416F4401XALR

Crystals are naturally occurring materials that can be used to convert electrical signals from one frequency to another. A SAW (surface acoustic wave) device is a type of crystal that can convert electrical signals with specific frequency characteristics. The 416F4401XALR crystal is one type of SAW that is used for a wide range of applications.

The 416F4401XALR is designed for high performance applications, with excellent repeatability and high temperature stability. It has low insertion loss and a high transducer efficiency. It has a frequency range of 800–3000 MHz, with a center frequency of 1400–1650 MHz. The typical size of the 416F4401XALR is 4724 mm2.

The 416F4401XALR SAW crystal can be used in a number of different applications. This includes frequency control, timing control, and antenna tuning. It is used in products such as radio receivers, mobile phones, PDAs, automotive radio systems, GPS systems, and satellite receivers and transceivers. It is also used for signal processing and for impedance matching.

The 416F4401XALR is a piezoelectric SAW device. It consists of two oscillator electrodes placed directly onto the surface of a piezoelectric material. One electrode is the transmitting electrode and the other is the receiving electrode. When an electrical signal is applied to the oscillator electrodes, it generates a surface acoustic wave (SAW). This wave propagates along the crystal surface, and at the receiving electrodes, the electrical signal is converted to a different frequency.

The 416F4401XALR is made up of two small, thin membranes with tiny spaces between them. The bottom membrane is made of piezoelectric material, while the top membrane is made of non-piezoelectric material. When a signal of a specific frequency is applied to the transmitting electrode, the piezoelectric material vibrates and creates a surface acoustic wave (SAW). This wave is then received at the receiving electrode, at which point it is converted to a different frequency.

The 416F4401XALR SAW crystal is a highly reliable device, with excellent performance in a wide range of applications. It offers superior frequency stability and superior temperature stability. It is easy to mount, with a simple between-teeth mounting. The device has a low insertion loss and a high transducer efficiency, providing excellent results in most applications.