Introduction to Epson FC1610AN-32.768kHz Crystal Oscillator

To meet the space requirements of motherboards such as network cameras and smartphones, the Japanese Epson (EPSON) 32.768kHz crystal FC1610AN has an ultra small volume and metal surface patch, which is very suitable for fields such as security high-definition network cameras, medical applications, TWS Bluetooth earphones, 5G phones, and industrial applications. The FC1610AN crystal oscillator has a nominal frequency of 32.768kHz, a working temperature range of -40 ° C+85 ° C, a normal temperature frequency deviation of ± 20ppm, a load capacitance of 12.5pF, and a size parameter of 1.65 × 1.05 × 0.5mm. It complies with RoHS standards and is lead-free. The product packaging size is small, and it has been well applied in various electronic industries.

Size/Package: 1.6 x 1.0 x 0.5 mm

Important parameter: 32.768kHZ

Load: 7, 9, 12.5pF

Frequency difference: ± 20PPM

Working temperature: -40 ° C~+85 ° C

Encapsulation: 1610 

Product applications: IoT devices, modules, smartphones, security high-definition network cameras, medical applications, TWS Bluetooth earphones, 5G phones, industrial applications, and other fields.

Characteristics of FC1610AN

High precision frequency

•FC1610AN can provide extremely high precision KHz frequency output, usually with minimal frequency deviation, ensuring the accuracy and stability of clock signals.

•For example, in devices that require precise timing, such as timers and clock chips, their high-precision frequencies can ensure the accuracy of timing.

low power consumption

• It has excellent low-power characteristics, which are crucial for battery powered devices and power sensitive applications.

•In IoT devices and portable electronic products, it helps to extend battery life and improve device endurance.

Small size packaging

•Adopting a compact FC1610 package, it occupies a small space and is conducive to achieving miniaturization and integration of electronic devices.

•Suitable for circuit board designs with limited space, such as smart watches and miniature sensors.

Good temperature stability

• It can maintain stable frequency output in different temperature environments, reducing the impact of temperature on clock accuracy.

•For applications with large temperature changes in the working environment, such as industrial control equipment and automotive electronics, reliable operation of the system can be ensured.

high reliability

•After rigorous quality inspection and reliability testing, it has a long service life and stable performance.

•Reduced the risk of failures and improved system stability in critical applications and long-term operating equipment.

Application scenarios of FC1610AN

IoT devices

•Provide accurate clock benchmarks for data collection and transmission, such as smart sensors, smart home devices, etc.

•Ensure communication synchronization between devices to achieve efficient data exchange and system control.

Consumer electronics products

•Including watches, calculators, remote controls, etc., providing stable clock signals to ensure the normal operation and functionality of the equipment.

•Provide users with accurate time display and reliable operating experience.

Industrial control

•In industrial automation equipment, instruments, etc., it is used for precise timing and control, improving production efficiency and quality.

•Ensure the stable operation of industrial control systems, reduce errors and malfunctions.

Automotive Electronics

•For example, in car electronic modules, body control systems, etc., adapt to the complex electromagnetic environment and temperature changes of automobiles.

•Provide reliable clock support for various electronic functions of the car, ensuring driving safety and comfort.

Medical equipment

•Such as blood glucose meters, blood pressure monitors, medical monitoring equipment, etc., ensure the accuracy and stability of measurement and monitoring.

•Provide reliable technical support for medical diagnosis and treatment.