Epson FC1610AN crystal assists network equipment clock

Aug 20,2024
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As crystal oscillators are commonly used in various electronic devices, such as smartphones, tablets, printers, projectors, household appliances, smart bracelets, car electronics, etc. It can be said that almost all electronic products will use it, and it is also a very critical electronic component, like the heart of electronic products. The crystal is like the clock of electronic devices, giving the CPU the ability to sense time.

The choice of crystal oscillator is very important in the early stage of design for a good product, as it directly affects the design quality and cycle of the product. If you choose the right product, the less trouble it takes to design the product, the lower the cost, and the faster the project progress. Now let's discuss how to choose a suitable high-precision clock crystal oscillator. EPSON Crystal Company launches a FC1610AN crystal oscillator with factory code X1A000121000516 It is a small clock passive crystal developed in the world. It has a high-precision output frequency and can be used for network clock synchronization and timing systems in communication devices.

This FC1610AN crystal oscillator has the original factory code X1A000121000516 and a standard frequency of 32.768KHz. It has a load capacitance of 12.5PF and can be ordered as a model. This crystal can generate stable frequency signals through external circuits. When the driving power is 0.1uW, the room temperature frequency tolerance is only (+20ppm), and the output does not contain high-order harmonic components. The maximum excitation power of this component is 0.5 watts. The frequency temperature of FC1610A conforms to parabolic characteristics, with a parabolic coefficient of 0.04ppm/℃ ², and the temperature at the inflection point is 25 degrees Celsius and 5 degrees Celsius. The stable curve characteristic can reduce the impact of temperature changes on the output and further improve the stability of the output. The size of the FC1610AN crystal oscillator is 1.65 × 1.05 × 0.5mm, packaged in an ultra small chip. It is very suitable for devices with strict design space requirements. This ultra small patch passive clock crystal oscillator has the advantages of high stability and miniaturization, and has broad application prospects in the field of small communication devices. Satisfied the design requirements for miniaturization of communication equipment and achieved a high-precision real-time clock system.