Products
32.768KHz is a real-time clock crystal oscillator, which can generate timing circuit reference signal. The reason why we choose 32.768k is that it is the 15th power of 2, because we can get the timing of one second very accurately. Not only that, including all real-time clock crystal oscillator is generally 32.768 or its octave. The load capacitance of chip 32.768k crystal oscillator is 12.5pF. The commonly used 32.768k crystal oscillator electronic products include smart phones, smart watches, security and wearable devices, etc. There are also a lot of life, industrial electronics will also be commonly used to this frequency of imported crystal oscillator.
The AS2 series are high-performance quartz crystal units .They feature high frequency stability, excellent temperature characteristics and a compact package , which make them widely used in various applications, including wireless communication systems, timing and synchronization systems, and audio/video equipment.
The O16 crystal oscillator is a high-performance timing device known for its stability and reliability. It offers a wide frequency range, low power consumption, and compact design, making it ideal for communication devices, consumer electronics, and industrial applications. Its durability ensures optimal performance in various environments.
The AST series feature a low power consumption and temperature compensation, which makes their suitable for use in harsh environments. Their high accuracy and stability ensure precise timing and synchronization in various industrial and commercial settings.
The O21 crystal oscillator features high frequency stability and low power consumption, perfect for various electronic applications. Its compact design and customizable specifications ensure reliable performance in communication systems, consumer electronics, and more, meeting diverse engineering needs effectively.
The AS3 series are automatic-grade passive crystal oscillators with an operating frequency range of 8-64MHZ. Its high stability and accuracy make it available for watches, clocks, and other low-power devices.
The O22 Crystal Oscillator is a compact, high-performance quartz oscillator offering low power consumption and excellent frequency stability. Ideal for various electronic applications, it ensures reliable performance in communication systems and consumer devices. Perfect for engineers seeking dependable solutions.
The AS5 series are automatic grade passive crystal oscillators with stable performance and high precision.They are especially suitable for environments with large temperature changes , strong vibration and used in high-demand electronic equipment such as GPS, especially in the field of automotive electronics.
The O32 crystal oscillator is a high-performance crystal oscillator designed to meet the needs of modern electronic equipment. It provides excellent frequency stability and accuracy, ensuring your application operates reliably in a variety of environmental conditions.
The AH3 is known for its high accuracy, high frequency stability and high reliability. Additionally, its small size and low noise characteristics make it an ideal component for applications such as timing control, radio transmitters, and navigation systems.
The crystal resonator H21 is a high-precision quartz oscillator designed for reliable timing applications. Ideal for clocks, watches, and electronic devices, it offers excellent stability and durability, ensuring accurate performance in various environments. Perfect for enhancing your timing solutions.
The O53 crystal oscillator is a high-performance crystal oscillator that is widely used in various electronic equipment. It is known for its excellent frequency stability and reliability ,which make it suitable for many fields such as communications, consumer electronics, and industrial control.
The H31 is a precision 32.768kHz crystal oscillator known for its outstanding frequency stability and low power usage. Its compact design makes it perfect for space-constrained applications such as watches, timers, and embedded systems.