416F38011ALR

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The 416F38011ALR is an example of a crystal, one of the oldest and also most reliable oscillator components in the electronics industry. It has been used in a range of applications and still provides an accurate and reliable performance in many systems today. Crystals are oscillators that are able to generate a periodic signal, typically an electrical waveform, and have the ability to maintain the same frequency under a wide range of conditions. A crystal can be thought of as a mechanical device that consists of a piece of quartz, a conductive plate, and an electrodes. Quartz has piezoelectric properties, and when mechanical force is applied it will generate an electric charge, and conversely, when an electric field is applied it will output a mechanical force. This makes quartz an ideal component for producing and controlling a periodic electrical waveform.

The 416F38011ALR utilizes the piezoelectric property of quartz and is classified as an AT-cut crystal oscillator. Quartz crystals can be accurately cut to resonate at a specific frequency, and the AT-cut is the most common type. This crystal has a clock frequency of 38.011 MHz and is designed to provide accurate frequency oscillations over a wide range of temperatures and environmental conditions. The 416F38011ALR oscillator also features a low stand-by current, high accuracy, and low distortion performance.

The 416F38011ALR is typically utilized in communications equipment, timing circuits, embedded systems, and portable electronics. In communications equipment, it can be used as an oscillator for modems, receivers, and transmitters. Timing applications can include clock oscillators for timing circuits, controllers, digital clocks, and microprocessors; and embedded systems can employ the crystal oscillator for industrial automation, robotics, and medical equipment. Portable electronics often use the oscillator for portable such as WiFi, Bluetooth, and other wireless communication devices.

The 416F38011ALR utilizes a proven quartz crystal oscillator design to produce accurate and reliable waveforms. The device consists of a quartz crystal and two electrodes which are coated on opposite faces, typically referred to as a “sandwich” configuration. The waveforms that are produced by the crystal oscillation are determined by the cut of the quartz and the number of electrodes, and the 416F38011ALR specifically produces a sine wave oscillation. The waveforms are further stabilized over temperature and environmental changes by the addition of a temperature compensation circuit, which is placed between the electrode and the crystal.

Finally, the 416F38011ALR benefits from a range of packaging options. These enable the device to be integrated into a number of different applications, and often enable it to fit into low-profile locations or replace existing component packages. Packaging options can include surface mount, thru-hole, and other configurations.

In conclusion, the 416F38011ALR crystal is a popular choice for accurate timing and waveform generation in a wide range of systems. Its low stand-by current, high accuracy, and temperature compensation makes it a reliable device for many types of applications, and its packaging options enable it to be easily integrated into many different systems. With a clock frequency of 38.011 MHz and a range of packaging options, the 416F38011ALR is a popular choice for timing circuits, embedded systems, portable electronics, and many others.

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