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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 HTFH TCXO is now obsolete. Please consider the GTXO-C14T as an alternative product with superior specification options. For more information or to speak to an expert adviser about alternative product recommendations please contact our sales team here.

The HTFL TCXO is now obsolete. Please consider the GTXO-C14T as an alternative product with superior specification options. For more information or to speak to an expert adviser about alternative product recommendations please contact our sales team here.

The HCD210 chassis mounted OCXO provides highly stable sine output up to high frequencies of 100MHz. Featuring excellent temperature stability and a choice of operating temperature ranges, the HCD210 is a great solution when a chassis mounted oven controlled oscillator is needed.

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.

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.

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 TF0035A SAW duplexer is now obsolete. Please consider the TF0123A SAW Duplexer as an alternative product within a smaller 1.8 x 1.4mm surface mount package, or speak to our team today by calling +44 1460 256 100 for more information on this update.

The TF0036A SAW duplexer is now obsolete. Please consider the TF0123A SAW Duplexer as an alternative product within a smaller 1.8 x 1.4mm surface mount package, or speak to our team today by calling +44 1460 256 100 for more information on this update.

The TF0072A SAW duplexer is now obsolete. Please consider the TF0123A SAW Duplexer as an alternative product within a smaller 1.8 x 1.4mm surface mount package, or speak to our team today by calling +44 1460 256 100 or emailing sales@golledge.com for more information on this update.

Ideal for automotive applications and for use within 4G LTE band 1, our TF0120A miniature SAW duplexer has transmit centre frequency (Tx) of 1950MHz and receive centre frequency (Rx) of 2140MHz, and comes with AEC-Q200 qualification as standard.

Ideal for automotive applications and for use within 4G LTE band 4, our TF0122A miniature SAW duplexer has transmit centre frequency (Tx) of 1733MHz and receive centre frequency (Rx) of 2133MHz, and comes with AEC-Q200 qualification as standard.

Ideal for automotive applications and for use within 4G LTE band 7, our TF0124A miniature BAW duplexer has transmit centre frequency (Tx) of 2535MHz and receive centre frequency (Rx) of 2655MHz, and comes with AEC-Q200 qualification as standard.

The TF0125A SAW duplexer has transmit centre frequency (Tx) of 897MHz and receive centre frequency (Rx) of 942MHz. Encased within an ultra-miniature 1.8 x 1.4mm surface mount package, the TF0125A is recommended for 4G LTE band 8 and for automotive applications and comes with AEC-Q200 qualification as standard.

Ideal for automotive applications and for use within 4G LTE band 1, our TF0126A miniature SAW duplexer has transmit centre frequency (Tx) of 1950MHz and receive centre frequency (Rx) of 2140MHz, and comes with AEC-Q200 qualification as standard.

Ideal for automotive applications and for use within 4G LTE band 8, our TF0130A miniature SAW duplexer has transmit centre frequency (Tx) of 897MHz and receive centre frequency (Rx) of 942MHz, and comes with AEC-Q200 qualification as standard.

The ultra-miniature 3.0x3.0mm package of the TA0294H SAW filter makes this product ideal for applications where product-size is key.

The ultra-miniature 3.0x3.0mm package of the TA0294M SAW filter makes this product ideal for applications where product-size is key.

The ultra-miniature 3.0x3.0mm package of the TA0294N SAW filter makes this product ideal for applications where product-size is paramount.

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. 

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. 

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 TA1871A SAW filter has a passband bandwidth of 60MHz centred on frequency 1.88GHz The ultra-miniature 1.1x0.9mm package of the TA1871A makes this product ideal for size-sensitive applications, and insertion loss of only 2.0dB means you can be assured of a strong in-band signal.

The TA1811A SAW filter has a passband bandwidth of 25MHz centred on frequency 881.5MHz The ultra-miniature 1.1x0.9mm package of the TA1811A makes this product ideal for size-sensitive applications, and insertion loss of only 2.30dB means you can be assured of a strong in-band signal.

The ultra-miniature 1.4x1.1mm package of the TA2628A SAW filter makes this product ideal for applications where product-size is paramount. TA2628A is centred on frequency 1.88GHz and also features a passband bandwidth of 58.8MHz.

The GDCF family of discrete crystal filters is now obsolete. For more information or to speak to an expert adviser about alternative product recommendations please contact our sales team here.

The GDCF family of discrete crystal filters is now obsolete. For more information or to speak to an expert adviser about alternative product recommendations please contact our sales team here.

The GDCF family of discrete crystal filters is now obsolete. For more information or to speak to an expert adviser about alternative product recommendations please contact our sales team here.

The active embedded patch antenna with circularly polarized radiation pattern features directional operation to be used in a navigation scenario, where the antenna always keep facing sky to receive satellite signals effectively. Also available with custom cable and connectors.

2.4 ~ 2.5GHz print chip antenna.  Very small package for easy integration into a space-limited design