595AG24M5760DG

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Oscillators are known for their ability to generate a specific frequency by using a minimum of external components. Nowadays, the trend of oscillators is towards the development of more terminal voltage controlled (VC) oscillators. Thus, the introduction of 595AG24M5760DG VC-oscillator into the market provides users with a high frequency, low jitter solution which is suitable for more and more applications.

595AG24M5760DG VC-oscillator has an operational temperature range from -40℃ to +85℃ with two different package options to meet customer\'s need. This VC-oscillator is able to cover frequency range from 1MHz to 80MHz while incorporating essential features such as low power consumption. Furthermore, it can provide excellent frequency stability and low phase noise over temperature changes.

Due to its high operating frequency, low power consumption, improved phase noise, and excellent frequency stability, 595AG24M5760DG VC-oscillator is ideally suited for a wide range of applications, including but not limited to telecommunications, automotive, industrial, medical, audio, and video products. 595AG24M5760DGVC-oscillator can be used in variety of wireless communication applications, such as Bluetooth, GSM/WCDMA/LTE communication, Zigbee, and WLAN. By using the VC-oscillator in transmitter and receiver applications, the overall performance of the communication system can be improved. Additionally, the VC-oscillator can also be incorporated into industrial automation solutions, such as motor control, machine vision, and various motion control. The improved frequency stability makes it ideal for these applications whereby high reliability and precision is needed.

The core of 595AG24M5760DG VC-oscillator is to generate an oscillation by using internal voltage and capacitance, where one side of capacitor is connected to the ground and other side is connected to the output of the oscillator stage. The voltage across the capacitor is then fed to the feedback loop where it passes through the resistor and then fed back into the output of the oscillator stage. This feedback circuit causes an oscillation to be generated at a frequency given by the voltage-controlled cap. The frequency of the generated output is then adjusted by changing the voltage on the voltage-controlled capacitor.

In conclusion, 595AG24M5760DG VC-oscillator is a highly reliable and stable reference source which offers users with excellent output characteristics compared with other oscillators. It can be used in various applications due to its wide operating frequency range with low power consumption, high frequency stability, and improved phase noise.

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