EPSON launches customizable crystal oscillator technology support

May 08,2024
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What is a custom crystal oscillator? Customized crystal oscillators, also known as customized ones, can be programmed by Epson to achieve any frequency burning customization in the frequency range of 0.67MHz to 166MHz. Customized frequency crystal oscillator is an oscillator based on PLL technology, which can produce stable frequency output even without temperature compensation. Single CMOS frequency output can replace fixed frequency crystal oscillators and has a faster delivery time than fixed frequency oscillators. The desired output frequency, as well as the required range of output frequency adjustment and cycle ratio, can be set through Epson SG-Writerl's self-defined functions.

EPSON can customize crystal oscillators at any frequency point from 0.67MHz to 166MHz, with a precision of -40 to 105 ℃ and ± 50ppm. With multiple packaging options, it greatly improves efficiency, reduces power consumption, and shortens user product development time. It is very suitable for early product testing and diversified production in small quantities, in line with the development trend of small uniqueness favored by the current market. The delivery time is about 2-4 weeks. Mainly used in mobile phones and derivative products, wired networks/base stations, GPS, Bluetooth, WLAN IMAX, RFID/ISM, personal computers/tablets, digital cameras, set-top boxes (STBs), testing and measurement, sweeping robots, logistics robots, portable medical equipment, power equipment, industrial control, automotive electronics, etc. So what are the types of customized Epson crystal oscillators? What are the different specifications of these customized frequency crystal oscillators.

The SG-8018 series custom crystal oscillator is compact and compact, compatible with packaging sizes of 2.5 * 2.0mm. High accuracy, frequency accuracy already includes a 10-year aging rate (+50ppm). Using Epson's patented IC technology, the delivery time is short, and samples can be made and received within 24 hours. It can be completed from order to factory in 2 weeks. The maximum working temperature reaches 105 ℃.

Compared with current products of the same level, the frequency error of the SG-8101 series customized crystal oscillator is 66% and 50% narrower. The maximum working temperature reaches 105 ℃, which can be widely used in harsh environmental conditions.

The consumption current of the SG-9101 series of customized crystal oscillators has been significantly reduced by 75% compared to current products, and it can effectively reduce electromagnetic interference in the spectrum. The maximum working temperature reaches 105 ℃, and small electronic devices are widely used in various extreme conditions such as outdoor survival and industrial equipment.