DISTRIBUTOR OF GOLLEDGE FREQUENCY CONTROLPRODUCTS

Quartz crystal resonators are thin slices of quartz that vibrate at a precise frequency when an AC signal of a matching frequencyis applied to them. They are commonly used in oscillator circuits for many different applications and can be found in everyday electronic devices for timing and frequency control.

Crystal oscillators are electronic circuits that use a quartz crystal as the resonant element to generate an accurate frequency reference. Our highlighted key clock oscillator products are chosen for their combination of highly competitive commercial pricing and large range of developed frequencies and specifications.

Golledge provides a range of quality VCXOs, an appliance that is commonly used in timekeeping applications where synchronization with another source is needed. They are also used FM and FSK radio transmitters that need their reference to be frequency modulated. VCXOs allow for a small pull or adjustment in the frequency using a voltage control. If you are in need of a high-quality VCXO product, Golledge is sure to have the exact type perfect for your needs.

Golledge Electronics provide a full range of (VC)TCXO products to support our clients in building and creating reliable applications and electronic products. All of the highlighted key VCTCXO and TCXO products are chosen for their combination of highly competitive commercial pricing, high performance, and their large range of developed frequencies and specifications.

OCXO stands for Oven Controlled Crystal Oscillator. It is a type of crystal oscillator that uses a temperature-controlled oven to maintain the crystal and oscillator circuit at a constant temperature, making it more stable and accurate than other types of crystal oscillators, such as XOs, VCXOs and TCXOs. As experts in frequency control products and crystal oscillators of all types, Golledge Electronics can readily provide a wide range of OCXOs to suit the needs of your projects and builds.

Real Time Clocks (RTC) play an essential role in our daily lives, ensuring precise tracking of time and date down to the second. To achieve their exceptional accuracy and ultra-low power consumption, RTCs utilise quartz tuning fork crystal oscillators. These enable them to maintain reliable timekeeping while drawing minimal battery power, even when the device they’re part of is turned off.

Golledge offers a wide range of crystal filter types and specifications. Key crystal filter products are chosen for their combination of competitive commercial pricing compact packages and a wide range of developed frequencies and bandwidths.

Surface Acoustic Wave (SAW) Filters are small-sized, yet powerful filtering circuits ideal for receiver input circuits which help electronic devices filter out and avoid interference from their general surroundings.

A SAW (Surface Acoustic Wave) resonator is a type of resonator, similar to a crystal that uses surface acoustic waves to generate a resonance in place of the waves traveling through the thickness of a crystal resonator. SAW resonators are commonly used in a variety of electronic applications such as car key fob transmitters where a cheap and compact circuit is needed above the frequency range achievable with a crystal.

SAW duplexers are devices that are used in radio frequency (RF) communication systems to allow separate signals of two different frequency bands on the same connection. Typically they are used to allow a transmitter and a receiver to share the same antenna.

Golledge Electronics offers a wide range of high-quality, cost-effective SAW Duplexer products to assist customers in their production needs.

Golledge's compact ceramic DR Filter range are suited for application in 802.11ac, 802.11ax, WiFi 5G triband, LTE, DSRC (V2V), small cells and more.

Golledge's portfolio includes patch, chip, and metal rod antennas, which are ideal for a wide range of applications such as GPS receivers, Wi-Fi routers, and other small but essential electronic devices. Our antennas are designed to deliver reliable performance, high efficiency, and optimal signal reception.