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With a miniature package measuring 3.0 x 3.0 x 1.15mm, the GSRS TC0630A SAW resonator with frequency tolerance of 156ppm is ideal for size-sensitive applications.

With a miniature package measuring 3.0 x 3.0 x 1.27mm, the GSRS TC0631A SAW resonator with frequency tolerance of 246ppm is ideal for size-sensitive applications.

With tight frequency tolerance of 70ppm about centre frequency 500MHz, the GSRS TC0632A SAW resonator is particularly suitable for wireless communication applications.

The 433.79MHz SAW resonator, GSRS TC0637A, features frequency tolerance of 173ppm and robust 5.0 x 3.5 x 1.6mm package, making it suitable for use in a wide variety of electronic design applications.

The GSRS TC315E1-A SAW resonator with centre frequency of 315MHz features an industry-standard F11 package and has frequency tolerance of 238ppm.

The 315MHz SAW resonator, GSRS TC315GD-A, features frequency tolerance of 238ppm and robust 5.0 x 5.0 x 1.7mm package, making it suitable for use in a wide variety of electronic design applications.

With tight frequency tolerance of 95ppm about centre frequency 315MHz, the GSRS TC315GD-N SAW resonator is particularly suitable for wireless communication applications.

The GSRS TC433E2-A SAW resonator with centre frequency of 433.92MHz featured an industry-standard TO-39 package and frequency tolerance of 173ppm. The TC433E2-A is now obsolete. Please speak to a member of our expert team today for more information on this change and for alternative product recommendations.

The 433.92MHz SAW resonator, GSRS TC433ED-A, features frequency tolerance of 173ppm and robust 5.0 x 5.0 x 1.7mm package, making it suitable for use in a wide variety of electronic design applications.

The GSRS TC433H2-A SAW resonator with centre frequency of 433.98MHz features an industry-standard TO-39 package and has frequency tolerance of 173ppm.

The 434.42MHz SAW resonator, GSRS TC434ED, features frequency tolerance of 173ppm and robust 5.0 x 5.0 x 1.65mm package, making it suitable for use in a wide variety of electronic design applications.

The 433.92MHz SAW resonator, GSRS TD0103A, features frequency tolerance of 173ppm and robust 5.0 x 5.0 x 1.7mm package, making it suitable for use in a wide variety of electronic design applications.

The 915MHz SAW resonator, GSRS TD0105A, features frequency tolerance of 164ppm and robust 5.0 x 5.0 x 1.65mm package, making it suitable for use in a wide variety of electronic design applications.

The 915MHz SAW resonator, GSRS TD0106A, features frequency tolerance of 164ppm and robust 5.0 x 5.0 x 1.65mm package, making it suitable for use in a wide variety of electronic design applications.

The 868.35MHz SAW resonator, GSRS TD0110A, features frequency tolerance of 115ppm and robust 5.0 x 5.0 x 1.65mm package, making it suitable for use in a wide variety of electronic design applications.

The 434.42MHz SAW resonator, GSRS TD0114A, features frequency tolerance of 173ppm and robust 5.0 x 5.0 x 1.7mm package, making it suitable for use in a wide variety of electronic design applications.

The 1.09GHz SAW resonator, GSRS TD0116A, features frequency tolerance of 183ppm and robust 3.8 x 3.8 x 1.5mm package, making it suitable for use in a wide variety of electronic design applications.

With a miniature package measuring 3.0 x 3.0 x 1.15mm, the GSRS TD0125A SAW resonator with frequency tolerance of 273ppm is ideal for size-sensitive applications.

With tight frequency tolerance of 256ppm about centre frequency 390MHz, the GSRS TE0109A SAW resonator is particularly suitable for wireless communication 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. 

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

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.

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

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 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 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 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.

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 high-frequency fundamental GXO-5300N features extended temperature range options of -40 to +125°C. This 3.0V oscillator is a high-precision component featuring frequency stabilities as tight as ±2.5ppm at high frequencies of up to 160MHz. 

The GXO-U115S 5.0V oscillator features standard 15pF CMOS drive ability, in addition to excellent frequency stability options available at low frequencies.