XLP730161.132800I

XLP730161.132800I application field and working principle.

The XLP730161.132800I is an oscillator in a 4x4mm QFN package. It features very low power consumption and it is the ideal choice for applications such as frequency synthesizers, computer peripherals, and test and measurement equipment. The device is constructed with a quartz crystal, a frequency control circuit, and an amplifier circuit. The working principle is as follows:

The quartz crystal acts as a resonator, producing a narrow range of frequency when a small bias voltage is applied to it. This frequency is fixed and the crystal can be tuned to varying frequencies by changing the bias voltage applied to it. For example, by applying a 3.3V bias voltage, the crystal will be tuned to 8MHz.

The frequency control circuit then takes this frequency and amplifies it. The gain of this amplifier stage is adjusted by changing the feedback resistor or capacitor of the circuit. This is how the device is able to control the resonance frequency of the quartz crystal.

The amplifier stage then takes the output of the frequency control circuit and amplifies it further. This is done to increase the signal-to-noise ratio of the final output. In the XLP730161.132800I device, the gain of the amplifier stage can be further adjusted by changing the feedback resistor or capacitor of the circuit.

The output of the amplifier stage is then sent to the quartz crystal which is connected to the ground. The quartz crystal then vibrates at a frequency determined by the gain and feedback of the amplifier stage and frequency control circuit. This signal is then sent out as the final output of the device.

The XLP730161.132800I is ideally suited for applications where very low power consumption is required. It is also very well-suited for applications where precise frequency control is required, such as in computer peripherals, test and measurement equipment, and frequency synthesizers. The device is also very reliable and highly accurate, making it the ideal choice for these applications.