ABLS-13.262250MHZ-10-J4Y-T Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are a type of oscillator circuit that works by generating steady pulses of vibrations that oscillate at a precise frequency determined by the crystal within the internal circuitry. ABL S-13.262250MHZ-10-J4Y-T is one such type of crystal oscillator, made specifically to provide precise performance and stability.

As an integrated temperature-compensated crystal oscillator (TCXO), ABL S-13.262250MHZ-10-J4Y-T is designed to monitor and adjust its frequency output and other parameters to compensate for any types of temperature variations. This makes the crystal oscillator extremely stable and highly precise, making it suitable for demanding applications requiring precise timing and synchronization.

ABL S-13.262250MHZ-10-J4Y-T’s application fields can range from card readers, car keyless entry systems, and cordless telephones to digital cameras, GPS modules, and wireless communication units. All of these require an accurate oscillator circuit to ensure secure and reliable operation. And ABL S-13.262250MHZ-10-J4Y-T is a perfect choice for those applications.

The working principle of ABL S-13.262250MHZ-10-J4Y-T is based on the Quartz Crystal Resonator mechanism. Quartz is known as a piezoelectric material, meaning that it changes its mechanical shape when a voltage is applied to it. When a voltage of the correct frequency is applied, the quartz crystal will begin to vibrate at that frequency and transmit that frequency as current to the output load. This is the basic working principle of ABL S-13.262250MHZ-10-J4Y-T.

ABL S-13.262250MHZ-10-J4Y-T is also designed with an integrated circuit to provide a low-noise supply voltage for the internal circuitry so that the oscillator circuit works at its best level of performance. The output of the circuit is also kept highly stable through a frequency-temperature compensation circuit, which helps to reduce any frequency variation due to temperature fluctuations.

In conclusion, ABL S-13.262250MHZ-10-J4Y-T’s working principle is based on the Quartz Crystal Resonator mechanism and is designed to provide high stability and accurate frequency output despite any external temperature fluctuations. Suitable for various applications that require precise timing, this crystal oscillator offers reliable performance and is a perfect fit for demanding applications requiring precise timing and synchronization.

The specific data is subject to PDF, and the above content is for reference