416F40023CAT

The 416F40023CAT is an advanced type of crystal oscillator that offers many advantages including improved stability, greater accuracy, as well as improved vibration resistance. It is suitable for use in a variety of applications, such as high frequency communication systems, car audio systems, and Ethernet switches. The 416F40023CAT is also useful for low power mixed-signal systems, such as those found in smart phones, tablets, and other portable electronic devices.

The 416F40023CAT utilizes a Quartz Crystal Resonator to produce a highly accurate voltage output at its operating frequency of 1.8MHz. This output is then buffered by an op-amp and filtered, to reduce noise and create a pure sine wave. This improves accuracy and reduces power consumption, as the voltage is not affected by temperature or vibration.

To provide further accuracy, the 416F40023CAT features a high-quality capacitor, which prevents any sudden frequency changes due to temperature and vibration. This ensures that the frequency of the 416F40023CAT is stable and accurate over time.

The 416F40023CAT is also easy to use, as it only requires a few pins to be connected. It can be connected to an external oscillator, such as a PLL, or can be driven directly from a microcontroller. It can also be used as a clock generator for many MCUs, such as the Atmel ATmega328.

The 416F40023CAT is ideal for a wide range of applications, as it is low cost and low power, yet highly accurate compared to other oscillators. It is also simple to use and requires minimal external components, making it an attractive choice for a variety of design solutions.

In summary, the 416F40023CAT is an accurate, low-power crystal oscillator that is ideal for a wide range of applications. Its quartz crystal resonator provides a highly accurate voltage output at 1.8MHz, and its capacitors provide further accuracy and stability over time. It is easy to use, as it only requires a few pins to be connected, and it is low-cost, making it an attractive choice for many designs.