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If the CPU is the brain in the circuit board, then the crystal oscillator is their heart; Crystal oscillators can be said to be the salt of the industrial industry, indispensable. When we realize the importance of crystal oscillators in electronic circuits, delivery time and spot availability naturally become a problem we need to consider. Both quartz crystal oscillators and quartz crystal resonators require a long wait of 4-6 weeks for production and production. Perhaps due to a shortage of stock, waiting for 2 months is possible. So, in the absence of stock in the factory, from the moment the customer places an order, the quartz factory needs to cut the chips, purchase the base and vibration chip. Production, aging, testing, and delivery take less than 4-6 weeks. So it cannot meet the emergency needs of customers.
In the rapidly developing electronic technology society, this long wait is undoubtedly not consuming the wealth that factories can generate. Waiting for timely delivery can also easily cause crystal oscillator suppliers to lose their customers. If there is a crystal oscillator that can achieve fast delivery at any frequency point, it is undoubtedly not creating more wealth for both parties. Today, we would like to recommend a programmable oscillator that can quickly program any frequency you want, achieving true flexibility and speed.
Epson SG-8101CA code X1G00519100 is a programmable quartz crystal oscillator that can withstand harsh working environments of+105 ℃ at high temperatures. It supports programming frequencies of 0.67-170MHz and operates at voltages of 1.67-3.63V. Current consumption is a concern for many engineers. The current consumption of a quartz oscillator is directly proportional to the operating temperature environment and voltage of the product. When the product is in standby mode, the lower the working voltage and temperature, the smaller the current generated. For example, a programmable oscillator with a working environment of 25 degrees Celsius and a working voltage of 1.8V has a standby current of only 0.3 microamperes. The function is either enable (OE) or standby (ST). EPSON utilizes PLL technology to achieve short-term production delivery, and this design can cover a wide frequency output range. The SG-8101 series supports packaging types ranging from 2520 to 7050.