535FB000172DG

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Oscillators are circuits, devices or systems that produce repetitive and periodic signals as outputs. Examples of oscillator circuit are the LC circuits, RLC circuits, and mechanical oscillators. A 535FB000172DG oscillator is one type of oscillator which has been developed to meet the requirements of applications such as wireless communications, ultrasonics, medical technology and spectroscopy.

The 535FB000172DG oscillator is a voltage-controlled device. It is designed with a high-performance oscillator circuit based on quartz crystal technology. The crystal oscillator is housed within a 3-pin metal enclosure that allows easy access to the oscillator control terminals. The oscillator is powered by an external supply voltage, typically between +3 and +3.3 V.

The 535FB000172DG oscillator has two operating modes; free-running mode and synchronization mode. In free-running mode, the oscillator is not locked to a reference signal, and the output frequency is determined by the crystal resonator within the oscillator circuit. In synchronization mode, the oscillator output is synchronized with an external clock or signal. This allows the oscillator to achieve very precise output frequencies.

The 535FB000172DG oscillator also features an adjustable frequency range between 8 KHz and 8.8 MHz, making it suitable for a wide range of applications. The oscillator also features a low phase noise at lower frequencies, and a low jitter at higher frequencies. It is capable of achieving frequencies as low as 1 KHz and as high as 200 MHz, making it ideal for use in wireless communication systems, ultrasound transducers, R.F. filters, and frequency-modulated audio applications. Additionally, the oscillator has excellent transient stability, making it suitable for applications where precise frequency control is required.

The 535FB000172DG oscillator has some advantages over other types of oscillators such as having a wide range of operating frequencies, low phase noise and jitter, and excellent transient stability. The oscillator is also relatively easy to install and use, making it ideal for prototyping and embedded systems. It is well-suited for applications where frequency control, precision, and low noise are required.

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