MX554EBB120M000-TR

Oscillators are essential components of many electronic applications, providing the constant frequency pulses that are necessary for them to function properly. The MX554EBB120M000-TR is an example of a crystal-controlled oscillator that is highly suitable for a wide range of applications.

The MX554EBB120M000-TR is a miniature TTL oscillator designed to operate within a frequency range of 12.5 to 66MHz. It is made of a SOIC-8 package, and can be purchased in tape- and-reel form. The oscillator has an operating temperature range of -55°C to +85°C, and can provide outputs of both positive and negative voltages.

The MX554EBB120M000-TR oscillator consists of a quartz crystal, a pair of output amplifiers, and a frequency control circuit. The quartz crystal acts as a resonator, providing a steady frequency by vibrating at a regular frequency when an electric current is passed through it. The output amplifiers are connected to the quartz crystal, and provide the output signal from the oscillator. The frequency control circuit, meanwhile, adjusts the oscillator’s output frequency to ensure that it is within the desired range.

The wide range of operating frequencies, and the low power consumption of the MX554EBB120M000-TR make it particularly suitable for application in various consumer electronics devices. It can be used in portable radios, television receivers, and mobile phones, as it is capable of producing a reliable signal with low power consumption. It is also suitable for networking applications, providing constant pulses that are necessary for the smooth operation of the communications system. In addition, it is also suitable for medical and industrial applications, as it can provide a reliable signal with low power consumption.

In summary, the MX554EBB120M000-TR is an ideal oscillator for a wide range of applications. Its wide range of operating frequencies, low power consumption, and miniature size make it an ideal component for many consumer, networking, medical, and industrial applications. It is capable of providing reliable output signals with a low power consumption, ensuring that the devices it is used in are operating at peak efficiency.