GXO-L31L

GXO-L31L

3.3V LVDS Oscillator for HIgh Speed Data Transfer

  • Differential outputs
  • RMS phase jitter 0.3ps
  • Low current consumption (20mA max)
  • Multiplier-free design
  • Enable / disable tristate function
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Configurable Options
ParameterOption Code
Frequency
Frequency stability
* see note below
B
A
Operating temperature range
I

* Frequency stability is inclusive of calibration @ 25°C, operating temperature range, supply voltage change and load change.

Quantity / Special Request

Please specify the quantity you require below.

The GXO-L31L is supplied on tape and reel. 2k pcs per reel is the standard T&R pack size for this product. Partial quantities may be supplied on tape (no reel), or in bulk.

Product Description

Designed for high speed data transfer, the miniature 3.3V GXO-L31L features a multiplier-free design for excellent phase jitter performance of just 0.3ps typical, and produces LVDS output.

This 3.2 x 2.5mm oscillator is available up to 60.0MHz in fundamental mode, or from 60.0 ~ 160MHz with 3rd overtone. Frequencies from 160 ~ 250MHz are achieved using inverted mesa technology, ensuring optimal jitter performance is maintained at very high frequencies.

The GXO-L31L comes with enable/disable tristate functionality as standard, and has low 20mA current consumption. 

Specifications
Frequency range 40.0 ~ 60.0MHz (fundamental)
60.0 ~ 160MHz (3rd OT)
160 ~ 250MHz (inverted mesa)
Dimensions 3.2 x 2.5 x 1.1mm
Storage temperature range -40 to +85°C
Supply voltage (VDD) +3.3V (±5%)
Supply current 20mA max
Output LVDS
Offset voltage 1.25V typ
Differential output voltage 0.247 ~ 0.454V (0.33V typ)
Output load 100Ω
Waveform symmetry 45:55 max @ 50%VP-P
Rise / fall time 0.4ns max (20 ~ 80%VP-P)
Enable / disable function Tristate (control via pad 1)
Phase jitter RMS 1ps max (0.3ps typ), 12kHz~20MHz
Package Drawing
Package footprint and pad configuration drawing for the Golledge GXO- 31 Oscillator showing full dimensions.
Ordering Information

To request a quotation for the GXO-L31L please use the configurable options form to choose the options you require and then submit your configured product to our team. Our expert advisers are always happy to help with your requirements and can be contacted on +44 1460 256 100 or at sales@golledge.com.

Following product selection you will be issued with a seven character Golledge part number. Your Golledge part number is the internationally accepted Golledge manufacturing part number (MPN) that should be used for all project documentation, including bills of materials (BoMs) and purchase orders.

If you have any queries regarding any of our documentation our dedicated sales team will be happy to help.

CAD Models

Our GXO-L31L is included in the following design libraries. Click to download the library of your choice.


Autodesk Eagle

Altium

Pulsonix
Enable / Disable Function
Input (pad 1*)Output 1 (pad 4)Output 2 (pad 5)
Open Enabled Enabled
'1' level (≥0.7 VDD) Enabled Enabled
'0' level (≤0.3 VDD) High Impedanceive High Impedance

*Enable / Disable function can be on pad 2 on request.

Marking
Marking
Marking
Soldering Profile
Solder reflow profile
Tape & Reel Specification
Tape and Reel specifications
Handling & Storage

ESD icon Human Body Model (HBM) 1A (250V to <500V)

MSL Moisture Sensitivity Level (MSL): 1 (or not applicable)

Construction
  • Ceramic body with gold-plated pads
  • Metal lid, seam sealed
Compliance

PB free icon Lead-free (< 0.1% by weight )

ROHS icon RoHS compliant with no exemptions. See our declaration

REACH icon REACH compliant. See our statement

Conflict minerals icon Free of conflict minerals. See our declaration

Halogen free icon Free of Halogens. See our declaration

Ozone depletion icon Free of Ozone-depleting substances. See our declaration

Documents
RELATED PRODUCTS
GXO-L31J
3.2 x 2.5 x 1.1mm

GXO-L31J

2.5V LVDS Oscillator for High Speed Data Transfer

Designed for high speed data transfer, the miniature 2.5V GXO-L31J features a multiplier-free design for excellent phase jitter performance of just 0.3ps typical, and produces LVDS output.

  • 40.0 ~ 250MHz
  • Differential outputs
  • RMS phase jitter 0.3ps
  • Low current consumption (20mA max)
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