ASEMB-33.330MHZ-LR

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Oscillators

Oscillators are electronic systems that generate a periodic electrical signal. Oscillators are used in a variety of technologies, electronics and communication systems in order to produce, sustain, or interpret signals given from the surrounding environment. Oscillators are integral in telecommunications networks, radio/TV signals injection, and clock synchronization and timing. Examples of oscillators include astable, balanced crystal and piezoelectric oscillators.

ASEMB-33.330MHZ-LR oscillator is a radio frequency (RF) oscillator intended for linear amplifier applications. Its size is 8.2 mm*5.3 mm and it is designed to produce an RF output of 33.330MHz. This oscillator can be used in switch-mode dc-dc converters, charge pumps, PLLs, and related applications. This device can operate at operating temperatures from -40°C to +85°C.

Application

ASEMB-33.330MHZ-LR can be used in switch-mode dc-dc converters, charge pumps, PLLs, and related applications. This oscillator is also ideal for mobile phones, modems, direct-sequence radio systems, other consumer electronic products, and potential applications in baseband communication systems.

Operating Principle

ASEMB-33.330MHz-LR oscillator operates according to the negative resistance principle. This oscillator consists of an active and passive part connected together in such a way that the active device, usually a transistor or a FET, will provide a negative resistance to act as the gain, while the inductor and capacitor act as the frequency controlling elements. When such a network is connected to a DC voltage supply, the active device provides an AC output voltage of a predetermined frequency. The frequency of the oscillations is determined by the values of the inductors and capacitors.

The oscillator also has two trimmers, one to adjust the amplitude of the signal and one to adjust the frequency of the signal. The trimmers consist of a combination of fixed and variable inductors and/or capacitors that can be adjusted to obtain the required frequency and amplitude that the oscillator needs to produce. This combination of components will determine the oscillator’s frequency.

The output signal of the ASEMB-33.330MHz-LR oscillator is taken from the drain of the active device. The output can be used directly or as an amplified signal. The output of the oscillator is also very stable and is not affected by changes in temperature, power supply, or load conditions.

Conclusion

ASEMB-33.330MHz-LR oscillator is an excellent choice for applications requiring a reliable RF signal generator. Its robust construction and wide operating temperature range make it versatile and reliable for a variety of applications. This oscillator is also simple to use and maintain, reducing downtime and increasing efficiency. The combination of its small size, low power consumption, and wide frequency range make it an ideal choice for a variety of applications.

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