416F40625ATT

Crystals are small, regular, and carefully crafted lattices of atoms or molecules, usually grown artificially in four or six directions. They are commonly used in electronics and electrical engineering, especially in oscillators and filters. The 416F40625ATT is a typical example of an oscillator used in many device applications.

The 416F40625ATT oscillator is a type of quartz-based element. It is capable of operating at a frequency of 40.625 MHz and has an accuracy of ±30 ppm. The device has a small symmetrical design with a footprint of 6.5×7.5 mm. It includes an 8-pin Dual-In-Line IC package and is available in either a surface-mount or through-hole package.

The basic working principle of the 416F40625ATT oscillator is based on quartz crystals. Quartz is composed of silicon dioxide molecules and has the ability to vibrate at a very precise frequency when electricity is applied to it. The 416F40625ATT device consists of a quartz crystal that is wired to two metal electrodes, which form a simple vibratory circuit. It is also equipped with an oscillator circuit board, which amplifies and controls the crystal’s output frequency.

The 416F40625ATT oscillator has a range of applications in consumer electronics. It is commonly used in radio and television receivers, digital devices, and audio amplifiers. It can also be used for other specialized applications, such as frequency synthesis, time base generation, precision calibration, and general-purpose signals.

The 416F40625ATT oscillator is easy to use and reliable. It provides precise control of frequency and a wide range of operating temperatures. The oscillator is also resistant to shock and vibration, making it an ideal choice for applications in hostile environments. Additionally, its small size and low power consumption make it suitable for handheld and portable electronic devices.

In summary, the 416F40625ATT oscillator is an ideal choice for certain consumer electronic and precision engineering applications. This device features precise control of frequency, a wide operating temperature range, and excellent resistance to shock and vibration. Its small size and low power consumption make it suitable for handheld and portable applications.