SL23EP09SC-1H

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The SL23EP09SC-1H is a family of frequency synthesizers from IDT that provides a programmable frequency solution for various applications. The SL23EP09SC-1H is ideal for applications such as digital video and audio transmission, Ethernet, optical transceivers, programmable logic controllers, LED signs and displays, ultrasound imaging and automated test equipment (ATE).

The SL23EP09SC-1H is designed to generate accurate, repeatable frequencies over the specified range of 20 MHz to 1500 MHz. It is a low-cost, low-power monolithic IC that integrates an adjustable voltage controlled oscillator (VCO) and a digitally programmable frequency-select circuit into a single package. The device also includes two reference dividers, an output divider, two crystal oscillator circuits, a Crystal Digital Tuner (CDT), an integrated DC-DC converter, and an internal voltage regulator.

The SL23EP09SC-1H features a wide range of programmable parameters and an ultra-low power consumption of just 16mA when operating at room temperature. The PLL\'s VCO can be programmed to accurately produce frequencies in the range of 20-1500MHz and is designed to provide a very high output power of up to +18dBm at 5V supply voltage. The device also offers excellent frequency accuracy and programmable phase noise.

The device architecture ensures that the output frequency is locked to the crystal controlled reference frequency and the user has the ability to precisely adjust frequency by manipulating the integrated control pins. The SL23EP09SC-1H also has an integrated digital tuner that allows the user to fine-tune the output frequency without the use of additional components. The digital tuner also eliminates the need for frequency trimming, which provides significant system cost savings by reducing the need for external trim components.

The SL23EP09SC-1H is a very flexible clock generator that provides programmable and tunable output frequencies over a wide range of frequencies. It is suitable for applications where high frequency accuracy, low power consumption and small form factor are required. It is ideal for a range of industrial, computing, automotive, and communications applications where frequency synthesis and phase-locked loop (PLL) technology is needed.

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