SIT8208AC-32-33S-16.369000Y

Oscillators

SIT8208AC-32-33S-16.369000Y

The SIT8208AC-32-33S-16.369000Y is an example of an oscillator, an electronic component which rapidly switches between two output states. It is commonly used in timing, signaling, and synchronization applications to drive circuits such as digital counters, shift registers, microprocessors, and other active logic circuits. An oscillator circuit consists of an amplifying device, usually a transistor, and a resonant circuit, typically implemented using an LC tank or RC network.

The SIT8208AC-32-33S-16.369000Y is a user-programmable oscillator that is designed to generate high-precision clock signals with a wide variety of application scenarios. It offers a high stability and low phase noise performance, making it well suited for use in data communications, wireless communications, industrial, military, and other critical timing applications. It is programmable between 16.369MHz and 136MHz, and it offers a wide range of output formats, including LVCMOS, LVDS, and HCSL. It also has configurable rise/fall times for a variety of operating conditions.

A major advantage of the SIT8208AC-32-33S-16.369000Y is its low power consumption. It consumes a maximum of 16 mW at 25xC. This is significantly lower than many other oscillator products, which can consume up to tens or even hundreds of mW. The device also features wide temperature range operation from -40C to 85C.

Application Field

The SIT8208AC-32-33S-16.369000Y is a versatile oscillator suitable for a wide range of applications. It is useful for signal transmission, broadcasting, and synchronization in networks where precise timing is necessary. The device is also well suited for use in embedded systems such as wireless LAN and Bluetooth applications, GPS systems, digital display systems, mobile phones, and radio frequency (RF) applications.

Working Principle

The SIT8208AC-32-33S-16.369000Y uses a resonant LC or RC network to generate the required clock signal. The amplifier device provides the necessary drive current for the oscillator circuit. When the network reaches a certain resonant frequency, it causes the amplifier to swing from one state to the other, producing a periodic oscillation. The output of the device is then filtered to produce a clean, low-distortion clock signal. The frequency of oscillation can be programmed by changing the value of the components in the resonant network.

The device also includes various features such as wide operating frequency range, programmable rise/fall times, short-on delay, and enable/disable inputs for out-of-lock detection and power reduction.