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The HCD665 OCXO with 51 x 41 x 25mm package and standard European pin-out, features sine wave output, fast warm up and temperature stability down to ±1ppb, and is available at frequencies from 5.0 ~ 20.0MHz.

Featuring temperature stability down to ±1ppb, the HCD666 oven controlled oscillator features CMOS output and comes encased within robust 51 x 41 x 25mm package with standard European pin-out. Available at frequencies from 5.0 ~ 20.0MHz, this OCXO also features excellent phase noise specifications and fast warm up.

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

Featuring temperature stability down to ±1ppb, the HCD685 oven controlled oscillator features sine output and comes encased within a robust 51 x 51 x 25mm package with standard US pin-out. Available at frequencies from 5.0 ~ 20.0MHz, this OCXO also features excellent phase noise specifications.

The MCOCXO oven controlled oscillator with CMOS output features fast warm up and a choice of robust DIL 14 or surface mount packages and is available with supply voltage 12.0V at frequencies from 10.0kHz ~ 54.0MHz.

Featuring sine output with fast warm up, the MCOCXOS oven controlled oscillator offers a choice of surface mount f DIL-14 packages and is available with supply voltage 12.0V at frequencies from 10.0kHz ~ 54.0MHz.

The MCOCXOV oven controlled oscillator with CMOS output features fast warm up and a choice of temperature stabilities. Requiring supply voltage of 5.0V, the MCOCXOV is available at frequencies from 10.0kHz ~ 54.0MHz.

Featuring fast warm up time and sine output, the MCOCXOVS oven controlled oscillator offers a choice of packages including surface mount and robust DIL 14 package, and is available with supply voltage 5.0V at frequencies from 10.0kHz ~ 54.0MHz.

The MCOCXOW oven controlled oscillator with CMOS output features tight temperature stability and is available at frequencies from 10.0kHz ~ 54.0MHz with 3.3V supply voltage.

Requiring supply voltage of 3.3V, the MCOCXOWS oven controlled oscillator with sine output features tight stability options and fast start up, and is available at frequencies from 10.0kHz ~ 54.0MHz.

The Stratum 3 compliant OCXOVST oven controlled oscillator has CMOS output and offers a range of packages including surface mount and robust DIL 14 package. Available with supply voltage 5.0V at frequencies from 10.0kHz ~ 54.0MHz.

Specially developed for Cospas-Sarsat applications, the OCXOVT-S oven controolled oscillator provides excellent physical shock, thermal shock, and vibration resistance, and has been life tested over 1000 hours to ensure premium performance. 

The SCOCXOHV high frequency OCXO features CMOS output and excellent 100MHz phase noise performance, and is available with supply voltage 5.0V and with fundamental mode at frequencies from 10.0 ~ 120MHz.

The 3.3V SCOCXOHW high frequency OCXO features CMOS output and excellent 100MHz phase noise performance, and is available with fundamental mode at frequencies from 10.0 ~ 120MHz.

The SCOCXOV OCXO with CMOS output features ultra tight temperature stability options and is available at frequencies from 10.0kHz ~ 54.0MHz with 5.0V supply voltage.

Available with supply voltage 3.3V, the SCOCXOWS oven controlled oscillator with sine output features ultra tight stability and fast start up, and is available at frequencies from 10.0kHz ~ 54.0MHz.

The SCOCXOW oven controlled oscillator with CMOS output features very tight temperature stability and is available at frequencies from 10.0kHz ~ 54.0MHz with 3.3V supply voltage.

Suitable for use in a range of extreme environments, the gold plated pads of the CC1A-T1A offer excellent longevity and solderability for specialist applications. This fundamental mode crystal features excellent shock and vibration resistance and is available in frequencies from 8.0 ~ 30.0MHz and in military standard operating temperature range of -55 to +125°C.

Available with extreme operating temperature ranges including -55 to +200°C, and featuring gold plated pads for extra longevity, the CC1A-T1AH is ideal for harsh environment applications including down hole, avionics, and geothermal industries. This surface mount crystal is available from 8.0 ~ 24.0MHz and has extremely good shock resistance of 10,000g and vibration resistance of 40g rms 10.0 ~ 2,000Hz.

With gold plated pads for excellent longevity and solderability, the inverted mesa technology within the CC1F-T1A allows this fundamental mode crystal to offer excellent shock and vibration resistance at frequencies up to 250MHz. With military operating temperature range of -55 to +125°C available the CC1F-T1A is an ideal crystal for high frequency military, avionics and down hole applications.

The gold plated pads of the CC1V-T1A offer excellent longevity and solderability for applications requiring low frequencies. This surface mount crystal features excellent shock and vibration resistance and is available in frequencies from 10.0kHz ~ 2.0MHz and is also available in military standard operating temperature range of -55 to +125°C.

The gold plated pads of the CC2A-T1A offer excellent longevity and solderability for specialist applications. This crystal features excellent shock and vibration resistance and is available in fundamental mode at frequencies from 12.0 ~ 70.0MHz and is also available with military standard operating temperature range of -55 to +125°C.

Ideal for harsh environment applications including down hole, avionics, and geothermal industries, the CC2A-T1AH features extreme operating temperature ranges including -55 to +200°C, and gold plated pads for extra longevity. This surface mount crystal is available from 14.0 ~ 40.0MHz and also has extremely good shock resistance of 10,000g and vibration resistance of 40g rms 10.0 ~ 2,000Hz.

The miniature crystal CC6A-T1D is available with extended operating temperature range, in fundamental mode up from 16.0 to 70.0MHz and features gold plated pads for excellent longevity and solderability for specialist applications including avionics and satellite communications. 

Inverted mesa technology within the minitaure CC6F-T1A allows this fundamental mode crystal to offer excellent shock and vibration resistance at frequencies up to 250MHz. With military operating temperature range of -55 to 125°C available the CC6F-T1A is an ideal crystal for high frequency military, avionics and down hole applications.

The gold plated pads of the minitaure CC7A-T1A offer excellent solderability for specialist applications. This fundamental mode crystal features excellent shock and vibration resistance and is available in frequencies from 20.0-50.0MHz and in military standard operating temperature range of -55 to 125°C. The CC7A-T1A also comes with low power consumption as standard.

The CC7V-T1A surface mount watch crystal offers high shock and vibration resistance within a miniature ceramic package with ceramic lid. Optional automotive and military operating temperature ranges means this 32.768kHz crystal is available for a wide range of applications.

The GCX-26 crystal is available at frequencies between 30.0 ~ 165kHz and features a range of excellent frequency tolerance and temperature stability options. The GCX-26 is no longer recommended for new designs, you can find our new design alternative recommendations here.

The GSCX-26, with it's miniature cylindrical package and formed leads for surface mount applications, offers the engineer a very small footprint with low cost for high density applications. Available at low frequencies from 30.0-165kHz, and with industrial operating temperature range of -40 to +85°C.

The GWCX-26, with it's miniature cylindrical package and formed leads for SM, offers the engineer a very small footprint with low cost for high density applications requiring a 32.768kHz solution. Available with operating temperature range of -40 to +85°C.

The GSX-2 is available at high frequencies from 6.0 ~ 100MHz. GSX-2 also features a miniature package measuring 7.5 x 5.0 x 1.0mm, and is available in a choice of operating temperature ranges and with a range of temperature stabilities.

The GSX-431 is now obsolete. For more information on this change please see our Product Change Notice PCN210511 06299 here, or speak to a member of our expert team by calling +44 1460 256 100. For existing designs the GSX-433 offers a drop-in-replacement option, and for new designs we recommend considering the GSX-333.

One of our most competitive cystal products, the GSX49-3 crystal is available over a wide frequency range of 3.578999 ~ 90.0MHz and features a range of excellent frequency tolerance and temperature stability options.

The GSX-531 is now obsolete. For more information on this change please see our Product Change Notice PCN210510 06299 here, or speak to a member of our expert team by calling +44 1460 256 100. For existing designs the GSX-533 or GSX-538 offer a drop-in-replacement options, and for new designs we recommend considering the GSX-333

The GSX-532A is now obsolete. For more information on this change please see our Product Change Notice PCN210512 06299 here, or speak to a member of our expert team by calling +44 1460 256 100. For existing designs the GSX-8A, GSX-533 and GSX-538 offer drop-in-replacement options, and for new designs we recommend considering the GSX-333.

The GSX-532B is now obsolete. For more information on this change please see our Product Change Notice PCN210512 06299 here, or speak to a member of our expert team by calling +44 1460 256 100. For existing designs the GSX-8A, GSX-533 and GSX-538 offer drop-in-replacement options, and for new designs we recommend considering the GSX-333.

Plasma etched inverted mesa technology means the GSX-538 is available at high frequencies from 8.0 ~ 315MHz n fundamental mode. GSX-538 also features a miniature package measuring 5.0 x 3.2 x 0.8mm, and is available in a choice of operating temperature ranges and with a range of temperature stabilities.

The GSX-641 is now obsolete. For more information on this change please see our Product Change Notice PCN210507 06299 here, or speak to a member of our expert team by calling +44 1460 256 100. For existing designs the GSX-6B offers a drop-in-replacement option, and for new designs we recommend considering the GSX-333.

The GSX-6B crystal is available at frequencies between 8.0 ~ 67.0MHz and features a range of excellent frequency tolerance and temperature stability options. The GSX-6B is no longer recommended for new designs, you can find our alternative recommendations here.

The GSX-6C crystal is available at frequencies between 8.0 ~ 67.0MHz and features a range of excellent frequency tolerance and temperature stability options. The GSX-6C is no longer recommended for new designs, you can find our alternative recommendations here.

The GSX-751 is now obsolete. For more information on this change please see our Product Change Notice PCN210506 06299 here, or speak to a member of our expert team by calling +44 1460 256 100. For existing designs the GSX-2 and GSX-758 offer drop-in-replacement options, and for new designs we recommend considering the GSX-333.

The GSX-758 is available at high frequencies in fundamental mode from 50.0 ~ 315MHz. GSX-758 also features a miniature package measuring 7.5 x 5.0 x 1.1mm, and is available in a choice of operating temperature ranges and with a range of temperature stabilities.

The 2-pad miniature GSX-8A crystal is available at frequencies between 8.0 ~ 67.0MHz in fundamental mode. This low cost crystal features a choice of stability options, fully ceramic package and gold plated pad terminations for increased solderability and longevity.

The HC49-3H crystal is available at frequencies between 3.5 ~ 90.0MHz and features a wide range of frequency tolerance and temperature stability options. This leaded crystal with industry standard package has low profile hight of 2.5mm.