SIT1602BC-81-28S-26.000000Y

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Oscillators are circuits or systems designed to generate a periodic waveform without an external signal applied. SIT1602BC-81-28S-26.000000Y is a type of oscillator that takes uses of a quartz crystal for stable frequency upto 1GHz. It operates with low phase noise performance and achieves highest frequency maintaining excellent line stability.

Applications

SIT1602BC-81-28S-26.000000Y is ideal for a broad range of wireless applications. For instance, it is typically used in base station and cellular infrastructure systems, as well as other areas of wireless communication and broadcasting. The oscillator is also suitable for defense applications with demanding environment temperature requirements, including secure satellite communication and direction finding systems.

Mechanism

As the oscillator is based on quartz crystal as frequency control element, the working principle ofSIT1602BC-81-28S-26.000000Y revolves around this element. This elemental oscillates at certain resonant frequency depending on the shape of quartz cut, dimensions and driving power. In this oscillator, crystal resonates at a frequency determined by the design of its circuitry. This frequency is precise and stable to a certain degree. The crystals are driven to vibrate with a constant force, a voltage or current amplifying the crystal\'s vibration. By proper adjustment of the circuit, the desired output signal can be obtained from the oscillator circuit.

It has closely matched series and parallel resonance. This makes the crystal vibration more stable and efficient. The crystal structure effectively suppresses the vibration-induced signals and cross-talk interference from other circuit components. Thus, the signal coming from the oscillator is of higher quality and stability.

Overview

The SIT1602BC-81-28S-26.000000Y achieves outstanding performance through its low phase noise and excellent line stability. As it operates with the lowest phase noise in the certain frequency range, the signal is free from unwanted noise. The frequency stability helps to maintain consistency in the signal throughout its operational time. Apart from that, it offers small and streamlined packaging. The package comes in 28-pin size and is cost-effective as it provides low power consumption, yet excellent performance.

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