Bozhen,resonator,oscillator,clock chip

Innovator of time-frequency technology, manufacturer of time-frequency products

Products include crystal resonators, crystal oscillators, clock modules, atomic clocks, clock chips, clock systems, etc.

PRODUCTS

Featured Products

focusing on high-end, aiming for cutting-edge, targeting civilian use, and building a brand

High-temperature crystal oscillator

High-temperature crystals are rigorously inspected and tested to the highest standards. Proven methods are used in the production of the high-temperature materials, providing high-temperature crystal oscillators for extreme high-temperature applications such as downhole drilling, oil and gas exploration, well logging, high-temperature avionics, jet engine sensors, geothermal energy, high-temperature coupled high impact and vibration, and other industrial applications.

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Wide temperature range temperature-compensated crystal oscillator

In 5G communication, base stations typically operate outdoors, even in extreme temperature environments. This requires communication equipment to have a wide operating temperature range, typically functioning normally between -40°C and +85°C or wider. In addition, high-precision time synchronization is required between communication devices, especially for 5G network communication; the crystal oscillator needs to have high frequency, low latency, and low phase noise characteristics. Bozhen Electronics' wide-temperature compensated crystal oscillator is designed to meet these needs. It features extremely high frequency stability, up to ±50ppb, and can operate stably in extreme temperatures from -55˚C to 125˚C. This product provides stable and high-quality signal quality for high-speed networks. It delivers superior performance regardless of the harsh environmental conditions.

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High-stability, high-precision temperature-compensated crystal oscillator

With the advancement of Internet of Things (IoT) technology, high-speed, high-capacity, ultra-low latency 5G communication capable of simultaneously achieving multiple connections has entered the stage of full introduction. Bozheng Electronics' high-precision temperature-compensated crystal oscillators (TCXOs) can provide temperature characteristics comparable to OCXOs, achieving ±0.05 ppm accuracy in the temperature range of -40°C to 95°C (±0.1 ppm in the temperature range of -40°C to 105°C). Simultaneously, the excellent phase noise characteristics of this series of products make it the best choice for reference clocks in communication systems. Whether it's cellular base stations, wireless backhaul, or core network equipment, Bozheng Electronics' high-precision TCXOs enable the low-latency communication required for 5G.

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Ultra-low phase noise temperature compensated crystal oscillator

Ideal for applications requiring ultra-low phase noise temperature compensated crystal oscillators (TCXOs) in vibration or acceleration environments. The low G-sensitivity of these products significantly reduces the adverse effects of vibration and acceleration. Stability as low as 0.28ppm with CMOS or sine wave output, frequencies up to 125MHz, and G-sensitivity of 0.2ppb/G.

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Shockproof and vibration-proof temperature-compensated crystal oscillator

In extreme physical conditions and high-vibration environments, even a slight time reference error can affect the execution of critical missions. G-sensitivity, expressed in ppb/g, is a key indicator of an oscillator's responsiveness to these changes. This data plays a vital role in numerous fields, including aircraft, drones, rockets, and satellites. Bozhen Electronics' specially developed low-vibration sensitivity TCXO demonstrates exceptional performance in these demanding environments. It is recognized for its excellent phase stability and rapid start-up time, and has consistently provided reliable performance, ensuring high-precision wireless communication under various extreme conditions. In today's era of continuous technological innovation, Bozhen Electronics' TCXO has become a top choice for both industry professionals and consumers. It not only ensures accurate and reliable communication but also offers users greater value through energy-efficient design. When you choose Bozhen Electronics, you are choosing a trustworthy partner and expert technical support.

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Ultra-low phase noise voltage-controlled crystal oscillator

Bozhen Electronics' ultra-low phase noise voltage-controlled crystal oscillator (VCXO) incorporates the company's innovative R&D and precision technology. Its unique crystal design and low-noise PLL circuit provide unparalleled phase noise performance and low G-value sensitivity. This VCXO is an industry-leading choice, and its low-power characteristics meet the dual needs of performance and energy efficiency in modern electronic products. Furthermore, this product is particularly suitable for frequency recovery or jitter attenuation circuits, applicable to various scenarios including network equipment, base stations, storage local area networks, testing and instrumentation equipment, video, testing and measurement, 5G mobile base station radio remote heads (RRH), and HD video broadcasting systems. Bozhen Electronics' ultra-low phase noise VCXO uses a precision packaging structure to provide excellent G-value sensitivity, achieving a perfect combination of superior performance and practicality.

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Ultra-low phase noise temperature compensated crystal oscillator

In numerous systems, phase noise is a crucial parameter. This is especially critical in high-performance radar systems, which require reliable detection of extremely weak return signals from targets. Lower phase noise results in clearer return signals and an increased detection range. For digital systems, phase noise manifests as jitter, directly impacting system performance. Lower phase noise equates to reduced jitter, leading to improved system stability and performance. Similarly, communication systems view phase noise as an influence on signal bandwidth; lower phase noise means less jitter, which in turn means lower bandwidth requirements, optimizing channel width and saving resources. Bozhen Electronics' low-noise temperature-compensated crystal oscillators (TCXOs) are the ideal solution to these challenges. Our oscillator designs uniquely focus on minimizing phase noise to ensure high accuracy and excellent performance for your applications.

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Miniaturized temperature-compensated crystal oscillator

Various small-sized temperature-compensated crystal oscillators (TCXOs) are available (14.5x9.5mm, 9.7x7.5mm, 7.5x55mm), widely used in miniaturized electronic devices. Miniature TCXOs not only boast excellent performance and quality but also superior temperature stability and phase noise performance, making them ideal for various applications, including base stations, micro base stations, and wireless communication equipment. With its excellent phase noise performance and compatibility with the IEEE1588 Precision Time Protocol (PTP), it provides an excellent solution for applications requiring precise and stable timing.

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Wide temperature range crystal oscillator

In 5G communication, base stations typically operate outdoors, even in extreme temperatures. This requires communication equipment to have a wide operating temperature range, typically functioning normally between -40°C and +85°C or even wider. In addition, high time synchronization is required between communication devices, especially for 5G network communication; the crystal oscillator needs to have high frequency, low latency, and low phase noise characteristics. Bozhen Electronics' wide-temperature compensated crystal oscillator is designed to meet these needs. It has extremely high frequency stability, up to ±10ppb, and can operate stably in extreme temperatures from -40˚C to 125˚C. This product provides stable and high-quality signal quality for high-speed networks. It delivers superior performance under even the most demanding environmental conditions.

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Temperature-compensated crystal oscillator (TCXO)

In extreme physical conditions and intense vibrations, even a slight discrepancy in time reference can affect mission success. G sensitivity, representing the oscillator's response to changes in external acceleration, is expressed in ppb/g. This indicator plays a decisive role in key industries such as aircraft, drones, rockets, and satellites. Developed with the unique SC-cut crystal technology, the low vibration sensitivity temperature compensated crystal oscillator (TCXO) from Bozhen Electronics exhibits outstanding phase stability, long-term reliability, and rapid start-up time in these harsh environments. It ensures not only the accuracy of wireless communication but also provides you with reliable connectivity under extreme conditions. In this rapidly evolving technological world, Bozhen Electronics' low vibration sensitivity TCXO is not only your best choice but also a necessary partner for ensuring high precision and reliability. Choose Bozhen, choose professionalism and trust.

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PRODUCTS

Featured Products

Based on aerospace services, national defense for civilian casting brand

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ABOUT US

Company Profile

"Customer first, quality first

Service-oriented, continuous innovation"

Shanghai Bozhen Electronics Co., Ltd. is a technology-based enterprise that integrates research and development, manufacturing, and sales. Our products cover crystal resonators, crystal oscillators (clock oscillators, temperature compensated crystal oscillators, constant temperature crystal oscillators, voltage controlled crystal oscillators, data compensated crystal oscillators, phase-locked crystal oscillators), RF microwave devices, clock modules, clock chips, and have successfully provided matching products and services for key enterprises in China such as communication, industrial control, medical, etc. Adhering to the principles of "focusing on high-end, aiming for cutting-edge, targeting civilian use, and building a brand", we use cutting-edge technology to promote civilian development and continuously break through on the path of technological innovation. Our products cover many fields such as consumer electronics, communication, power, industrial control, medical, instrumentation, navigation and positioning, automotive electronics, etc., providing us with a large number of high-quality electronic components for industries such as consumer electronics, information, automotive, environmental protection, and office automation

2009

The company was established in

1500 +

Registered capital

500 +

cooperative enterprise

400 +

On-the-job staff

APPLICATION

Product Application

Our products cover many fields such as consumer electronics, communication, power, industrial control, medical, instrumentation, navigation and positioning, automotive electronics, etc

R&D

Innovation

We cooperate with many domestic research institutes and universities, and continue to invest in basic research, technology introduction, and product development.

excellent equipment

In this era of rapid development of science and technology, our equipment with its excellent quality and good performance, become the industry standard.

R & D Team

Our team has deep industry background and professional knowledge, can accurately capture market dynamics and technology trends, and provide solid technical support for the company's product research and development.

Quality System

Through a variety of quality management system certification, to create more high quality, higher stability, higher reliability of the product.

NEWS

Enterprise dynamics

We are committed to bringing more advanced solutions to our customers.

2024-05

Analysis of the Causes of Single Chip Microcomputer Circuit Crystal Oscillator?

Encountered single chip crystal vibration is not a common phenomenon, so what are the causes of crystal vibration?

2024-05

What are the common frequencies of crystal oscillator in computer peripheral electronic products?

Main board: 14.318MHZ, 24.576MHZ, 25MHZ, 27MHZ, 32.768KHZ;

2024-05

What are the crystals used in 5G products?

The Chinese government has repeatedly confirmed that 5G will be commercially available in 2020. Now, various technologies for 5G have been heating up rapidly, and many technical solutions have been gradually implemented.

COOPERATIVE

COOPERATION CUSTOMERS

We look forward to deep cooperation with all walks of life