KC5032A125.000C10E00

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Oscillators are widely used in signal processing applications for generating a signal of a precise frequency, amplitude, and phase. They convert electrical energy into mechanical or acoustic energy and the mechanical/acoustic energy is then converted back into electrical energy in order to produce a signal of the desired frequency. The most commonly used oscillator type is the KC5032A125.000C10E00. This oscillator is a three-pin, low power, 1.25GHz model and can be used in a variety of applications such as frequency synthesis, clock oscillators, timing oscillators, active audio filters, and RSSI circuits.

The benefits of choosing the KC5032A125.000C10E00 oscillator include low power consumption, wide frequency tuning range, and low jitter. Its typical power consumption is 6mA at 3.3V at a frequency of 1.9GHz. The tuning range of this device extends from 1.25GHz to 2.4GHz, and its typical jitter is 300fs rms. The combination of these features makes the KC5032A125.000C10E00 ideal for applications requiring an efficient source of high frequency signals.

The working principle of the KC5032A125.000C10E00 oscillator is based on a doubled Crystal Oscillator (DCO) topology. The DCO consists of two separate crystal oscillators connected in series. The first oscillator gets its signal from the reference clock source, which is usually an external crystal or a voltage controlled oscillator. This signal is then amplified and passed to the second oscillator, which generates the desired signal. The output of the second oscillator is sent to a frequency divider, which divides the signal to the required frequency.

The KC5032A125.000C10E00 can be used in various applications to generate precise signals of a specific frequency, amplitude and phase. For example, it can be used to replace existing passive resonators in timing and frequency synthesis circuits. It can also be used in active audio filter applications, where the output frequency is required to be extremely precise to produce the desired sound quality. In addition, this oscillator is suitable for global positioning system (GPS) receivers, radio frequency identification (RFID) tags, and cordless phone applications.

In conclusion, the KC5032A125.000C10E00 is an excellent oscillator for generating precise signals of specific frequencies, amplitudes, and phases. Its low consumption, wide tuning range, and low jitter make it an ideal choice for signal processing applications. Furthermore, its DCO topology ensures that a stable and accurate output signal is generated. Its versatile applications make it suitable for use in a wide range of applications.

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