Oscillators

CSX-750FBB24000000T

The CSX-750FBB24000000T is an oscillator widely used in many electronic applications requiring precise and reliable performance. It is a quartz based oscillator that utilizes a piezoelectric crystal with a frequency of 24MHz. The device is found integrated in microcontrollers, CNC machines, and many other electronic devices for precise timing applications.

Application Field

The CSX-750FBB24000000T is used in many different applications because of its precise frequency control. It is especially popular for microcontroller applications that require exact frequency control. For example, in embedded systems the CSX-750FBB24000000T can be used to precisely control the timing of the microcontroller clock which directly affects the speed of operation. It is also used in CNC machines to precisely time the motion of stepper motors and servos.

The CSX-750FBB24000000T is also found in many communication systems including amateur radio, wireless networking and robots. It can provide a stable low jitter signal for the transmission of data and commands that need precision control. Additionally, it is used in audio applications such as digital oscillators for synthesizer designs.

Working Principle

The CSX-750FBB24000000T is a quartz based oscillator that utilizes the natural vibration of a quartz crystal to generate a precise frequency. It consists of a quartz crystal resonator that is electrically connected to a driver circuit. When electrical current is applied, the quartz crystal responds and vibrates or oscillates at its resonant frequency, which in this case is 24MHz.

The vibration of the quartz crystal produces an electrical signal with a precise frequency. This signal is then amplified and output to the user. The ability of the CSX-750FBB24000000T to maintain a constant output frequency is due to the near perfect natural vibration of the quartz crystal resonator. This ensures a stable and precise frequency output that is highly sought after in precision timing applications.