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The HCD220 chassis mounted oven controlled oscillator, available from 5.0 ~ 16MHz, features dual RF outputs and mechanical frequency trimming with fine frequency adjustment. Available with a range of excellent temperature stability options including as good as ±1ppb, and also in a range of supply voltages from 12~30V.

Ideal for GPS applications the GTXO-93V with voltage control also features analogue compensation, ensuring smooth output at variable temperatures. This miniature 3.2 x 2.5mm footprint component also features exceptional stability performance, with options as good as ±0.5ppm and power consumption as low as 1.5mA.

Boasting temperature stability down to ±1ppb, the HCD660 OCXO with 51 x 41 x 25mm package and standard European pin-out, features sine wave output and is available at frequencies from 5.0 ~ 20.0MHz.

The GXO-E72L is now obsolete. For more information on this change please see our Product Change Notice PCN210428 06136 here. For existing designs the GXO-E71 is a drop-in-replacement part, and for new designs we recommend considering the GXO-E31. Alternatively you can speak to a member of our expert team by calling +44 1460 256 100.

The GVXO-32L voltage controlled oscillator with 3.3V supply voltage and CMOS compatible output, comes encased within a popular telecoms surface mount package. Available at high frequencies from 52.0-160MHz, this component also features wide frequency pullability, driving ability of 15pF CMOS, and custom frequency stability options are available.

The GVXO-25 is no longer recommended for new designs, instead please consider the GVXO-41F for a more cost-effective solution for standard applications. The GVXO-25 does provide low phase noise characteristics, in addition to frequency pullability of ±200ppm. The GVXO-25 comes in a 14 pin DIL (full size) package, and has CMOS/TTL compatible output.

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.

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.

Ideal for GPS applications the GTXO-93T TCXO features analogue compensation, ensuring smooth output at variable temperatures. This miniature 3.2 x 2.5mm footprint component also features exceptional stability performance, with options as good as ±0.5ppm and power consumption as low as 1.5mA.

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

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. 

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

Featuring 6-pad PCB base and metal lid package, the GTXO-566N VCTCXO has voltage adjustment and comes with a choice of excellent frequency stability options including as tight as ±1.0ppm. 

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. 

Featuring 6-pad PCB base and metal lid package the GTXO-560V TCXO has voltage adjustment and internal trimmer, and comes with a choice of excellent frequency stability options including as tight as ±1.0ppm. 

The GTXO-91T temperature compensated oscillator is available with a wide range of supply voltages and offers excellent frequency stability with options as tight as ±0.5ppm.

The GTXO-91V temperature compensated oscillator is available with a wide range of supply voltages and offers excellent frequency stability with options as tight as ±0.5ppm, in addition to ±8ppm frequency adjustment via voltage control.