SIT8008BCL2-28N

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Programmable Oscillators are becoming increasingly popular in the world of electronics, as they provide engineers and technicians with the ability to create custom solutions that can fit their project’s needs. One of such devices is SIT8008BCL2-28N, which is a silicon-based programmable oscillator capable of producing frequencies up to 2.8GHz. In this article, we will explore its application fields and working principle.

The main application field for SIT8008BCL2-28N is in radio frequency (RF) designs. It can be used in the creation of a wide variety of products, including mobile phones, wireless local area networks (WLANs) and wireless headsets. It is also ideal for applications where precise output frequency and low power consumption is required. Furthermore, this oscillator offers great stability and wide Supply Voltage (VDD), which makes it suitable for a variety of applications.

The SIT8008BCL2-28N works on a dual-phase locked loop operating principle. The heart of this oscillator is the EEPROM, which contains the frequency, duty cycle and phase settings. The EEPROM can be programmed via an external programming device. The programming and frequency settings are locked in non-volatile memory, and will remain the same even when the power is removed.

Once the frequency and duty cycle have been programmed into the oscillator, the oscillator starts to work. This device produces two output clocks, each at the defined frequency, duty cycle and phase difference. The output clocks can be used to drive other oscillators in such applications.

The SIT8008BCL2-28N is becoming increasingly popular among electronic engineers and technicians, due to its low power consumption and high stability. It is capable of producing frequencies up to 2.8GHz, which makes it suitable for a variety of RF applications. Furthermore, its EEPROM-based programming setup allows for customisable solutions, allowing engineers and technicians to create solutions that suit their project’s needs.

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