416F27012ITT

The 416F27012ITT is a three electrode crystal unit developed by Cystal Electronics, a leading crystal manufacturer. It is manufactured in an ABS plastic case and is suitable for most circuit designs. The 416F27012ITT is renowned for its high performance and robustness.

The 416F27012ITT application field is wide, ranging from high-frequency crystal oscillators, precision frequency synthesizers, filter circuits, and pulse generators. This crystal unit can be used in a wide range of applications, including telecom and cellular communication, navigation, avionic systems, and even military applications. It is a compact, low-cost, low-power solution for these applications.

The 416F27012ITT is based on the principle of an acoustic wave propagating in a teardrop-shaped crystal. This crystal is mounted between two electrodes, the high-voltage electrode, and the reference electrode. The crystal is then excited by an alternating voltage. The alternating voltage causes the crystal to vibrate at a specific frequency determined by the shape, size and mass of the crystal. This frequency is then used by the circuit depending on the application.

In most applications, the 416F27012ITT crystal is used as an oscillator circuit. When the crystal is driven by a signal of the appropriate frequency, the crystal will start to oscillate and generate its own signal. This signal is then used in the circuit, depending on the application. For example, in a filtering or pulse generator circuit, the signal from the crystal can be used as a reference frequency, or as an output signal.

The 416F27012ITT also has a low power consumption and high reliability. This makes it ideal for applications where power and reliability requirements are paramount. It is also highly resistant to radiation, making it ideal for use in harsh environments, as found in military applications.

The 416F27012ITT is an ideal solution for applications requiring an extremely small crystal size, an economical solution and a robust design. It is a popular choice for many types of applications, which require a reliable and accurate frequency source, and a low-power solution.