SIT1602BI-33-28S-12.000000T

Oscillators have become an essential component for many mechanical and electronic engineering applications. The SIT1602BI-33-28S-12.000000T Oscillator is no exception. It is a product designed for use in specific applications where a reliable, low-power, precise, and reliable oscillator is required. The product features a built-in supply voltage range of 1.8V – 3.6V, a high-accuracy – lower than 200 ppm frequency stability over the entire C range, and a low-sensitivity of ±0.3%.

The SIT1602BI-33-28S-12.000000T Oscillator can be used in numerous applications, including: medical, industrial, automotive, home automation, and general-purpose applications. This product can be used in various applications as an oscillator for precision measurement, signal transmission, timing, and control of components and devices. Its low current consumption makes it suitable for various equipment requiring low power, with the benefits of a low noise, low jitter, and precision timing accuracy.

The SIT1602BI-33-28S-12.000000T Oscillator works by using an oscillatory circuit formed by a glass-encapsulated quartz crystal or ceramic resonator. The crystal resonates at a particular frequency, thus creating a sinewave that is output at the clock’s mouth. The oscillator functions by shifting phase with the driving signal to adjust the frequency, resulting in an accurate and stable frequency output. Generally, the crystal inside the oscillator is temperature-compensated for accuracy over a wider temperature range.

The SIT1602BI-33-28S-12.000000T Oscillator is a reliable source of reference frequency. It has an adjustable frequency range from 0-26MHz, a flat frequency response in the C range, and a wide working temperature range of -45°C – +85°C. It is exceptionally versatile in terms of applications and is suitable for applications like servos, appliances, and electronic circuits.

The SIT1602BI-33-28S-12.000000T Oscillator is designed to meet the needs of designers by providing an accurate and reliable frequency source. It is built with low-power, precise, and reliable features, and its low current consumption makes it suitable for various applications, especially those requiring precision timing, low jitter, and low noise. Its ample frequency range, temperature range, and high accuracy make it a reliable and versatile oscillator.