Oscillators

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.

Designed specially for extreme environments, the MCSO2EH is available at high frequencies from 20.0 ~ 100MHz. This rugged 5.0V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

Designed specially for extreme environments, the MCSO2EHV is available at high frequencies from 20.0 ~ 100MHz. This rugged 3.3V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

Designed specially for extreme environments, the MCSO2EHW is available at high frequencies from 20.0 ~ 100MHz. This rugged 2.5V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

Designed especially for extreme environments, the MCSO6E miniature 5.0V oscillator is available over wide frequency range of 10.0kHz ~ 60.0MHz with superb shock and vibration resistance and optional -55 to +210°C extreme operating temperature range.

Designed especially for extreme environments, the MCSO6EV miniature 3.3V oscillator is available over wide frequency range of 10.0kHz ~ 60.0MHz with superb shock and vibration resistance and optional -55 to +210°C extreme operating temperature range.

Designed especially for extreme environments, the MCSO6EW miniature 2.5V oscillator is available over wide frequency range of 10.0kHz ~ 60.0MHz with superb shock and vibration resistance and optional -55 to +210°C extreme operating temperature range.

An ultra-miniature 32.768kHz oscillator, the OV7604C7 is operable from 1.2-5.5V, and features tight calibration tolerance and ultra-low current consumption of 0.3μA typical. This low frequency oscillator is also available with optional AEC-Q200 qualification.

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.

The high-frequency fundamental GXO-3200G 1.8V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-3200J 2.5V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-3200L 3.3V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The GXO-3203G ultra-miniature oscillator is available from 2.0MHz up to 60MHz and offers excellent stability characteristics in an ultra-miniature 2.5 x 2.0mm package.

The high-frequency fundamental GXO-3300G 1.8V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-3300J 2.5V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-3300L 3.3V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The GXO-3301D 0.9V ultra-miniature oscillator features very low supply voltage of 0.9V, tight stability options, and fast start up time.

The GXO-3301E ultra-miniature oscillator features very low supply voltage of 1.2V, tight stability options, and fast start up time.

The GXO-3301F oscillator features very low supply voltage of 1.5V, tight stability options, ultra-miniature package, and fast start up time.

The GXO-3301G oscillator is available with 1.8V supply voltage over frequency range 0.625 ~ 50.0MHz. This oscillator features low current consumption as standard.

The GXO-3301L oscillator is available at frequencies within the 0.625 ~ 50.0MHz range and is operable at any supply voltage from 2.5V-3.3V. This oscillator features tight frequency stability and low current consumption as standard.

Featuring ultra-low phase jitter of just 0.04ps typical, the GXO-3306G also has miniature 3.2 x 2.5mm package, requires 1.8V supply voltage, and features superbly low phase noise characteristics.

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.

Featuring ultra-low phase jitter of just 0.04ps typical, the GXO-3306L also has ultra-miniature 3.2 x 2.5mm package, requires 3.3V supply voltage, and features superbly low phase noise characteristics.

The high-frequency fundamental GXO-5300G 1.8V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-5300J 2.5V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-5300L 3.3V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-7500G 1.8V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-7500J 2.5V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

The high-frequency fundamental GXO-7500L 3.3V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. This oscillator also features extended temperature range options of -40 to +125°C.

Featuring ultra-low phase jitter of just 0.04ps typical, the GXO-7506G also has surface mount 7.5 x 5.0mm package, requires 1.8V supply voltage, and features superbly low phase noise characteristics.

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.

Featuring ultra-low phase jitter of just 0.04ps typical, the GXO-7506L also has surface mount 7.5 x 5.0mm package, requires 3.3V supply voltage, and features superbly low phase noise characteristics.

Designed for high speed data transfer, the miniature 2.5V GXO-E31J features a multiplier-free design for excellent phase jitter performance of just 0.3ps typical, and produces complementary LV-PECL output.

Designed for high speed data transfer, the miniature 3.3V GXO-E31L features a multiplier-free design for excellent phase jitter performance of just 0.3ps typical, and produces complementary LV-PECL output.

Designed for high speed data transfer, the 2.5V GXO-E51J features a multiplier-free design for excellent phase jitter performance of just 0.3ps typical, and produces complementary LV-PECL output.

Designed for high speed data transfer, the 3.3V GXO-E51L features a multiplier-free design for excellent phase jitter performance of just 0.3ps typical, and produces complementary LV-PECL 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.

Designed for high speed data transfer, the 2.5V GXO-L51J 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 3.3V GXO-L51L features a multiplier-free design for excellent phase jitter performance of just 0.3ps typical, and produces LVDS output.

The 1.8V GXO-L71G features excellent phase jitter performance of just 0.3ps typical, and produces LVDS output. This oscillator also has power saving with stand-by current of only 30uA, making it ideal for high spead data transfer with low power requirement.

The 2.5V GXO-L71J produces LVDS output and features excellent phase jitter performance of just 0.3ps typical. This low power oscillator also features stand-by current of only 30uA, making it ideal for high spead data transfer.

Designed for high speed data transfer, the 3.3V GXO-L71L features excellent phase jitter performance of just 0.3ps typical, and produces LVDS output. This oscillator also has power saving with stand-by current of only 30uA.

The 5.0V GXO-U100F leaded oscillator features full size DIL-14 package and is available over a very wide frequency range of 125kHz ~ 160MHz with good frequency stability options and up to 50pF high drive capability.

The 5.0V GXO-U100H leaded oscillator features DIL-8 package and is available over a very wide frequency range of 125kHz ~ 160MHz with good frequency stability options and up to 50pF high drive capability.

The 5.0V GXO-U101F leaded oscillator features full size DIL-14 package and is available over a very wide frequency range of 125kHz ~ 160MHz with good frequency stability options and up to 50pF high drive capability. This oscillator also features enable/disable tristate functionality.

The 5.0V GXO-U101H leaded oscillator features DIL-8 package and is available over a very wide frequency range of 125kHz ~ 160MHz with good frequency stability options and up to 50pF high drive capability. This oscillator also features enable/disable tristate functionality.

The 3.3V GXO-U102F leaded oscillator features full size DIL-14 package and is available over a very wide frequency range of 125kHz ~ 200MHz with good frequency stability options and up to 30pF high drive capability. 

The 3.3V GXO-U102H leaded oscillator features DIL-8 package and is available over a very wide frequency range of 125kHz ~ 160MHz with good frequency stability options and up to 30pF high drive capability.

The 3.3V GXO-U103F leaded oscillator features full size DIL-14 package and is available over a very wide frequency range of 125kHz ~200MHz with good frequency stability options and up to 30pF high drive capability. This oscillator also features enable/disable tristate functionality.

The 3.3V GXO-U103H leaded oscillator features DIL-8 package and is available over a very wide frequency range of 125kHz ~ 160MHz with good frequency stability options and up to 30pF high drive capability. This oscillator also features enable/disable tristate functionality.

The GXO-U108H features industry-standard 7.5 x 5.0mm ceramic package with metal lid and gold plated pads as standard. This 5.0V oscillator is available over a wide frequency range of 1.8~80.0MHz and features enable/disable functionality and high 50pF CMOS driving ability.

Operating at 3.3V supply voltage the GXO-U108L offers the engineer tight stabilities of up to ±20pmm with frequencies available up to 170MHz. Built-in power saving ensures the required supply current remains low, even at high frequencies and industrial operating temperature range of -40 to +85ºC is available. The GXO-U108L comes encased within a robust 7x5mm ceramic package with metal lid.

The GXO-U108P features industry-standard 7.5 x 5.0mm ceramic package with metal lid and gold plated pads as standard. This 5.0V oscillator is available over a wide frequency range of 12.0kHz~170MHz and features enable/disable functionality with power saving.

The GXO-U109G features industry-standard 7.5 x 5.0mm ceramic package with metal lid and gold plated pads as standard. This 1.8V oscillator is available over a wide frequency range of 1.8~160MHz and features enable/disable functionality with power saving.

The GXO-U109J features industry-standard 7.5 x 5.0mm ceramic package with metal lid and gold plated pads as standard. This 2.5V oscillator is available over a wide frequency range of 1.8~160MHz and features enable/disable functionality with power saving.

The GXO-U109K features industry-standard 7.5 x 5.0mm ceramic package with metal lid and gold plated pads as standard. This 2.8V oscillator is available over a wide frequency range of 1.8~160MHz and features enable/disable functionality with power saving.

Available at frequencies from 1.8 ~ 50.0MHz, the GXO-U113H 5.0V surface mount oscillator features high driving ability of up to 50pF in a small 6.0 x 3.5 x 1.2mm ceramic package with metal lid.

Available at frequencies from 1.8 ~ 50.0MHz, the GXO-U113L 5.0V surface mount oscillator features small 6.0 x 3.5 x 1.2mm ceramic package with metal lid and comes with enable/disable power saving function as standard.

Available at frequencies from 1.8 ~ 50.0MHz, the GXO-U113S 5.0V surface mount oscillator features low supply current of just 25mA (frequency dependent) in a small 6.0 x 3.5 x 1.2mm ceramic package with metal lid.

The 1.8V GXO-U114G 6.0 x 3.5mm oscillator is available at high frequencies from 30.0 ~ 70.0MHz and offers excellent frequency stability options and low current consumption over a wide -40 to +85°C operating temperature range.

The GXO-U115G 1.8V oscillator features extremely low current consumption of only 10uA thanks to its power-saving stand-by mode. This oscillator also provides excellent frequency stability options and 15pF CMOS driving ability.

The GXO-U115H 5.0V oscillator features 50pF CMOS high drive ability, in addition to excellent frequency stability options.

The GXO-U115J 2.5V oscillator features extremely low current consumption of only 10uA thanks to its power-saving stand-by mode. This oscillator also provides excellent frequency stability options and 15pF CMOS driving ability.

The GXO-U115L 3.3V oscillator features extremely low current consumption of only 10uA thanks to its power-saving stand-by mode. This oscillator also provides excellent frequency stability options and 15pF CMOS driving ability.

The ultra-miniature 3.2 x 2.5mm GXO-U119G 1.8V oscillator is available over a wide frequency range of 1.8 ~ 133MHz and features a choice of excellent frequency stability options along with fast rise/fall specifications.

The ultra-miniature 3.2 x 2.5mm GXO-U119J 2.5V oscillator is available over a wide frequency range of 1.8 ~ 170MHz and features a choice of excellent frequency stability options along with fast rise/fall specifications.

The ultra-miniature 3.2 x 2.5mm GXO-U119L 3.3V oscillator is available over a wide frequency range of 1.8 ~ 170MHz and features a choice of excellent frequency stability options along with fast rise/fall specifications.

The GXO-U120G 1.8V oscillator is available over a very wide frequency range of 1.8 ~ 133MHz, and features tight frequency stability options along with ultra-miniature 2.5 x 2.0 x 0.9mm and ceramic package with metal lid.

The GXO-U120J 2.5V oscillator is available over a very wide frequency range of 1.8 ~ 170MHz, and features tight frequency stability options along with ultra-miniature 2.5 x 2.0 x 0.9mm and ceramic package with metal lid.

The GXO-U120L 3.3V oscillator is available over a very wide frequency range of 1.8 ~ 170MHz, and features tight frequency stability options along with ultra-miniature 2.5 x 2.0 x 0.9mm and ceramic package with metal lid.

The GXO-U121G 1.8V oscillator is available over a very wide frequency range of 1.8 ~ 133MHz, and features tight frequency stability options along with ultra-miniature 2.05 x 1.65 x 0.85mm and ceramic package with metal lid.

The GXO-U121J 2.5V oscillator is available over a very wide frequency range of 1.8 ~ 170MHz, and features tight frequency stability options along with ultra-miniature 2.05 x 1.65 x 0.85mm and ceramic package with metal lid.

The GXO-U121L 3.3V oscillator is available over a very wide frequency range of 1.8 ~ 170MHz, and features tight frequency stability options along with ultra-miniature 2.05 x 1.65 x 0.85mm and ceramic package with metal lid.

The GXO-U129L 3.3V oscillator offers very tight frequency stability options, including as tight as ±10ppm inclusive of calibration tolerance, operating temperature range, supply voltage change, load change, ageing and shock and vibration.

The GXO-U129P 5.0V oscillator offers very tight frequency stability options, including as tight as ±10ppm inclusive of calibration tolerance, operating temperature range, supply voltage change, load change, ageing and shock and vibration.

The GXO-U129S 5.0V oscillator offers very tight frequency stability options, including as tight as ±10ppm inclusive of calibration tolerance, operating temperature range, supply voltage change, load change, ageing and shock and vibration.

The 5.0V MCSO offers high shock and vibration resistance over wide operating temperature ranges including -55 to +125°C military temperature range. This low frequency oscillator provides CMOS output with excellent frequency stability.

Featuring excellent 5,000g shock resistance and 20g vibration resistance, the MCSO1 5.0V oscillator is ideal for military and defence applications and includes optional -55 to +125°C extended temperature range. 

Specially developed for extreme environments, the MCSO1E is available at low frequencies from 32.0kHz to 20.0MHz. This rugged 5.0V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

Designed specially for extreme environments, the MCSO1EH is available at high frequencies from 20.0~100MHz. This rugged 5.0V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

Designed specially for extreme environments, the MCSO1EHV is available at high frequencies from 20.0~100MHz. This rugged 3.3V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

Designed specially for extreme environments, the MCSO1EHW is available at high frequencies from 20.0~100MHz. This rugged 3.3V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

The 5.0V MCSO1EL oscillator is available over low frequency range of 10.0~50.0kHz. Specially developed for extreme environments the MCSO1EL has optional -55 to +200°C operating temperature range, ideal for applications such as down-hole, avionics and geothermal. This oscillator also features excellent shock and vibration resistance.

The MCSO1ELS 5.0V oscillator in robust 7.86 x 3.6 x 2.2mm package features extra-tight frequency stability options over extreme operating temperature ranges, and excellent vibration resistance of 80g rms 10~2,000Hz.

The MCSO1ELSV 3.3V oscillator in robust 7.86 x 3.6 x 2.2mm package features extra-tight frequency stability options over extreme operating temperature ranges, and excellent vibration resistance of 80g rms 10~2,000Hz.

The MCSO1ELSW 2.5V oscillator in robust 7.86 x 3.6 x 2.2mm package features extra-tight frequency stability options over extreme operating temperature ranges, and excellent vibration resistance of 80g rms 10~2,000Hz.

The 3.3V MCSO1ELV oscillator is available over low frequency range of 10.0~50.0kHz. Specially developed for extreme environments the MCSO1ELV has optional -55 to +200°C operating temperature range, ideal for applications such as down-hole, avionics and geothermal. This oscillator also features excellent shock and vibration resistance.

The 2.5V MCSO1ELW oscillator is available over low frequency range of 10.0~50.0kHz. Specially developed for extreme environments the MCSO1ELW has optional -55 to +200°C operating temperature range, ideal for applications such as down-hole, avionics and geothermal. This oscillator also features excellent shock and vibration resistance.

Available over low frequency range of 32.0kHz~30.0MHz, the MCSO1ES CMOS 5.0V oscillator features good frequency stability over extreme operating temperature range of -10 to +210°C.

Available over high frequency range of 30.0~100MHz, the MCSO1ESH CMOS 5.0V oscillator features good frequency stability over extreme operating temperature range of -10 to +210°C.

Available over high frequency range of 30.0~100MHz, the MCSO1ESHV CMOS 3.3V oscillator features good frequency stability over extreme operating temperature range of -10 to +210°C.

Available over high frequency range of 30.0~100MHz, the MCSO1ESHW CMOS 2.5V oscillator features good frequency stability over extreme operating temperature range of -10 to +210°C.

Available over low frequency range of 32.0kHz~30.0MHz, the MCSO1ESV CMOS 3.3V oscillator features good frequency stability over extreme operating temperature range of -10 to +210°C.

Available over low frequency range of 32.0kHz~30.0MHz, the MCSO1ESW CMOS 2.5V oscillator features good frequency stability over extreme operating temperature range of -10 to +210°C.

Specially developed for extreme environments, the MCSO1EV is available at low frequencies from 32.0kHz to 20.0MHz. This rugged 3.3V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

Specially developed for extreme environments, the MCSO1EW is available at low frequencies from 32.0kHz to 20.0MHz. This rugged 2.5V oscillator offers extreme operating temperature range options, including -55 to +210°C, and features high shock and vibration resistance, perfect for extreme applications such as down-hole, avionics and geothermal designs.

The MCSO1FHV 3.3V oscillator is available at very high frequencies of 20.0 ~ 225MHz. This robust CMOS oscillator provides excellent low jitter performance in addition to providing high shock and vibration resistance.

The MCSO1FHW 2.5V oscillator is available at very high frequencies of 20.0 ~ 225MHz. This robust CMOS oscillator provides excellent low jitter performance in addition to providing high shock and vibration resistance.

The MCSO1FHZ 1.8V oscillator is available at very high frequencies of 20.0 ~ 225MHz. This robust CMOS oscillator provides excellent low jitter performance in addition to providing high shock and vibration resistance.

The MCSO1FV 3.3V oscillator is available at very low frequencies of 10.0kHz ~ 20.0MHz. This robust CMOS oscillator provides excellent low jitter performance in addition to providing high shock and vibration resistance.

The MCSO1FW 2.5V oscillator is available at very low frequencies of 10.0kHz ~ 20.0MHz. This robust CMOS oscillator provides excellent low jitter performance in addition to providing high shock and vibration resistance.

The MCSO1FZ 1.8V oscillator is available at very low frequencies of 10.0kHz ~ 20.0MHz. This robust CMOS oscillator provides excellent low jitter performance in addition to providing high shock and vibration resistance.

Featuring excellent 5,000g shock resistance and 20g vibration resistance, the MCSO1H 5.0V oscillator is ideal for military and defence applications and includes optional -55 to +125°C extended temperature range. 

Featuring excellent 5,000g shock resistance and 20g vibration resistance, the MCSO1HV 3.3V oscillator is ideal for military and defence applications and includes optional -55 to +125°C extended temperature range. 

Featuring excellent 5,000g shock resistance and 20g vibration resistance, the MCSO1HW 2.5V oscillator is ideal for military and defence applications and includes optional -55 to +125°C extended temperature range. 

Featuring excellent 5,000g shock resistance and 20g vibration resistance, the MCSO1HZ 1.8V oscillator is ideal for military and defence applications and includes optional -55 to +125°C extended temperature range. 

Featuring excellent 5,000g shock resistance and 20g vibration resistance, the MCSO1V 3.3V oscillator is ideal for military and defence applications and includes optional -55 to +125°C extended temperature range. 

Featuring excellent 5,000g shock resistance and 20g vibration resistance, the MCSO1W 2.5V oscillator is ideal for military and defence applications and includes optional -55 to +125°C extended temperature range. 

Featuring excellent 5,000g shock resistance and 20g vibration resistance, the MCSO1W 1.8V oscillator is ideal for military and defence applications and includes optional -55 to +125°C extended temperature range. 

The miniature MCSO2 5.0V oscillator features excellent shock and vibration resistance over extended -55 to +125°C temperature range.

The 5.0V MCSO2EL oscillator is available over low frequency range of 10.0~50.0kHz. Specially developed for extreme environments the MCSO2EL has optional -55 to +200°C operating temperature range, ideal for applications such as down-hole, avionics and geothermal. This oscillator also features excellent shock and vibration resistance.

The 3.3V MCSO2ELV oscillator is available over low frequency range of 10.0~50.0kHz. Specially developed for extreme environments the MCSO2ELV has optional -55 to +200°C operating temperature range, ideal for applications such as down-hole, avionics and geothermal. This oscillator also features excellent shock and vibration resistance.

The 2.5V MCSO2ELW oscillator is available over low frequency range of 10.0~50.0kHz. Specially developed for extreme environments the MCSO2ELW has optional -55 to +200°C operating temperature range, ideal for applications such as down-hole, avionics and geothermal. This oscillator also features excellent shock and vibration resistance.

The low frequency 3.3V MCSO2EUV CMOS oscillator is available at frequencies from 10.0 ~ 50.0kHz, and features superb shock and vibration resistance over extended operating temperature range of -55 to +175°C.

The low frequency 2.5V MCSO2EUW CMOS oscillator is available at frequencies from 10.0 ~ 50.0kHz, and features superb shock and vibration resistance over extended operating temperature range of -55 to +175°C.

The low jitter MCSO2FHV 3.3V oscillator is available over high frequency range of 20.0 ~ 225MHz. This oscillator features good frequency stability over extended operating temperature range of -55 to +125°C.

The low jitter MCSO2FHW 2.5V oscillator is available over high frequency range of 20.0 ~ 225MHz. This oscillator features good frequency stability over extended operating temperature range of -55 to +125°C.

The low jitter MCSO2FHZ 1.8V oscillator is available over high frequency range of 20.0 ~ 225MHz. This oscillator features good frequency stability over extended operating temperature range of -55 to +125°C.

The low jitter MCSO2FV 3.3V oscillator is available over low frequency range of 10.0kHz ~ 20.0MHz. This oscillator features good frequency stability over extended operating temperature range of -55 to +125°C.

The low jitter MCSO2FW 2.5V oscillator is available over low frequency range of 10.0kHz ~ 20.0MHz. This oscillator features good frequency stability over extended operating temperature range of -55 to +125°C.

The low jitter MCSO2FZ 1.8V oscillator is available over low frequency range of 10.0kHz ~ 20.0MHz. This oscillator features good frequency stability over extended operating temperature range of -55 to +125°C.

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 MCSO2LV 3.3V 6-pad oscillator produces LVDS output and has excellent shock and vibration resistance. This oscillator offers very good frequency stability options over extended-55 to +125°C operating temperature range, perfect for defence and similar applications.

The MCSO2LW 2.5V 6-pad oscillator produces LVDS output and has excellent shock and vibration resistance. This oscillator offers very good frequency stability options over extended-55 to +125°C operating temperature range, perfect for defence and similar applications.

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 miniature 5.0V MCSO6 oscillator is available over the wide frequency range of 10.0kHz ~ 155MHz, and offers very good frequency stability options over extended -55 to +125°C operating temperature range.

The miniature CMOS oscillator MCSO6FV features low jitter characteristics in addition to excellent shock and vibration resistance over extended -55 to +125°C operating temperature range. This 3.3V oscillator also has optional enable/disable tristate functionality.

The miniature CMOS oscillator MCSO6FW features low jitter characteristics in addition to excellent shock and vibration resistance over extended -55 to +125°C operating temperature range. This 2.5V oscillator also has optional enable/disable tristate functionality.

The miniature 3.3V MCSO6V oscillator is available over the wide frequency range of 10.0kHz ~ 155MHz, and offers very good frequency stability options over extended -55 to +125°C operating temperature range.

The miniature 2.5V MCSO6W oscillator is available over the wide frequency range of 10.0kHz ~ 155MHz, and offers very good frequency stability options over extended -55 to +125°C operating temperature range.

The 3.3V MCSOFHV offers low jitter performance over wide operating temperature ranges including -55 to +125°C military temperature range. This high frequency oscillator provides CMOS output with excellent frequency stability and high shock and vibration resistance.

The 2.5V MCSOFHW offers low jitter performance over wide operating temperature ranges including -55 to +125°C military temperature range. This high frequency oscillator provides CMOS output with excellent frequency stability and high shock and vibration resistance.

The 3.3V MCSOFV offers low jitter performance over wide operating temperature ranges including -55 to +125°C military temperature range. This low frequency oscillator provides CMOS output with excellent frequency stability and high shock and vibration resistance.

The 2.5V MCSOFW offers low jitter performance over wide operating temperature ranges including -55 to +125°C military temperature range. This low frequency oscillator provides CMOS output with excellent frequency stability and high shock and vibration resistance.

The 5.0V MCSOH offers high shock and vibration resistance over wide operating temperature ranges including -55 to +125°C military temperature range. This high frequency oscillator provides CMOS output with excellent frequency stability.

The 3.3V MCSOHV offers high shock and vibration resistance over wide operating temperature ranges including -55 to +125°C military temperature range. This high frequency oscillator provides CMOS output with excellent frequency stability.

The 2.5V MCSOHW offers high shock and vibration resistance over wide operating temperature ranges including -55 to +125°C military temperature range. This high frequency oscillator provides CMOS output with excellent frequency stability.

The 3.3V MCSOV offers high shock and vibration resistance over wide operating temperature ranges including -55 to +125°C military temperature range. This low frequency oscillator provides CMOS output with excellent frequency stability.

The 2.5V MCSOW offers high shock and vibration resistance over wide operating temperature ranges including -55 to +125°C military temperature range. This low frequency oscillator provides CMOS output with excellent frequency stability.

The OM0100C7 miniature 100kHz oscillator is operable from 1.2~5.5V, and features low current consumption of just 0.65μA typical. 

The OM0100C8 ultra-miniature 100kHz oscillator is operable from 1.6~5.5V, and features very low current consumption of just 0.55μA typical. 

An ultra-miniature 32.768kHz oscillator, the OM7605C8 is operable from 1.6~5.5V and features tight calibration tolerance and ultra-low current consumption of 0.45μA typical. 

An ultra-miniature 1.6 x 1.0mm package 32.768kHz oscillator, the OM7605C9 is operable from 1.6~5.5V and features ultra-low current consumption of 0.45μA typical.

The fully ceramic OV0100C7 miniature 100kHz oscillator is operable from 1.2~5.5V, and features low current consumption of just 0.65μA typical. This oscillator is perfect for specialist material-sensitive applications.

The fully ceramic OV0100C8 ultra-miniature 100kHz oscillator is operable from 1.6~5.5V, and features very low current consumption of just 0.55μA typical. This oscillator is pefect for specialist material-sensitive applications.

A fully ceramic ultra-miniature 32.768kHz oscillator, the OV7605C8 is operable from 1.6~5.5V, and features tight calibration tolerance and ultra-low current consumption of 0.45μA typical. 

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