SG-9101CG-C15SGBCB

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Programmable oscillators are a type of electronic component used to create an oscillation signal of a fixed frequency. The SG-9101CG-C15SGBCB is a type of programmable oscillator with a wide range of applications and a unique working principle.

SG-9101CG-C15SGBCB combines the convenience of passive components and dynamic synchronization values, enabling it to be used in applications that require precise timing with minimal external components. It is a chip-scale oscillator with a center frequency of 1.5GHz and a wide operating temperature range of -20 to +85°C, making it suitable for use in hostile environments.

SG-9101CG-C15SGBCB is often used in microprocessors and embedded systems as it provides a precise signal with minimal if any jitter. It also offers excellent thermal stability and low power consumption, making it suitable for battery powered applications.

The working principle of the SG-9101CG-C15SGBCB is based on a passive PLL (Phase Locked Loop) implementation. A PLL works by locking a controlled oscillator signal to an incoming signal and adjusts the frequency of the controlled oscillator signal based on the incoming signal\'s frequency.

For the SG-9101CG-C15SGBCB, the incoming signal is derived from an external crystal with a given center frequency depending on the version of the oscillator chosen. The incoming signal is then used as a reference signal for the internal voltage controlled oscillator. This oscillator is then used to generate the output signal that is locked to the same frequency as the incoming signal.

The SG-9101CG-C15SGBCB also features a wide frequency range of +/- 51.2MHz and +/-204.8MHz around the center frequency. This flexibility allows it to be used in various applications requiring precision timing control, such as 5G base stations, automotive and medical systems.

In conclusion, the SG-9101CG-C15SGBCB is a versatile programmable oscillator with a wide range of applications and excellent thermal stability. It features a wide frequency range, low power consumption and can be used in a variety of systems requiring precise timing control. Its unique working principle, based on the passive PLL implementation, allows for precise frequency synchronization between the incoming and output signals.

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