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One of our smallest 32.768kHz surface mount crystal, the CM9V-T1A comes in a ultra-miniature ceramic package with metal lid and gold plated pads for increased solderability. This watch crystal also features high shock and vibration resistance and low power consumption as standard.

The ultra-miniature GSX-321 measures just 2.5 x 2.0 x 0.6mm making it ideal for size-sensitive applications. This miniature surface mount crystal also features a choice of operating temperature ranges and temperature stabilities, and is available in a choice of circuit conditions at frequencies 12.0 ~ 66.0MHz.

The MS3V-T1R crystal features unique square profile for pick and place and is available in an ultra-miniature footprint package at low frequencies between 32.0 ~ 200kHz. Featuring a range of calibration tolerance and circuit condition options, in addition to high shock and vibration resistance, this crystal is ideal for a range of applications requiring a robust crystal solution.

The MS3V-T1S crystal is now obsolete. The MS3V-T1R is recommended as an alternative product for new designs. For more information about this change you can speak to a member of our expert sales team here.

The miniature 3.2 x 2.5mm GAO-3301 offers a competitively priced 32.768kHz oscillator solution with a choice of operating temperature ranges and temperature stabilities. Find full specifications here.

Competitively priced for high volume projects, the 1.8V ultra-miniature GXO-2201G oscillator is available at frequencies from 1.50 ~ 54.0MHz. The GXO-2201G requires low supply voltage and offers tight frequency stability options over -20 to +70°C operating temperature range.

Competitively priced for high volume projects, the 2.5V ultra-miniature GXO-2201J oscillator is available at frequencies from 1.50 ~ 54.0MHz. The GXO-2201J requires low supply voltage and offers tight frequency stability options over -20 to +70°C operating temperature range.

Competitively priced for high volume projects, the 3.3V ultra-miniature GXO-2201L oscillator is available at frequencies from 1.50 ~ 54.0MHz. The GXO-2201L requires low supply voltage and offers tight frequency stability options over -20 to +70°C operating temperature range.

Available at frequencies from 4.0 ~ 54.0MHz, the GXO-3232J 2.5V oscillator features tight frequency stability, with options as good as ±10ppm, inclusive of calibration tolerance, operating temperature range, supply voltage change, load change, re-flow and ageing.

Available at frequencies from 4.0 ~ 54.0MHz, the GXO-3232L 3.3V oscillator features tight frequency stability, with options as good as ±10ppm, inclusive of calibration tolerance, operating temperature range, supply voltage change, load change, re-flow and ageing.

Available at frequencies from 4.0 ~ 54.0MHz, the GXO-3232N 3.0V oscillator features tight frequency stability, with options as good as ±10ppm, inclusive of calibration tolerance, operating temperature range, supply voltage change, load change, re-flow and ageing.

Featuring ultra-low phase jitter of just 0.04ps typical, the GXO-3306J also has ultra-miniature 3.2 x 2.5mm package, requires 2.5V supply voltage, and features superbly low phase noise characteristics.

The GXO-5301G is now obsolete. For more information on this change please see our Product Change Notice PCN210427 06136 here, or speak to a member of our expert team by calling +44 1460 256 100. For existing designs the GXO-U115G is a drop-in-replacement part, and for new designs we recommend considering the GXO-U119 or GXO-3301.

Featuring ultra-low phase jitter of just 0.04ps typical, the GXO-7506J also has surface mount 7.5 x 5.0mm package, requires 2.5V supply voltage, and features superbly low phase noise characteristics.

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.

The GSF-75 21R15B 4 pole crystal filter from Golledge with centre frequency of 21.4MHz features a 15kHz 3dB bandwidth and is available in multiple packages, including both UM-1 and UM-5 style leaded packages and UM-1J and UM-5J surface mount packages. This filter also features insertion loss of just 3.0dB dB. Find full specifications here.

The GSF-75 40R15B-Z 4 pole crystal filter from Golledge with centre frequency of 40.68MHz features a 15kHz 3dB bandwidth and is available in multiple packages, including both UM-1 and UM-5 style leaded packages and UM-1J and UM-5J surface mount packages. This filter also features insertion loss of just 3.0dB dB. Find full specifications here.

Available with 2.5V supply voltage, the GTXO-C31J presents a low power consumption TCXO solution with excellent frequency stability, low phase noise and low jitter as standard.

Available with 2.8V supply voltage, the GTXO-C31J presents a low power consumption TCXO solution with excellent frequency stability, low phase noise and low jitter as standard.

Available with 3.3V supply voltage, the GTXO-C31L presents a low power consumption TCXO solution with excellent frequency stability, low phase noise and low jitter as standard.

Specially suited for telecoms applications, Stratum 3 compliant models of the GTXO-14T are available. This TCXO features a high level of frequency stability, clipped sine output and analogue compensation.

Specially suited for telecoms applications, Stratum 3 compliant models of the GTXO-14V are available. This VCTCXO features a high level of frequency stability, frequency adjustment, clipped sine output and analogue compensation.

The GTXO-533T 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.

The GTXO-533V 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.

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. 

The GTXO-570B TCXO features 4-pad PCB-base with metal lid package and has tight stability and wide pullability options as standard.

The GTXO-570C TCXO features 4-pad PCB-base with metal lid package and has tight stability and wide pullability options as standard.

The GTXO-576A TCXO features 6-pad PCB-base with metal lid package and has tight stability and wide pullability options as standard.

The GTXO-576B TCXO features 6-pad PCB-base with metal lid package and has tight stability and wide pullability options as standard.

The GTXO-576C temperature compensated oscillator from Golledge is available at frequencies from 10.0 ~ 22.0MHz and features a range of configurable options, including wide pulling range options. Find full specifications here.

The GTXO-71V temperature compensated oscillator is now obsolete. The GTXO-71V was available at frequencies from 10.0 ~ 26.0MHz and featured a 7.2 x 5.2mm footprint package and wide pullability options. You can find more information and alternative product recommendations here.

The miniature 7.0 x 5.0mm 4-pad package GTXO-74T features clipped sine output, 0.7V peak-peak with DC offset, and low phase noise of -157dBc/Hz @ 10kHz.

The miniature 7.0 x 5.0mm 4-pad package GTXO-74V features voltage control, clipped sine output (0.7V peak-peak with DC offset), and low phase noise of -157dBc/Hz @ 10kHz.

The GTXO-81T TCXO is now obsolete. The GTXO-83T is recommended as an alternative product for new designs. For more information about this change you can speak to a member of our expert sales team here.

The GTXO-81V TCXO is now obsolete. The GTXO-83V is recommended as an alternative product for new designs. For more information about this change you can speak to a member of our expert sales team here.

Specially suited for telecoms applications, Stratum 3 compliant models of the GTXO-C14V are available. This VCTCXO features high level frequency stability, clipped sine output, frequency adjustment and analogue compensation.