SIT5001AI-GE-33E0-24.000000Y

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Oscillators are circuit components which can intrinsically maintain and continuously vary a specific output signal within certain boundary conditions. SIT5001AI-GE-33EO-24.000000Y is a type of RTCXO oscillator which includes a dedicated temperature compensated crystal oscillator (TCXO) as its core component. Because of this, it is particularly suitable for applications that require temperature compensated frequency stability and accuracy.

The SIT5001AI-GE-33E0-24.000000Y applies parallel resonance to the TCXO crystal in order to convert its natural series resonance into a low-impedance parallel resonance. This increases the oscillator’s performance beyond that of a standard crystal oscillator by providing much higher frequency stability, noise immunity, and environmental resistance. This allows better performance in even demanding applications.

This oscillator utilizes a Voltage Controlled Oscillator (VCO) which is temperature compensated by the TCXO crystal for frequency stability over temperature. The VCO states the main frequency of the oscillator, and every temperature change brings an equivalent frequency change. Therefore, an external temperature sensor is used to measure the outside temperature and output a signal used to linear-tune the TCXO crystal such that the overall temperature variation of the oscillator can be lowered.

The SIT5001AI-GE-33E0-24.000000Y is suitable for those applications which require highly stable frequency and low noise output over a wide temperature range. It is particularly ideal for mobile communication base stations and automotive, industrial, and consumer electronics related applications. It is capable of providing an output frequency ranging from 50 kHz to 24 MHz. Moreover, it is compatible with a voltage level of 1.8V to 3.3V, hence making it suitable for modern circuitry.

Thanks to its high accuracy and excellent temperature characteristics, this oscillator can provide high noise immunity and adapt to temperature variations more efficiently than conventional oscillator technologies. Hence, it is a highly reliable and cost effective frequency reference component for timing and frequency control applications. It also offers low harmonic distortion, low phase noise and low jitter, making it an ideal choice for precision timing applications.

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