SIT1602AC-83-33E-40.000000Y

Oscillators are electronic devices that produce periodic tides of alternating current. SIT1602AC-83-33E-40.000000Y is an example of an oscillator. This oscillator uses the concept of a dual oscillator to produce frequencies from 33kHz to 50MHz while mains power is applied. This oscillator has several applications and features that make it unique. First, SIT1602AC-83-33E-40.000000Y is designed for use in mobile phone applications due to its small size and lightweight. The oscillator can be integrated with other components within a mobile phone, allowing for a higher degree of control and flexibility. The oscillator is also able to produce multiple frequencies, which is useful for complex applications. It also has a low power consumption, allowing it to be used in low-power applications. Finally, the oscillator has a high frequency stability, making it a reliable choice for applications that require accurate and precise oscillator frequency control. The working principle of this oscillator is based on a dual oscillator architecture. The oscillator consists of two separate oscillators, a first oscillator and a second one. The first oscillator is slightly out of phase with the second one. A signal is created at the second oscillator’s output, which is slightly larger in amplitude than the signal from the first oscillator. This difference in amplitudes is then manipulated to create a frequency at the output of the second oscillator. Through this process, the oscillator creates an alternating current that can be used in various applications. Aside from mobile phone applications, SIT1602AC-83-33E-40.000000Y has a few other uses. It is most often used in audio mixing and noise reduction applications. The oscillator is also commonly found in digital data converters and signal processing applications. Furthermore, it is also used in logic circuits, where the output of the oscillator can be used as a clock input. Finally, this oscillator is also suited for use in voltage regulator applications, where its frequency stability is invaluable. Overall, the SIT1602AC-83-33E-40.000000Y oscillator is a versatile and reliable electronic device. Its dual oscillator architecture makes it a reliable choice for applications that require precise control of frequency. Furthermore, its small size and low power consumption make it a good choice for many applications, including those related to mobile phones. Finally, its high frequency stability is invaluable in voltage regulator and signal processor applications, where precise control of frequency is essential.

SIT1602BI-72-30S-33.300000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-33.330000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-33.333000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-33.333300D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
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SIT1602BI-72-30S-35.840000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-37.500000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-38.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-38.400000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-4.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-4.096000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-40.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-40.500000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-48.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-50.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-54.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-6.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-60.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-62.500000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-65.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-66.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-66.600000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-66.660000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-66.666000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-66.666600D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-66.666660D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-7.372800D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-72.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-74.175824D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-74.176000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-74.250000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
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SIT1602BI-72-30S-77.760000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-30S-8.192000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-33E-10.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-33E-14.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-33E-18.432000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-33E-19.200000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-33E-20.000000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...
SIT1602BI-72-33E-24.576000D	SiTime	0.43 $	1000	-40 TO 85C, 2016, 25PPM, ...