SG-9101CE-D40PHAAB

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Programmable oscillators are devices specifically built to provide a reliable and accurate electrical signal output when needed. A programmable oscillator is simply a type of electronic oscillator that can be programmed to produce a specific frequency or repeating pattern of the oscillator output. The SG-9101CE-D40PHAAB is a programmable oscillator designed for use in aerospace applications and other fields that require operations at temperatures below -55°C.

The SG-9101CE-D40PHAAB Programmable Oscillator is designed for advanced aerospace and avionics applications as per MIL-STD-1553 and ARINC standards, and provides an ultra-reliable and accurate clock in a variety of frequency ranges from 10MHz to 100MHz. The low footprint size and extreme low-temperature capability of the oscillator make it ideal for applications requiring high performance in tight-fit locations. The oscillator is also capable of offering electrical overstress and protection against ESD.

The SG-9101CE-D40PHAAB is designed for use in a wide range of aerospace and military applications such as data buses, avionics, inter-system communication, flight control systems, and radar. Because of its high-frequency variability, low-temperature operation, and low-footprint size, it is a perfect solution for mission-critical applications in the aerospace industry.

Working principle

The working principle of the SG-9101CE-D40PHAAB is the same as that of any other programmable oscillator. It relies on a few essential components to generate the desired output signal. These components include a frequency control element, a frequency divider, and an amplifier.

The frequency control element of the oscillator, also known as a digitally controlled oscillator, plays the most important role in the frequency controlled oscillator. This element is programmed with a specific number of oscillations and can be adjusted to produce a desired output frequency. This part of the oscillator is responsible for changing the frequency of the oscillation.

The frequency divider is the second component of the programmable oscillator. This component is responsible for dividing the frequency of the input signal by a predetermined value in order to produce a desired output frequency. The frequency divider can be programmed to create a clock speed that is different from the input signal.

The amplifier is the final component in the programmable oscillator. This component boosts the output signal in order to produce a signal of the desired amplitude. This component is important in creating the required magnitude of the signal.

When these components are combined, they create a signal of a specific frequency that is determined by the programming of the frequency control element. This signal is then passed through the frequency divider and amplifier to produce a signal of the desired amplitude. This programmable oscillator is capable of producing a signal with a frequency range of 10MHz to 100MHz.

In conclusion, the SG-9101CE-D40PHAAB is a programmable oscillator designed for use in the aerospace industry and other fields that require operations at temperatures below -55°C. Its low footprint size and extreme low-temperature capability make it ideal for applications requiring high performance in tight-fit locations. The oscillator is also capable of offering electrical overstress and protection against ESD. It works on the same principles as other programmable oscillators and relies mainly on a frequency control element, a frequency divider, and an amplifier to generate the desired output signal of a specific frequency range.

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