416F500X3IKT

Crystals

Crystals, or piezoelectric materials, are naturally occurring items with unique properties of producing electricity when pressure is applied to them. This material can be used to create components for the electronics industry and other specialty applications. The most popular of these components is the 416F500X3IKT, which is used for a variety of tasks, including high frequency & low noise control, precisionoscillation and vibration control.

Application Field

The 416F500X3IKT is a multi-functionalcrystal unit ideal for high speed, low power and low voltage applications. Itisused primarily in telecommunication technology but can be used in anyapplicationwhere accurate frequency, low power and low voltage characteristics are required.

In cell phone technology, this crystal unit is used to house components like voltage controlled oscillators, phase-locked loop generators, carrier frequency synthesizers, lock-in amplifiers, frequency-modulated oscillators, crystal filter networks and bandpassfilters. The unit is also used in mixing and switching applications, allowing it to be used in applications ranging from satellite navigation and TV receiving, to voice recognition technology.

In addition, the 416F500X3IKT is used in various high precision control and measurement products, such as electronic speedometers and tachometers, as well as time-of-flight and angle-of-flight sensing. The unit is also used in medical devices, such as wearable heart monitoring devices, electrosurgical instruments and other medical telemetry products.

Working Principle

The unique property of the 416F500X3IKT is its ability to produce electricity when subjected to pressure. This is no different from any other crystal, but the 416F500X3IKT excels in this regard due to its microelectronic structure. The 416F500X3IKT is composed of a piezoelectric material, an electrically conductive material, and a substrate that is used to connect the two materials.

When pressure is applied to the piezoelectric material, it distorts and produces electrical charge which is then transferred to the substrate. This electrical charge is then further spread across the entire structure of the unit, and can be used to power the various components of the device. While the exact mechanism is complex, the result is that the 416F500X3IKT can provide electricity to components in a device with minimal energy loss.

The 416F500X3IKT is an incredibly versatile and reliable crystal unit, allowing it to be used in a variety of applications requiring precise frequency, low power and low voltage characteristics. Its piezoelectric properties allow it to generate electricity with minimal energy loss, making it an ideal choice for an array of applications.