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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 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 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 highly configurable, low profile GSX49-4 crystal is available at frequencies between 3.18 ~ 90.0MHz and features a range of calibration tolerance, temperature stability, operating temperature range, and circuit condition options. One of our most competitive crystals, you can find full product specifications and configure your product here.

The CM7V03-T1A ultra-low-profiile 32.768kHz surface mount crystal comes in a miniature ceramic surface mount package with metal lid. Excellent shock and vibration performance, coupled with low power consumption as standard, makes this the ideal clock crystal for specialist applications requiring low board height.

The HCD300 OCXO with sine wave output features low profile 36 x 27 x 15mm package with standard European output and is available with supply voltage 5.0V at frequencies from 5.0 ~ 20.0MHz.

The HCD301 oven controlled oscillator with CMOS/TTL output features low profile 36 x 27 x 15mm package with standard European output and is available with supply voltage 5.0V at frequencies from 5.0 ~ 20.0MHz.

The HCD310 OCXO with sine wave output features low profile 36 x 27 x 15mm package with standard European output and is available with supply voltage 12.0V at frequencies from 5.0 ~ 60.0MHz.

Featuring CMOS/TTL output and low profile 36 x 27 x 15mm package, the HCD311 OCXO is available with single oven and oscillator 12V supply at frequencies from 5.0 ~ 50.0MHz.

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.

The CM8V03-T1A 32.768kHz surface mount crystal combines an ultra-minitaure package measuring just 2.0 x 1.2mm (2012) with ultra-low-profile of just 0.35mm. This crystal also fetaures excellent shock and vibration performance, coupled with low power consumption as standard, making this the ideal clock crystal for specialist applications requiring low board height and tiny form-factor package.

The CM9V03-T1A 32.768kHz surface mount crystal combines an ultra-minitaure package measuring just 1.6 x 1.0mm (1610) with ultra-low-profile of just 0.35mm, ideal for close board stacking or ultra-tiny wearable applications. This crystal also fetaures excellent shock and vibration performance, coupled with low power consumption as standard.

The ultra-miniature CM8V-T1A offers a 32.768kHz solution with ultra-low profile package and high shock and vibration resistance. The CM8V-T1A is available in automotive and extended operating temperature ranges, with full AEC-Q200 qualification on request, and features low drive level.

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-83T TCXO solution features a miniature 5.0 x 3.2mm package and offers frequency stability as tight as ±1.0ppm at frequencies from 9.5 ~ 45.0MHz.

The GTXO-83V TCXO solution features a miniature 5.0 x 3.2mm package and offers frequency stability as tight as ±1.0ppm at frequencies from 9.5 ~ 45.0MHz, in addition to ±8ppm minimum frequency adjustment via voltage control.

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.

The low profile HCD370 features exceptionally tight temperature stability of ±5ppb and good phase noise characteristics, the HCD370 OCXO with sine wave output has standard European pin-out and is available with a single 12.0V oven and oscillator supply at frequencies from 5.0 ~ 20.0MHz.

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 MS1V-T1K crystal features unique square profile for pick and place and is available 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.

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.

Encased within a miniature 7.0x5.0mm footprint package, the TA0942A has low insertion loss of only 2.8 dB ensuring a strong within-band signal. TA0942A is centred on frequency 159.0125MHz and also offers the engineer a passband bandwidth of 6.0250MHz.

Th TC0267A 1-port SAW resonator offers the engineer extremely stable resonance at 300MHz. Using surface acoustic wave technology thiscomponent havelow insertion loss of only 1.7dB typical within a miniature 3.8 x 3.8mm surface mount package.

The two pad ceramic package CC5V-T1A with gold plated pads offers excellent solderability and shock and vibration performance at extremely low frequencies. The CC5V-T1A is available from 32.0 ~ 100kHz, is also optionally available with military operating temperature range of -55 to +125°C, and comes with low power consumption as standard.

The GSX-221 ultra-miniature crystal is ideal for wireless and bluetooth applications and is particularly competitive for this size range. Offering tight stability and high reliability due to its seam sealed package and tight calibration tolerance and temperature stability options, this crystal is ideal for new designs requiring an ultra-miniature crystal footprint.

The TB1029A SAW filter offers the engineer a passband bandwidth of 66MHz centred on frequency 745MHz

Available over a wide range of high frequencies, from 52.0 ~ 160MHz, the GVXO-32S offers the engineer superbly low jitter performance, whilst maintaining a fast start up time of only 10ms maximum. A range of frequency stability and frequency pullability options are available making this voltage controlled oscillator suitable for a range of applications.

The GVXO-34L, with 3.3V supply voltage, offers wide frequency pullability of up to ±100ppm at very high frequencies of up to 800MHz. With complementary LV-PECL output, the GVXO-34L comes in a popular telecoms-style package, making it suitable for a wide range of industries and applications.

Perfect for lower frequency, low cost applications that require a voltage controlled oscillator, the GVXO-43H is available at frequencies from 1.544 ~ 30.0MHz and offers a wide range of frequency stability and pullability options. 

The GVXO-533 is available over a very wide frequency range, from 1.0 ~ 125MHz. With an industry-standard 6-pad configuration and miniature 5.0x3.2mm surface mount package, the GVXO-533 is suitable for a wide range of possible applications, also offering a range of frequency stability and pullability options.

The GVXO-53F offers excellent performance at high frequencies thanks to mesa technology. This 6 pad VCXO is available up to 125MHz with a choice of pullability and stability options, and is available with industrial operating temperature range of -40 to +85°C.

The GVXO-753 provides a highly cost effective 3.3V VCXO solution. This 4-pad voltage controlled oscillator offers a range of frequency pullability and frequency stability options and is available with industrial operating temperature range of -40 to +85°C. 

The CM7V-T1A surface mount watch crystal offers high shock and vibration resistance within a miniature ceramic package with metal lid. Optional automotive and military operating temperature ranges means this 32.768kHz crystal is available for a wide range of applications. Low ESR option also available.

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.

Part of our automotive GRX range, the GRX-315 is our dedicated automotive 32.768kHz solution and comes fully AEC-Q200 qualified as standard. The GRX-315 offers particulalry competitive pricing for volume applications and low power consumption for minimal impact on design power budgets.

Encased within a 5.0x3.2mm industry standard package, the GRX-530 comes with AEC-Q200 as standard as part of our dedicated automotive GRX range. Available in frequencies from 9.80-40.0MHz, seam sealing of the miniature ceramic package with metal lid increases ensures the GRX-530 offers excellent long-term stability, ideal for applications such as vehicle telematics, remote keyless entry, camera and audio applications.

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 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 GXO-3332G is now obsolete. For more information on this change please see our Product Change Notice PCN220110 06539 here. For existing designs the GXO-3300 family offer drop-in-replacement parts, and for new designs we recommend considering the GXO-3200 or GXO-3232. Alternatively you can speak to a member of our expert team by calling +44 1460 256 100.

The GXO-3332J is now obsolete. For more information on this change please see our Product Change Notice PCN220110 06539 here. For existing designs the GXO-3300 family offer drop-in-replacement parts, and for new designs we recommend considering the GXO-3200 or GXO-3232. Alternatively you can speak to a member of our expert team by calling +44 1460 256 100.

The GXO-3332L is now obsolete. For more information on this change please see our Product Change Notice PCN220110 06539 here. For existing designs the GXO-3300 family offer drop-in-replacement parts, and for new designs we recommend considering the GXO-3200 or GXO-3232. Alternatively you can speak to a member of our expert team by calling +44 1460 256 100.

The GXO-3332N is now obsolete. For more information on this change please see our Product Change Notice PCN220110 06539 here. For existing designs the GXO-3300 family offer drop-in-replacement parts, and for new designs we recommend considering the GXO-3200 or GXO-3232. Alternatively you can speak to a member of our expert team by calling +44 1460 256 100.

The HCD331 OCXO with CMOS output features low profile package and tight temperature stability as good as ±20ppb. The HCD331 is available with supply voltage 5.0V at frequencies from 13.0 ~ 20.0MHz.

With ultra-low current consumption of only 17nA the RV-1805-C3 boasts the lowest power consumption of our entire range of real time clock modules. This RTC with miniature 3.7 x 2.5mm package and I²C bus interface offers excellent stability for an uncompensated part and incorporates many additional functions including alarm, timer, user RAM and trickle charge.  This product was previously named RV1805C3. The RV-1805-C3 is no longer recommended for new designs, please consider the RV-3028-C7 as a low power solution for new projects.

The RV-3029-C3 is no longer recommended for new designs but is suitable as a drop in replacement for existing designs which require a miniature 3.7 x 2.5mm footprint. The RV-3029-C3 offers excellent time accuracy of ±3ppm (0.26s/day drift) and is temperature compensated, allowing for outstanding ±8ppm stability over extended operating temperature range of -40 to +125ºC. The RV-3029-C3 with I²C bus interface also features great shock and vibration resistance and is available with AEC-Q200 qualification (and full PPAP documentation) on request. This product was previously named RV3029C3.

Featuring frequency stability options as tight as ±1.5ppm, the GTXO-C74T temperature compensated oscillator with CMOS output also offers extremely low phase noise thanks to its sealed crystal design.

Featuring  voltage control and frequency stability options as tight as ±1.5ppm, the GTXO-C74V temperature compensated oscillator with CMOS output also offers extremely low phase noise thanks to its sealed crystal design.

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.

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.

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.

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.

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 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 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 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 low profile HCD371 OCXO with CMOS output is available at frequencies from 5.0 ~ 20.0MHz and features very tight temperature stability of ±5ppb, and very low phase noise characteristics. This OCXO features a single 12.0V supply, which can be optionally configured to 15.0V or 18.0V.

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 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.

The OCXOVST is a Stratum 3 compliant 3.3V oven controlled oscillator with CMOS output, and offers a range of packages including surface mount and robust DIL 14 packages, at frequencies from 10.0kHz ~ 54.0MHz.

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.

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.

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 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.

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.

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-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 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 height of 3.5mm.

The CC2A-T3AH is ideal for harsh environment applications due to its choice of extreme operating temperature ranges including -55 to +175°C. This surface mount crystal is available from 14.0 ~ 40.0MHz, has extremely good shock resistance of 10,000g and vibration resistance of 40g rms 10.0 ~ 2,000Hz, and offers SAC (Sn/Ag/Cu) tinned pad terminations.

The GXO-5332J is now obsolete. For more information on this change please see our Product Change Notice PCN220107 06538 here. For existing designs the GXO-5300 family offer drop-in-replacement parts, and for new designs we recommend considering the GXO-3200 or GXO-3232. Alternatively you can speak to a member of our expert team by calling +44 1460 256 100.

The GXO-5332L is now obsolete. For more information on this change please see our Product Change Notice PCN220107 06538 here. For existing designs the GXO-5300 family offer drop-in-replacement parts, and for new designs we recommend considering the GXO-3200 or GXO-3232. Alternatively you can speak to a member of our expert team by calling +44 1460 256 100.

The GXO-5332N is now obsolete. For more information on this change please see our Product Change Notice PCN220107 06538 here. For existing designs the GXO-5300 family offer drop-in-replacement parts, and for new designs we recommend considering the GXO-3200 or GXO-3232. Alternatively you can speak to a member of our expert team by calling +44 1460 256 100.

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-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 TB0577A SAW filter offers the engineer a passband bandwidth of 27MHz centred on frequency 512.2MHz. The TB0577A is no longer recommended for new designs and is available only for last time buy requests. Speak to a member fo our expert team today for more information on this change.

Encased within a robust surface mount package, the TB0941A SAW filter offers the engineer a passband bandwidth of 3.2MHz centred on frequency 70MHz.

The TA0166A SAW filter offers the engineer a passband bandwidth of 25MHz centred on frequency 881.5MHz

The TA0308A SAW filter offers the engineer a narrow passband bandwidth of 800kHz centred on frequency 315.15MHz

The TA0330A SAW filter offers the engineer a narrow passband bandwidth of 10MHz centred on frequency 821MHz

The TA0490A SAW filter offers the engineer a narrow passband bandwidth of 20MHz centred on frequency 1.228GHz

The TA1048A SAW filter offers the engineer a narrow passband bandwidth of 5MHz centred on frequency 1.457GHz

The TA1238A SAW filter offers the engineer a narrow passband bandwidth of 15MHz centred on frequency 2.0175GHz

The TA1245A SAW filter offers the engineer a narrow passband bandwidth of 1.8MHz centred on frequency 868MHz

The TA1284A SAW filter offers the engineer a narrow passband bandwidth of 16MHz centred on frequency 862MHz

The TA1550A SAW filter offers the engineer a passband bandwidth of 46MHz centred on frequency 1.9946GHz