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The GVXO-52 is now obsolete and was scheduled for last time buy orders 29th August 2020. For more information on this change please see our Product Change Notice PCN200504 05838 here, or speak to a member of our expert team by calling +44 1460 256 100. For new designs please consider the GVXO-L33L here.

The VCXO2EV is the ideal voltage controlled oscillator solution for harsh environments. Available with good pulling range over multiple operating temperature range options, including the extreme temperature range of -10 to +210°C, the VCXO2EV also features fast start up and good shock and vibration resistance up to 10,000g.

The GSX-1A two-pad fully ceramic SM package crystal, is available in a variety of oscillation modes, including fundamental up to 50.0MHz. Available at frequencies from 5.0-84.0MHz, and with a range of temperature stabilities and operating temperature ranges up to -40 to +85°C.

The GSX-1C crystal comes in a two-pad fully ceramic SM package with extended pitch between pads of 5.08kmm. Available in a variety of oscillation modes, including fundamental up to 50.0MHz, in frequencies from 5.0-84.0MHz, and with a range of temperature stabilities and operating temperature ranges up to -40 to +85°C.

The GSX-533 is available at high frequencies from 8.0 ~ 160MHz and features a miniature package measuring 5.0 x 3.2 x 0.9mm. Available in a choice of operating temperature ranges and with a range of temperature stabilities and calibration tolerances as tight as ±10ppm, this crystal also features excellent ageing options and low drive level.

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.

Due to technology improvements the RV-8564-C3 with I²C bus interface is no longer recommended for new designs but is fully available for existing design-ins. For new designs that require low power consumption please consider the smaller and more competitive RV-1805-C3 or RV-4162-C7 for designs where highly competitive pricing is paramount. This product was previously named RV8564C3.

The RV-2123-C2 real time clock (RTC) module offers the engineer SPI bus interface with low supply voltage options within a miniature surface mount package. A time-saving all-in-one solution with our lowest power consumption for an SPI bus module, this uncompensated solution also features excellent shock and vibration resistance and optional AEC-Q200 qualification.

Due to technology improvements the RV-3029-C2 is no longer recommended for new designs but is suitable as a drop in replacement for existing designs within a 5.0 x 3.2mm footprint which require I²C bus 2-wire serial interface and frequency stability over temperature ranges as wide as -40 to +125ºC. For new designs that require extended temperature ranges please consider the smaller and more competitive RV-3129-C3 or RV-8803-C7 for designs where power consumption is paramount. This product was previously named RV3029C2.

Due to technology improvements the RV-3049-C2, SPI bus RTC is no longer recommended for new designs but is suitable as a drop in replacement for existing designs within a 5.0 x 3.2mm footprint and which require SPI bus and frequency stability over extended temperature ranges as wide as -40 to +125ºC. For new designs that require temperature compensation over extended temperature ranges please consider the smaller and more competitive RV-3149-C3. This product was previously named RV3049C2.

Due to technology improvements the RV-8564-C2 is no longer recommended for new designs but is suitable as a drop in replacement for existing designs within a 5.0 x 3.2mm footprint which require I²C bus 2-wire serial interface and current consumption of up to 250nA. For new designs that require low power consumption please consider the smaller and more competitive RV-1805-C3 or RV-4162-C7 for designs where highly competitive pricing is paramount.

The GTXO-530T TCXO is now obsolete. Find our alternative product recommendations here and for more information please speak to an expert adviser by contacting our sales team here.

The GTXO-530V TCXO is now obsolete. Find our alternative product recommendations here and for more information please speak to an expert adviser by contacting our sales team here.

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

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-71T temperature compensated oscillator is now obsolete. The GTXO-71T was available at frequencies from 10.0 ~ 26.0MHz and featured a 7.2 x 5.2mm footprint package. You can find more information and alternative product recommendations 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 MCSO2 5.0V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The miniature MCSO2H 5.0V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The miniature MCSO2HV 3.3V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The miniature MCSO2HW 2.5V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The miniature MCSO2HZ 1.8V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The miniature MCSO2V 3.3V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The miniature MCSO2W 2.5V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The miniature MCSO2Z 1.8V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The HCD181 OCXO with CMOS output features 46 x 36 x 15mm package with separate 12.0V oven and oscillator voltage supplies, and is available at low frequencies from 30.0kHz ~ 5.0MHz.

The low frequency HCD191 OCXO with CMOS output features 46 x 36 x 15mm package and single 12.0V oven and oscillator voltage supply, and is available at low frequencies from 30.0kHz ~ 5.0MHz.

The HCD380 oven controlled oscillator with sine wave output is available at very high frequencies up to 100MHz with very low phase noise of -160dBc/Hz @ 10kHz, thanks to a no multiplier design. This OCXO also features excellent temperature stability and standard european pin-out. 

The HCD381 OCXO with CMOS output is available at very high frequencies up to 100MHz with very low phase noise of -160dBc/Hz @ 10kHz, thanks to a no multiplier design. This OCXO also features excellent temperature stability and standard european pin-out. 

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.

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.

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 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-309 crystal was available at frequencies between 4.0 ~ 30.0MHz and featured a range of excellent frequency tolerance and temperature stability options. This product is now obsolete, please contact our team for more details or for a replacement product recommendation.