SIT3809AC-2-25NZ

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Programmable oscillators are a type of electronic component used to generate oscillations, or repetitive and alternating signals, at a certain frequency. They are often used in applications where the exact frequency needs to be adjustable, such as low-noise, high-stability timing applications like clocks and frequency synthesizers. The SIT3809AC-2-25NZ is a precision programmable oscillator designed to provide a stable, high-frequency output with low phase noise, low frequency jitter, and low power consumption. This article will discuss the application field and working principle of the SIT3809AC-2-25NZ.

The SIT3809AC-2-25NZ is primarily used for timing applications that require high precision and accuracy, such as communications, industrial, and aerospace systems. Its low phase-noise and low frequency jitter make it suitable for applications where a high degree of precision is needed. It can also be used for frequency synthesizers, clock generators, and wideband digital modulation control applications.

The SIT3809AC-2-25NZ is based on a proprietary oscillating circuit design, which makes it highly temperature-stable and immune to supply voltage variations. It also features a programmable output frequency range of up to 50MHz. This makes it suitable for a wide range of applications, from frequency synthesis to clock generation. In addition, it can support up to three output channels, allowing it to provide simultaneous clock source signals in various frequencies.

The SIT3809AC-2-25NZ utilizes a proprietary drive control circuit, which ensures a highly efficient operation and stable output frequency. This circuit is designed to maximize the output power efficiency, resulting in less power consumption and heat dissipation. It also offers an impressive stability specification, with a temperature stability of ±100ppm across the full temperature range of -40°C to +85°C.

The SIT3809AC-2-25NZ also features an integrated digital frequency lock circuitry, which allows the device to be easily synchronized with external reference sources. This feature increases the accuracy of the device, as it eliminates potential errors caused by external noise or instability.

The SIT3809AC-2-25NZ includes a dual-sync output that allows the user to synchronize two oscillators to the same frequency with a single wire connection. This eliminates the need for additional cables and results in a simpler design with lower power consumption.

Finally, the SIT3809AC-2-25NZ offers a highly precise output frequency with excellent stability characteristics. It also features an integrated EMI filter that protects against interference from external sources, allowing it to be used in applications with stringent requirements. Ultimately, the SIT3809AC-2-25NZ is an ideal choice for precise timing applications that require low noise and high stability.

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