SG-8101CE 46.080000 MHZ TBGPA

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Oscillators are important components used in many electronic and electrical applications. The SG-8101CE 46.080000 MHZ TBGPA is one suchoscillator, designed to generate a stable output signal as a reference for other electronic components.

The SG-8101CE 46.080000 MHZ TBGPA is a voltage-controlled oscillator (VCO), which operates at a frequency that can be adjusted based on the input voltage. The oscillator features a wide operating frequency range of 46.080 - 46.140 MHz, and can achieve low phase noise performance and good linearity. It features low power consumption, low cost, a small circuit footprint, and easy installation. This makes it an ideal choice for various digital signal processing applications such as modem, receiver, and signal transmission.

The SG-8101CE 46.080000 MHZ TBGPA is a three-stage PLL oscillator consisting of a phase-frequency detector (PFD), a charge pump, and a voltage-controlled crystal oscillator (VCXO) that is based on a temperature compensated crystal oscillator (TCXO) design. The PFD is used to compare the input signal and the output signal, and generates a digital error signal (ED), which is used to control the charge pump to generate a voltage signal (V) that is used to control the VCXO.

The SG-8101CE 46.080000 MHZ TBGPA is a very low power consumption device, with a total power consumption of less than one Watt. Its wide and adjustable frequency range also means that it can be used in a variety of applications. The oscillator also features excellent phase noise performance, along with temperature compensation circuitry that allows the device to operate in harsh conditions. Moreover, the SG-8101CE 46.080000 MHZ TBGPA is provided in small packages, such as a TDFN (Thin Dual Flat No-lead) package, for easy installation.

The SG-8101CE 46.080000 MHZ TBGPA is ideal for applications such as modems, receivers, signal transmission, and digital signal processing because of its small size, low power consumption, excellent phase noise performance, and temperature compensation capabilities. Its wide and adjustable frequency range further makes it attractive for various applications where it is required to generate a stable output signal as a reference for other electronic components.

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