Quartz Crystals | Miniature Crystals

Highly competitive for high-volume consumer projects, the ultra-miniature GWX- measures just 2.05 x 1.2 x 0.60mm making it ideal for size-sensitive applications. GWX- also features a choice of calibration tolerances, and is available in a choice of circuit conditions at 32.768kHz.

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The smallest member of our dedicated automotive GRX range, the GRX-210 automotive crystal is available in frequencies from 26.0-40MHz and comes fully AEC-Q200 qualified as standard. The miniature ceramic package with seam sealed metal lid makes the GRX-210 particulalry ideal for tight-space applications that require excellent long-term stability.

Part of our dedicated automotive GRX range, the GRX-220 automotive crystal is available in frequencies from 16.0-26MHz and comes fully AEC-Q200 qualified as standard. The miniature ceramic package with seam sealed metal lid makes the GRX-220 particulalry ideal for tight-space applications that require excellent long-term stability including vehicle telematics, connected car and in-car audio.

Part of our dedicated automotive GRX range, the GRX-320 automotive crystal is available in frequencies from 12.0-40.0MHz and comes fully AEC-Q200 qualified as standard. The miniature ceramic package with seam sealed metal lid makes the GRX-320 particulalry ideal for tight-space applications that require excellent long-term stability including vehicle telematics, connected car and in-car audio.

The GRX-330 automotive crystal continues to be the most popular component within our dedicated GRX automotive crystal range . Available in frequencies from 12.0-40.0MHz and fully AEC-Q200 qualified as standard, the industry-standard miniature ceramic package with seam sealed metal lid makes the GRX-330 particularly ideal for numerous automotive applications including vehicle telematics, connected car and in-car audio.

The GSX-113 ultra miniature 1.2 x 1.0mm crystal is available in fundamental mode up to 80MHz. This crystal is fully compatible with the latest ASIC designs and also features a low profile and low net weight, perfect for ultra-miniature or close-stacking applications.

One of the smallest crystals in our key product range, the ultra-miniature ceramic package of the GSX-213 makes it ideal for space-dependent applications such as wearables, smartcard, NFC and bluetooth.

The GSX-223 ultra-miniature crystal is ideal for wireless and bluetooth applications and is particulalry competitive for this size range. Offering tight stability and excellent ageing characteristics due to it's seam sealed package and offering tight calibration tolerance and temperature stability options, this crystal is ideal for new designs requiring an ultra-miniature crystal footprint.

Achieve fundamental mode frequencies of up to 315MHz in an ultra-miniature package with our GSX-228. Available in custom frequncies on short lead times, this crystal also features a ceramic body with gold plated pads for excellent longevity, and is available in a range of temperature stabilities, circuit conditions and operature temperature ranges, all customisable to your needs.

The GSX-323, an ultra-miniature surface mount crystal solution, measures just 2.5 x 2.0 x 0.6mm making it ideal for size-sensitive applications. GSX-323 also features a choice of operating temperature ranges and temperature stabilities, and is available in a choice of circuit conditions at frequencies 12.0 ~ 66.0MHz.

The ultra-miniature GSX-328 measures just 2.5 x 2.0 x 0.7mm making it ideal for size-sensitive applications and uses inverted mesa technology at higher frequencies to produce frequencies of up to 315MHz in fundamental mode. Find more information and request a quote here.

The GSX-333 is available at high frequencies from 8.0 ~ 125MHz and features a miniature package measuring 3.2 x 2.5 x 0.8mm. This miniature SM crystal is available in a choice of operating temperature ranges, temperature stabilities and calibration tolerances. Find more information and configure your product here.

The GSX-338 is available in fundamental mode at high frequencies from 10.0 ~ 315MHz thanks to its plasma etched inverted mesa technology. GSX-338 also features a miniature package measuring 3.2 x 2.5 x 0.8mm, and is available in a choice of operating temperature ranges and with a range of temperature stabilities.

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.

The GSX-315 watch crystal offers highly competitive pricing and low power consumption in a miniature vacuum sealed ceramic package.

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.

Available with extreme operating temperature ranges including -55 to +200°C, and featuring gold plated pads for extra longevity, the CC1A-T1AH is ideal for harsh environment applications including down hole, avionics, and geothermal industries. This surface mount crystal is available from 8.0 ~ 24.0MHz and has extremely good shock resistance of 10,000g and vibration resistance of 40g rms 10.0 ~ 2,000Hz.

Ideal for use in a range of extreme environments where custom pad termination material is required, the CC1A-T3A offers 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.

Available with extreme operating temperature ranges including -55 to +175°C, the CC1A-T3AH is ideal for harsh environment applications including down hole, avionics, and geothermal industries. This surface mount crystal has extremely good shock resistance of 10,000g and vibration resistance of 40g rms 10.0 ~ 2,000Hz, is available from 8.0 ~ 24.0MHz, and SAC (Sn/Ag/Cu) tinned pad terminations.

With gold plated pads for excellent longevity and solderability, the inverted mesa technology within the CC1F-T1A allows this fundamental mode crystal to offer excellent shock and vibration resistance at frequencies up to 250MHz. With military operating temperature range of -55 to +125°C available the CC1F-T1A is an ideal crystal for high frequency military, avionics and down hole applications.

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.

Ideal for harsh environment applications including down hole, avionics, and geothermal industries, the CC2A-T1AH features extreme operating temperature ranges including -55 to +200°C, and gold plated pads for extra longevity. This surface mount crystal is available from 14.0 ~ 40.0MHz and also has extremely good shock resistance of 10,000g and vibration resistance of 40g rms 10.0 ~ 2,000Hz.

The CC2A-T3A offers SAC (Sn/Ag/Cu) tinned pad terminations, ideal for material sensitive applications. This fundamental mode crystal also features excellent shock and vibration resistance and is available in frequencies from 12.0 ~ 70.0MHz with military standard operating temperature range of -55 to +125°C.

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.

Use of quartz crystals in electronic devices

Quartz crystals have a variety of uses and have many benefits.

One of the prime benefits that make quartz crystals so useful in the production of watches, radios and televisions is their stable and accurate frequency control. We can see this in both timekeeping and in IT and communications products:

• Timekeeping: Quartz tuning forks are used in quartz watches, clocks, and any other appliance that needs to keep track of the timeas they have a very stable and accurate frequency, making them ideal for timekeeping.

• Information Technology and Communications: Quartz is also used in a variety of technology applications, primarily in in electronic devices, as a precision frequency standard in radios and televisions, in fiber optic communication systems, and timing control of digital equipment.

As our technology has advanced and our dependency and use of electronics has rapidly increased, quartz crystals have become steadily more important, with billions of crystals now use in a wide range of appliances. 

From computers and smartphones to radios and GPS equipment, quartz crystals are now a core component to many of the most used appliances that we depend on in our day-to-day life. 

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Price of Quartz Crystals at Golledge

We offer a wide range of competitively priced quartz crystals so that our clients can build and create quality electronic devices to the highest standard possible. 

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

What are the primary uses of quartz crystals in electronic devices?

Quartz crystals are primarily used in electronic devices for stable and accurate frequency control. They play a crucial role in timekeeping applications, as well as in information technology and communication systems.

How are quartz crystals essential in information technology and communication systems?

In information technology and communication systems, quartz crystals serve as precision frequency standards. They ensure the synchronisation and timing control of digital equipment, radios, televisions, and fiber optic communication systems, facilitating efficient data transmission and reception.

What are some examples of electronic devices where quartz crystals serve as a core component?

Quartz crystals are essential components in a diverse array of electronic devices, including computers, smartphones, GPS equipment, and many others. They provide the necessary frequency stability and accuracy required for these devices to function effectively.

How does Golledge Electronics ensure competitive pricing for quartz crystals?

We ensure competitive pricing for quartz crystals by offering a wide range of products at cost-effective rates. Our focus on efficiency and innovation allows us to maintain affordability without compromising on quality.

What factors make Golledge's highlighted quartz crystal products stand out in terms of pricing and specifications?

Our highlighted quartz crystal products stand out in terms of pricing and specifications because we offer a unique combination of competitive pricing and a wide range of frequency options. We meticulously select and develop these products to cater to the diverse requirements of our customers.

What range of frequencies and specifications are available for quartz crystals at Golledge Electronics?

At Golledge Electronics, we offer quartz crystals in a comprehensive range of frequencies and specifications. This ensures that our clients can find the perfect crystal for their specific application, whether it requires a standard frequency or a customised solution.

How do I choose the right quartz crystal for my application?

To choose the right quartz crystal for your application, consider factors such as desired frequency, stability requirements, temperature range, and package size compatibility with your circuit. 

Additionally, ensure compatibility with your circuit's operating voltage and impedance requirements.

How do quartz crystals perform in challenging environments or extreme temperature conditions?

Quartz crystals generally perform well in challenging environments and extreme temperature conditions, but their performance depends on factors like construction and protective measures. It's essential to check specifications for suitability in specific applications.

Can quartz crystals be customised to specific frequencies or specifications?

Yes, quartz crystals can be customised to specific frequencies or specifications to meet the requirements of various applications.

How does Golledge Electronics ensure the quality and reliability of its quartz crystals?

We ensure the quality and reliability of its quartz crystals through rigorous testing procedures, adherence to industry standards, and continuous quality control measures throughout the manufacturing process. 

Additionally, we work closely with suppliers to source high-quality materials and components, ensuring consistency and reliability in our products.

Quartz crystal is a type of piezoelectric material that has become increasingly popular in various industries due to its unique properties and versatile applications. Quartz crystals are made from pure silica, which is heated and then slowly cooled to form a hexagonal structure. This process results in a highly stable and precise crystal lattice that makes quartz crystals ideal for use in precision instruments, timekeeping devices, and other electronic components.

One of the key features of quartz crystals is their high frequency stability, which allows them to maintain a constant oscillation frequency over a wide temperature range. This property makes quartz crystals an essential component in many types of oscillators, including RF oscillators, voltage-controlled oscillators (VCOs), and phase-locked loops (PLLs). Quartz crystals are also used in timing circuits, such as clocks and watches, due to their ability to maintain accurate timekeeping even under extreme conditions.

In addition to their high frequency stability, quartz crystals also exhibit excellent mechanical and electrical properties. They have a high resistance to corrosion and can withstand high levels of vibration and shock without breaking or losing their shape. This makes them ideal for use in harsh environments, such as industrial settings or military applications.

Quartz crystals are widely used in various industries, including telecommunications, consumer electronics, medical equipment, and automotive systems. In the telecommunications industry, quartz crystals are used in filters, resonators, and duplexers to improve signal quality and reduce interference. In consumer electronics, quartz crystals are used in radios, televisions, and other devices to ensure accurate timekeeping and frequency stability. In medical equipment, quartz crystals are used in heart rate monitors, blood pressure monitors, and other diagnostic tools to provide accurate readings. In automotive systems, quartz crystals are used in engine control modules (ECMs) to regulate engine performance and optimize fuel efficiency.

Overall, quartz crystals offer numerous benefits to industries across various sectors due to their unique properties and versatile applications. Their high frequency stability, mechanical strength, and electrical conductivity make them an essential component in precision instruments, timekeeping devices, and other electronic components. Whether you're looking for accurate timekeeping or reliable signal processing, quartz crystals are a reliable choice for achieving optimal performance in your application.

Are you interested in learning more about seam smd quartz crystal? Contact us today to secure an expert consultation!