579R194CTT

Oscillators are a class of electronic components and circuits that produce a periodic or oscillating signal. The 579R194CTT is a part of this category of components which is designed to produce a clock signal that can be used for many different types of applications, including clocks, timers, counters, and watches. The 579R194CTT Oscillator is a component produced by Euro Bytes for timing applications. It has both a low-power and high-power output option and is based on a quartz crystal. This oscillator component is commonly used in medical, automotive, and commercial applications.

The 579R194CTT Oscillator is available in a variety of frequencies, making it suitable for a wide range of applications. This component has impressive accuracy and long-term stability which makes it an ideal choice for time-sensitive or precision applications. The frequency range of the oscillator is from 1 MHz to 200 MHz, with a typical output frequency of 11.0592 MHz. The 579R194CTT is encased in a 4-pin plastic package, with the active pin usually marked with a red dot.

The 579R194CTT Oscillator works by converting an electrical energy source into a precise output signal. This is accomplished through the use of a quartz crystal, which, when subjected to a voltage, produces a precise frequency. The output signal produced by the oscillator is a square wave with a 50/50 duty cycle, meaning that it spends the same amount of time in the high and low states. The signal is then sent to the output pin, where it can be used to drive other components.

The 579R194CTT Oscillator has several different applications, including the generation of low noise signals, equipment synchronization, as well as for use in PLL circuits. It can also be used to provide the clock signal for development boards and other microcontroller modules. In addition, it is used in various applications such as automotive engine control, GPS navigation, and wireless communication.

The 579R194CTT Oscillator is a reliable and long-lasting component that can be used for a variety of timing applications. Its low power consumption and impressive accuracy make it an ideal choice for precision timing applications. In addition, the component is easy to implement and configure, and its wide range of frequencies makes it suitable for a variety of applications.