ASTMHTFL-20.000MHZ-ZC-E-T

Oscillators are highly valued and important components in a wide range of electronic fields. They often provide a source of timing signals that provide energy to a system or create harmonic stability over time. As such, oscillators are used in a variety of fields, such as radio, TV, and cellular communications. A particular type of oscillator, ASTMHTFL-20.000MHZ-ZC-E-T, has a wide range of applications and a simple working principle and offers many advantages to a system.

The ASTMHTFL-20.000MHZ-ZC-E-T oscillator is a temperature compensated crystal oscillator (TCXO) that has excellent SSB phase noise and long-term stability performance of -30 dBc/ Hz. This oscillator is widely used in many applications because of its superior performance, including Wi-Fi, Bluetooth, WLAN, GSM, and GPS applications. Its working principle is relatively simple and is based on an oscillating crystal that has been temperature compensated with feedback circuitry. The feedback circuitry allows for precision frequency regulating and timekeeping.

The ASTMHTFL-20.000MHZ-ZC-E-T has the added advantage of being able to provide its output signal at a variety of different angles. This allows for more accurate and consistent timing accuracy and phase noise performance when compared to traditional crystal oscillators. Additionally, the ASTMHTFL-20.000MHZ-ZC-E-T can also be used as a frequency adjustable oscillator due to its ability to be adjusted over a wide range of frequencies. This is especially beneficial in certain types of communication applications, such as cellular communications.

The ASTMHTFL-20.000MHZ-ZC-E-T is a highly popular and versatile oscillator that offers many advantages to its user. Its temperature compensated design and efficient frequency regulation enables a precise signal that can be used in a wide range of applications. As such, it has found widespread usage in Wi-Fi, Bluetooth, WLAN, GSM, and GPS applications. Its adjustable output signal design also allows for more precise timing accuracy and phase noise characteristics that are beneficial in a variety of communications applications.