ASFLMB-33.333MHZ-LR-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are electric components used to generate a periodic signal or frequency that can be used in electronic applications. One of the most common oscillators used for this purpose is the ASFLMB-33.333MHz-LR-T oscillator. This particular model has a range of applications and utilizes a specific type of oscillator circuit that is useful in many applications.

The ASFLMB-33.333MHz-LR-T oscillator is an air-cored ferrite-core component that provides a high-stability frequency output. This part is well-suited for applications where precise timing is critical. It features a high-frequency range, low phase noise, and excellent accuracy. This makes it ideal for applications such as frequency synthesisers, timing circuits, and filters in oscillator-type systems. The component also features excellent power dissipation and EMI suppression.

In terms of functionality, the ASFLMB-33.333MHz-LR-T oscillator works by relying on an oscillator circuit that oscillates with fixed frequency. This circuit includes a quartz crystal that is connected to two external capacitors that form a series resonant tank circuit. This series tank circuit acts as an LC oscillator, which means that the current in the circuit is limited to the resonant frequency of the circuit.

The current in the ASFLMB-33.333MHz-LR-T oscillator is delivered by two transistors. The first transistor acts as an amplifier, providing the current that drives the quartz crystal, while the second transistor operates as an active load, acting as a current source that maintains the output signal amplitude and frequency. The quartz crystal is clocked with the output signal from the oscillator circuit, which results in a periodic output at the precise frequency.

Overall, the ASFLMB-33.333MHz-LR-T oscillator is a reliable and versatile component that has a variety of applications due to its high-stability frequency output and low phase noise. It has an excellent power dissipation and EMI suppression, making it an ideal choice in oscillator-type systems. The part also utilizes an oscillator circuit with a quartz crystal that oscillates at a constant frequency, allowing it to generate a periodic output.

The specific data is subject to PDF, and the above content is for reference