An obsolete Golledge product

GTXO-531T

5V TCXO Clipped Sine

  • GTXO-531T was made obsolete in January 2006
  • Product change notice PCN060105A details this change
  • Contact Gollege sales for more information
  • You can find alternative product recommendations here
Product Description

The GTXO-531T TCXO is now obsolete. For more information please see our product change notice PCN060105A or to speak to an expert adviser by contacting our sales team here. You can find alternative product recommendations here.

For an alternative 4-pad TCXO with trimmer please consider the GTXO-560T, or for a 6-pad version with trimmer please see the GTXO-566T.

Alternatively if a trimmer is not required we recommend the GTXO-253T for new designs.

RELATED PRODUCTS
GTXO-253T
2.5 x 2.0 x 0.8mm

GTXO-253T

1.8V ~ 3.6V Ultra-tight Stability TCXO

The GTXO-253T temperature compensated oscillator is entirely suited for a range of tight stability applications including GPS, featuring frequency stability as tight as ±0.5ppm, fast start up time of 3ms maximum, and a miniature 2.5 x 2.0mm package.

  • 10.0 ~ 52.0MHz
  • Ideally for tight stability applications
  • ±0.5ppm frequency stability option
  • Supply voltage from 1.8V ~ 3.6V
VIEW PRODUCT
Golledge 10x12 TCXO with trimmer
11.8 x 9.9 x 2.0mm

GTXO-560T

3V & 5V SM TCXO with Clipped Sine Output and Internal Trimmer

With 4-pad PCB base and metal lid package the GTXO-560T TCXO features a choice of excellent frequency stability options including as tight as ±1.0ppm, and comes with internal trimmer. 

  • 9.60 ~ 50.0MHz
  • TCXO with internal trimmer function
  • Low power consumption
  • Stabilities down to ±1.0ppm
VIEW PRODUCT
Golledge TCXO with Trimmer
11.8 x 9.9 x 2.0mm

GTXO-566T

6-Pad SM TCXO with Clipped Sine Output and Internal Trimmer

Featuring 6-pad PCB base and metal lid package, the GTXO-566T TCXO has a choice of excellent frequency stability options including as tight as ±1.0ppm, and comes with internal trimmer. 

  • 9.60 ~ 50.0MHz
  • TCXO with internal trimmer
  • Low power consumption
  • Stabilities down to ±1.0ppm
VIEW PRODUCT