SIT1602BI-81-18S-14.000000T

Oscillators are wide used devices in various applications. SIT1602BI-81-18S-14.000000T is an oscillator with higher functionality, which has a broad application field and working principle.

The SIT1602BI-81-18S-14.000000T is an oscillator designed for the applications of switching power VHF radios. It feature a low power consumption that is less than 1 mW, and a high oscillation frequency range from 18 MHz to 81 MHz.

In addition to being used in switching power wireless communication applications, the oscillator has the capability to provide low distortion VHF signals. It also includes a number of other features, such as high frequency stability, low power dissipation, and advanced functions such as temperature compensation and shielding.

The SIT1602BI-81-18S-14.000000T works by producing a stable frequency signal which can be monitored and adjusted to meet the specific application needs. This signal is used to control the power level, as well as the switching frequency, of the device. The oscillator also features integrated temperature compensation that reduces signal drift due to environmental factors.

The oscillator also includes a variety of advanced functions including pulse-width modulation (PWM) and pulse frequency modulation (PFM). The PWM allows the frequency to be varied in a continuous fashion, while the PFM allows the switching of frequency to be done in a predetermined manner. This allows for more precise control of the output signal.

The oscillator also includes a number of other features including pulse mode, frequency select, and sinewave output. These functions allow for more precise control of the signal that is being generated. The frequency select feature also allows for the user to adjust the frequency to one of a number of preset frequencies for better control over the output.

Overall, the SIT1602BI-81-18S-14.000000T oscillator is an excellent choice for a wide variety of applications that require a reliable and precise oscillator with advanced features. It features a low power consumption, high frequency stability, and temperature compensation, making it an ideal choice for many situations.