enable / disable or
Not connected
3 Ground
4 Output
5 Not connected
6 Supply
6 5 4 3.00
5.80
6.20
1 2 3 3.00
1.60
1.60
3.48
TOP VIEW
Scale 2:1
Features
« CMOS compatible output
« Low jitter and fast rise / fall
« Popular telecomms package layout
« Enable / disable tristate function
Enable / Disable Function
Input (pad 2)
Open
‘1’ level V_IH
‘0’ level V_IL
Output (pad 4)
Active
Active
High Impedance
Parameters
Frequency range: 52.0 ~ 160MHz
Variant
L
S
࡯
࡯
Option
Codes
Voltage control (V_CTL):
+1.65V ±1.5V, 10% linearity
࡯
+2.5V ±2.0V, 10% linearity
࡯
Frequency pullability:
±80ppm min
࡯
±100ppm min
Other
Ë¿
࡯
Ë¿
specify
Frequency stability*:
±50ppm max
࡯
Other
Ë¿
࡯
Ë¿
specify
Operating temperature range:
-10 to +70°C
࡯
࡯
Storage temperature range:
-40 to +85°C
࡯
࡯
Supply voltage (V_DD): +3.3V (±5%)
࡯
+5.0V (±5%)
࡯
Supply current (mA max):
60
80
Driving ability:
15pF CMOS
࡯
࡯
Logic levels:‘0’ level = 10%V_DD max
࡯
࡯
‘1’ level = 90%V_DD min
࡯
࡯
Waveform symmetry:
40:60 max @ 50%V_DD
࡯
࡯
Start up time:
10ms max
࡯
࡯
Rise / fall time:
3ns max (20% ~ 80%V_DD)
࡯
࡯
Enable / disable function:
Tristate (control via pad 2)
࡯
࡯
None (pad 2 NC)
Ë¿
Ë¿
N
Soldering condition:
Reflow, 240°C max
࡯
࡯
࡯ Standard. ˿ Optional - Please specify required code(s) when ordering
* Frequency stability is inclusive of calibration @ 25°C, operating temperature range, supply
voltage change, load change and ageing, with V_CTL = 50% V_DD
Ordering Information
Product name + variant + option codes (if any) + frequency
eg: GVXO-32L 77.760MHz 3.3V, ±80ppm pullability, with E/D
GVXO-32S/N 155.520MHz 5.0V, ±100ppm pullability, no E/D
Option code X (eg GVXO-32S/X) denotes a combination of
values not listed above.
Í· Available on T&R - 1k pcs per reel. Refer to our website for details.
Í· Some combinations of stability/pullability are not available
Tel: [phone]
30 Apr 2003
Fax: [phone]
E-mail: [e-mail]
Web: www.golledge.com