SG-9101CE-D10SHDAC

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Programmable oscillators are electronic components that can be used to generate signals that oscillate at high frequencies. The SG-9101CE-D10SHDAC is a part of this family of oscillators and it has a wide range of applications in the fields of telecommunications, computing, engineering, etc. The programmable nature of this oscillator allows the user to adjust specific parameters such as the frequency, wave shape, amplitude, etc. This makes it a highly versatile instrument.

The SG-9101CE-D10SHDAC is a programmable oscillator that uses a crystal as a frequency reference. It is housed in a DIP (dual in-line package) that has a form factor similar to that of a common integrated circuit. It is designed to operate in a frequency range of 10 kHz to 265 MHz, with the accuracy of a single crystal at the lower end of the frequency range.

The SG-9101CE-D10SHDAC oscillator operates in accordance with the Pierce Oscillator Principle. In this principle, an amplifying device is connected to a parallel crystal that is frequency-selective. When an alternating current is applied to this device, the crystal will resonate at its resonant frequency and the output of the amplifying device will be an amplified version of the input. This is then used as the output signal of the oscillator.

The programmable nature of the SG-9101CE-D10SHDAC allows it to be used for a variety of applications. It is primarily used for communication, computing and control systems, with its programmable features allowing for frequency adjustment and setting of output waveform shapes. It can also be used in networking products, where it can be used to provide a reference clock for timing and synchronization. It is also capable of generating signals from 10kHz to 265MHz, which is useful in microwave applications.

The SG-9101CE-D10SHDAC is an ideal choice for applications where a wide range of frequencies is needed. Its programmability allows for easy customization of parameters and settings to meet specific requirements. Furthermore, its robust design ensures reliability and long-term performance. This makes it an ideal choice for applications where high-level accuracy and performance is required.

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