XLP526A00.000000I

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Oscillators refer to special electrical and electronic components that can generate and output a signal of certain frequency and cycle without relying on external power supply. XLP526A00.000000I is one of the oscillators that is widely used in many areas.

XLP526A00.000000I belongs to the XTAL-LOCK® family of oscillators and it is able to offer ultra-low power consumption. The power consumption level is at about one-tenth of the conventional level, and the low jitter is as low as 160 fs rms. In addition, XLP526A00.000000I has the features of fast start-up time, low feed-through and wide operating temperature range. In particular, the maximum operating temperature can go up to 125℃.

XLP526A00.000000I targets both the consumer market and the industrial application market. For consumer market, this oscillator provides precise timing solutions for the mobile communication, for electronic gaming, as well as digital photographer applications. As for industrial applications, it is commonly applied to the data communication equipment, industrial control equipment and central office phone system.

Coming to the working principle of XLP526A00.000000I, it generates signals based on the Pierce Oscillator principle when power is applied. In the circuit, an active device, such as a transistor, is connected to the circuit via a parallel capacitance network and series resistance network. When the control voltage is turned on, a generated current would run through the series resistance network, and charges and discharges the parallel capacitance network cyclically. In each cycle, the voltage across the circuit goes up and down in a regular fashion. Eventually, an output signal of certain period would be output through the active device.

In conclusion, XLP526A00.000000I is an oscillator of Pierce Oscillator principle that is widely used in both the consumer and the industrial applications market. Its impressive featuers of ultra-low power consumption, low jitter, fast start-up time, low feed-through and wide operating temperature range up to 125℃ contribute to its popularity. As the focus of oscillator design is slowly shifting from power consumption towards ultra-low power consumption, high precision and ultra-fast start-up time, a demand for the ultra-low power oscillator like XLP526A00.000000I is expected to continue increasing in the foreseeable future.

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