Oscillators

What are crystal oscillators used for?

Due to their compact size and relatively low cost, crystal oscillators have become extensively used in a wide range of timekeeping applications, electronic equipment and day-to-day technology that we take for granted.

The high stability and low temperature coefficient of quartz make crystal oscillators a preferred choice for the majority of precision frequency applications.

Our highlighted key clock oscillator products are chosen for their combination of highly competitive commercial pricing and large range of developed frequencies and specifications.

Crystal oscillators can be used in many applications, specifically in timing, frequency generation, and synchronization for radio and communication systems, computer clocks, and other electronic devices. 

Here at Golledge, we offer a wide range of clock oscillator products to help you build and create a quality product that will provide high levels of accuracy in it’s frequency and timekeeping.

What are crystal oscillators primarily used for in electronic devices?

Crystal oscillators are widely used in various electronic devices for timekeeping, frequency generation, and synchronisation purposes. They provide high stability and accuracy in frequency control.

What advantages do crystal oscillators offer compared to other types of oscillators?

Crystal oscillators, particularly those using quartz crystals, offer superior stability, low temperature coefficient, and precise frequency control compared to other types of oscillators. This makes them ideal for precision frequency applications.

How does Golledge Electronics ensure the quality and reliability of its clock oscillator products?

We maintain strict quality control measures throughout the manufacturing process of its clock oscillator products. This includes rigorous testing procedures and adherence to industry standards to ensure high reliability and performance.

Can crystal oscillators be customised to specific frequencies and specifications?

Yes, crystal oscillators can be customised to meet specific frequency and specification requirements. We offer a wide range of developed frequencies and specifications to suit various applications.

What are the key parameters to consider when selecting a clock oscillator?

When selecting a clock oscillator, key parameters to consider include frequency stability, temperature stability, supply voltage, output waveform, and package size compatibility with your circuit.

What range of frequencies and specifications are available for clock oscillators at Golledge Electronics?

We offer a wide range of developed frequencies and specifications for clock oscillators, ensuring customers can find the perfect fit for their applications.

Are Golledge clock oscillator products suitable for use in communication systems and computer clocks?

Yes, our clock oscillator products are suitable for a variety of applications, including communication systems, computer clocks, and other electronic devices requiring precise timing and frequency control.

How can I ensure compatibility with my circuit when choosing a clock oscillator from Golledge Electronics?

To ensure compatibility with your circuit, carefully consider factors such as operating voltage, impedance requirements, and package size when selecting a clock oscillator from us. Additionally, consult our technical support team for assistance if needed.

Are Golledge clock oscillator products compliant with industry standards and regulations?

Yes, our clock oscillator products, like our other products, comply with relevant industry standards and regulations to ensure compatibility and interoperability with other electronic components and systems.

What warranty and support services does Golledge Electronics offer for its clock oscillator products?

We provide warranty coverage and ongoing support services for its clock oscillator products, including troubleshooting assistance, product replacement, and technical consultation to address any issues or concerns encountered by customers.