FD0730013

Oscillators are electronic circuits that are used to generate repeated variation signals. FD0730013 is one of those oscillators which are designed using a special integrated chip and is specially used for wireless applications. It has a wide range of applications and can be used in various kinds of low power radios.

Applications

FD0730013 oscillator is primarily used for low power radio applications. This oscillator is a very small and highly integrated integrated electric component with very low power consumption. It is used for Bluetooth and ZigBee wireless modules which require low frequency oscillations in the range of 1.8 MHz to 38 MHz. It is also used for other low power radio applications such as FM, GPS, and WAM receivers.FD0730013 oscillators are very useful for their ability to generate stable and accurate time-based signal outputs. These oscillators are used in timing applications such as wall clocks, speaker systems, and small appliances. They are also used in industrial applications such as security systems, temperature controls, and machine control systems. Another application of FD0730013 oscillators is in mobile communications. They are used to generate the signal for transmitting and receiving radio transmissions for cell phones and other hand-held communication devices.

Working Principle

The FD0730013 oscillator is based on an integrated circuit (IC) chip with a unique electronic architecture. This allows the IC chip to oscillate at a specific frequency that is determined by an external capacitor (Coupling Capacitor, C1). The external capacitor is connected with two pins of the IC chip which enables the IC chip to oscillate. The output of the oscillator is determined by the capacitance of the external capacitor. As the capacitance of the capacitor increases, the output frequency of the oscillator decreases. The output frequency is determined by the following formula: f = 1/ (2πRC).When the oscillator is working, the voltage across the external capacitor starts to increases as the capacitor is being charged, which causes the internal oscillator to start oscillating. The oscillator continues to oscillate as long as the capacitor is charged. When the capacitor is completely discharged, the oscillator will stop working and the output will cease.