511QBB-AAAG

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Programmable oscillators are designed to offer adjustable frequency, waveform, phase and amplitude outputs. The 511QBB-AAAG is a digital phase locked loop programmable oscillator and is an ideal choice for demanding applications, such as wireless communications and avionics. It is available in a 4-pin ceramic or 4-pin SMT surface mount package, and provides superior control of frequency, phase and amplitude characteristics.

The 511QBB-AAAG features wide frequency coverage from 1 to 2.5GHz, a low jitter of up to 2ps at 900MHz, and a fast lock time of under 5µsec. The oscillator also offers a wide range of voltage supplys and has a power dissipation of 5.2mW at 1.8GHz. The low power dissipation makes it ideal for applications where power efficiency is essential, such as portable devices.

The 511QBB-AAAG employs a proprietary phase locked loop (PLL) architecture that offers superior tuning range and ultra-low spurious outputs. The oscillator uses a self-calibration technology that fine tunes the output through the PLL, ensuring excellent frequency stability over a wide range of operating conditions. The 511QBB-AAAG allows for precise control of the output frequency, waveform, phase and amplitude characteristics, enabling users to tailor the oscillator output to their application needs.

The 511QBB-AAAG includes a range of features that enable users to easily program the oscillator via a serial port. The oscillator can be programmed to output frequencies within a range of 1 to 2.5GHz. It also offers an enable/disable control feature that allows users to enable or disable the output when desired. The oscillator also has an on-chip EEPROM which allows for secure programming, making it ideal for applications where security and compliance with regulations are essential.

The 511QBB-AAAG is a versatile programmable oscillator, perfect for a wide range of wireless communication, avionics and other demanding applications where precise control of frequency, waveform, phase and amplitude is required. Its high frequency range, wide tuning range, low power dissipation and self-calibration features make it ideal for a broad range of applications where reliability and performance are key.

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