552CF000132DGR

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Pin Configurable/Selectable Oscillators are a class of oscillators that deliver precise performance while offering unprecedented flexibility. The 552CF000132DGR is a pin-configurable, selectable oscillator which can be programmed to serve multiple functions, allowing designers to select the best configurations to suit their products. With a wide range of frequency range, temperature stability and output drive power, the 552CF000132DGR is an ideal solution for many applications.

The 552CF000132DGR can operate from a single 3V to 3.3V supply and works on the 5V and 4V logic families with programmable slew rates. This design makes it possible for designers to set the Oscillator in different configurations for various applications. The frequency range of the Oscillator can be adjusted from 8 MHz to 32 MHz, depending on the output logic transition level. Additionally, the Oscillator can also provide a temperature stability of ±50ppm over operating frequency and temperature range. Furthermore, the output of the 552CF000132DGR can also drive up to 20mA current depending on the output transition level, making it an ideal solution for designers looking to drive high speed circuits.

The 552CF000132DGR is ideal for automotive, telecom and networking applications, where precise timing is an essential factor. The Oscillator can be programmed to work in a variety of conditions, and is capable of operating over a wide temperature range with minimal variation in output frequency. This makes it a reliable choice for systems where timing specifications may change over the life of the product. For example, in mobile communication systems, timing eros due to temperature and vibration fluctuations may cause serious errors in the system performance.

The working principle of the 552CF000132DGR is based on a Resonant LC circuit and a CMOS logic. The Resonant LC circuit is constructed using two inductors (L1 and L2) and a capacitor (Cout). The value of the inductance and capacitance is chosen to obtain the desired frequency of the Oscillator. The LC tank circuit is coupled to an internal CMOS buffer and the output of the buffer is connected to the terminal pins of the oscillator. When the terminal voltage is applied, the oscillator starts to oscillate at the frequency corresponding to the value set in the Resonant LC circuit, providing the desired output frequency.

The 552CF000132DGR is a flexible, pin-configurable oscillator which can be programmed for various applications. With its widest frequency range, temperature stability and output drive power, the Oscillator is suitable for many applications, including automotive, telecom, and network applications. By tapping into the Resonant LC circuit, its working principle enables it to provide consistent and reliable performance.

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