GXO-3332_16 Datasheet, PDF (1/2 Pages) Golledge Electronics Ltd – 1.8 ~ 3.3V Tight Stability Oscillator

1.8 ~ 3.3V Tight Stability Oscillator
2011/65/EU
Specifications
GXO-3332G:  1.8V supply
GXO-3332J:  2.5V supply
GXO-3332N:  3.0V supply
GXO-3332L:  3.3V supply
GXO-3332
3.20
±0.10
2.50
±0.10
1.00
(max)
1 23
4
65
SOLDER PAD LAYOUT
1.60
0.50
6
1.30
1
4 0.80
3 0.80
0.70
1.00 1.00
TOP VIEW
PAD CONNECTION
1 Enable / disable
2 Not connected
3 Ground
4 Output
5 Not connected
6 Supply
Features
 ^{High stability for WiMAX, LAN etc}
 ^{Miniature SM package}
 ^{Low voltage supply}
 ^{Enable / disable tristate function}
 ^{Competitive pricing}
Enable / Disable Function
Input (pad 1)
Open
‘1’ level
‘0’ level
Output (pad 4)
Enabled
Enabled
High Impedance
Parameters
Frequency range: 2.50 ~ 60.0MHz
Frequency stability*:
±15ppm
±10ppm
Variant
GJNL
   
   
   
Option
Codes
E
F
Operating temperature range:
-40 to +85°C    
Storage temperature range:
-40 to +85°C
Supply voltage (V_DD): +1.8V (±10%)
+2.5V (±10%)
+3.0V (±10%)
+3.3V (±10%)
Supply current:
7mA max
(3.1mA typ @ 40MHz, 2.5V)
   





Logic levels:
‘0’ level = 10%V_DD max
‘1’ level = 90%V_DD min
Start up time:
0.2ms typ


   
Waveform symmetry:
45:55 max @ 50%V_DD
Driving ability:
15pF CMOS
Rise / fall time:
5ns max
   


Enable / disable function:
Tristate (control via pad 1)
(E/D times 100μs / 100μs typ)
Stand-by current:
10μA max
Period jitter RMS:
3ps typ
   
   

Phase jitter RMS:
0.09ps typ, 12kHz~10MHz    
Phase noise:
-145dBc/Hz typ @ 10kHz    
 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, reflow and ageing.
Ordering Information
Product name + variant + option code + frequency
eg: GXO-3332L/E 40.0MHz 3.3V, ±15ppm
GXO-3332J/F 32.0MHz 2.5V, ±10ppm
Tel: [phone]
02 Sep 2015
Fax: [phone]
E-mail: [e-mail]
Web: www.golledge.com