SIT1602BI-33-33N-66.000000T

Oscillators are widely used in electronic circuits to generate repetitive waveforms with a certain frequency. One of the most commonly used types of oscillator is the SIT1602BI-33-33N-66.000000T, a quartz crystal oscillator that provides advanced performance in terms of a high degree of frequency stability and accuracy under a wide range of conditions. This article will explore the application field and working principle associated with the SIT1602BI-33-33N-66.000000T oscillator.The SIT1602BI-33-33N-66.000000T is a quartz crystal oscillator that is suitable for applications where high accuracy and frequency stability are required. It has a relatively wide operating temperature range (-40°C to +85°C) and can be used in both low and high frequency systems. Common applications for this oscillator include frequency reference for radio communication systems, clock generation for DSP and mobile phones, and instrumentation including medical and scientific equipment.The working principle of the SIT1602BI-33-33N-66.000000T is based on its piezoelectric properties. Piezoelectric materials, such as quartz crystals, are materials that will expand or contract when an electric field is applied, and produce a voltage when compressed or stretched.In the SIT1602BI-33-33N-66.000000T oscillator, the quartz crystal is mounted in an oscillator circuit, which includes a capacitor and an amplifier. When a voltage is applied to the oscillator, the quartz crystal vibrates at its natural frequency. The amplitude of the vibration is amplified by the amplifier and produces an oscillating signal. The oscillations are then fed back to the crystal through the capacitor, producing a sustained oscillating signal. The frequency of the oscillations is determined by the resonant characteristics of the crystal, which is proportional to the frequency of the voltage applied to it.The SIT1602BI-33-33N-66.000000T oscillator also includes several features that help to ensure a high degree of accuracy and stability: First of all, it is housed in a rugged, hermetically sealed package that protects it from environmental effects such as humidity and vibration. Additionally, the oscillator circuit itself is designed to reduce noise and distortion, further improving the accuracy of the output signal. Lastly, the oscillator incorporates temperature compensation circuitry that helps compensate for any changes in the temperature of the crystal itself, ensuring that the frequency of the oscillations remain constant.In summary, the SIT1602BI-33-33N-66.000000T is an advanced quartz crystal oscillator that offers a high degree of frequency stability and accuracy under a wide range of conditions. This oscillator is suitable for applications in which accuracy and stability are of paramount importance, such as radio communication systems and DSP clock generation. Furthermore, the oscillator\'s design offers robust protection from environmental effects, as well as temperature compensation circuitry to ensure consistency in the output signal.

SIT1602BC-71-18E-33.330000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 20PPM, ...
SIT1602BC-71-18N-33.000000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 20PPM, ...
SIT1602BC-71-25S-4.096000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 20PPM, ...
SIT1602BC-71-28N-25.000000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 20PPM, ...
SIT1602BC-71-30N-14.000000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 20PPM, ...
SIT1602BC-71-30S-27.000000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 20PPM, ...
SIT1602BC-71-33N-4.096000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 20PPM, ...
SIT1602BC-71-XXS-33.333000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 20PPM, ...
SIT1602BC-72-18N-27.000000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 25PPM, ...
SIT1602BC-72-25E-33.333330D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 25PPM, ...
SIT1602BC-72-28E-33.333000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 25PPM, ...
SIT1602BC-72-30E-7.372800D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 25PPM, ...
SIT1602BC-72-33E-54.000000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 25PPM, ...
SIT1602BC-72-XXE-6.000000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 25PPM, ...
SIT1602BC-72-XXE-60.000000D	SiTime	0.41 $	1000	-20 TO 70C, 2016, 25PPM, ...
SIT1602BI-33-XXE-4.000000T	SiTime	0.41 $	1000	OSC MEMS 4.0000MHZ LVCMOS...
SIT1602BI-33-18E-77.760000T	SiTime	0.41 $	1000	-40 TO 85C, 5032, 50PPM, ...
SIT1602BI-33-25S-12.000000T	SiTime	0.41 $	1000	-40 TO 85C, 5032, 50PPM, ...
SIT1602BI-33-28N-33.333000T	SiTime	0.41 $	1000	-40 TO 85C, 5032, 50PPM, ...
SIT1602AI-82-33E-50.000000X	SiTime	0.74 $	1000	OSC MEMS 50.0000MHZ H/LV-...
SIT1562AI-JE-DCC-32.768E	SiTime	0.33 $	1000	OSC 32.768K SMDOscillator
SIT1602BC-73-18E-33.330000D	SiTime	0.35 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-25E-66.600000D	SiTime	0.35 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-30N-12.000000D	SiTime	0.35 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-30S-38.000000D	SiTime	0.35 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-33E-62.500000D	SiTime	0.35 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-33N-20.000000D	SiTime	0.35 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-33S-33.333330D	SiTime	0.35 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-18S-24.576000E	SiTime	0.36 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-28N-10.000000E	SiTime	0.36 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-28S-33.333000E	SiTime	0.36 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-XXE-14.000000E	SiTime	0.36 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602BC-73-XXE-19.200000E	SiTime	0.36 $	1000	-20 TO 70C, 2016, 50PPM, ...
SIT1602AC-23-33S-12.000000D	SiTime	0.37 $	1000	OSC XO 3.3V 12MHZ STOscil...
SIT1602BC-13-18E-62.500000D	SiTime	0.37 $	1000	-20 TO 70C, 2520, 50PPM, ...
SIT1602BC-23-18E-54.000000D	SiTime	0.37 $	1000	-20 TO 70C, 3225, 50PPM, ...
SIT1602BC-23-18N-66.000000D	SiTime	0.37 $	1000	-20 TO 70C, 3225, 50PPM, ...
SIT1602BC-23-18S-33.333300D	SiTime	0.37 $	1000	-20 TO 70C, 3225, 50PPM, ...
SIT1602BC-23-25E-35.840000D	SiTime	0.37 $	1000	-20 TO 70C, 3225, 50PPM, ...
SIT1602BC-23-25E-48.000000D	SiTime	0.37 $	1000	-20 TO 70C, 3225, 50PPM, ...