SIT8008BIF7-33N

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Programmable oscillators provide a high degree of control over the frequency, pulse width and symmetry in a wide range of applications. The SIT8008BIF7-33N is a pin-compatible programmable oscillator specifically designed for the most demanding applications, including embedded industrial control, automotive electronics, and other demanding portable applications. Its pin layout and feature set make it a versatile device for many applications.

The SIT8008BIF7-33N has an eight-pin configuration that allows for an optimized design in a highly space-constrained environment. It is an adjustable oscillator which provides an extended frequency range of 25MHz to 800MHz and a wide selection of symmetry and pulse settings. The high-grade features of the SIT8008BIF7-33N make it suitable for applications such as data acquisition, communications, and test systems.

The SIT8008BIF7-33N is programmed via its digital control pins, which allow the user to select the desired frequency, pulse width, and symmetry. The frequency can be programmed from 25MHz to 800MHz in 1Hz resolution, and the pulse width and symmetry can be programmed in 0.5µs increments. The SIT8008BIF7-33N also supports a precision band-spreading feature for optimal frequency stability. It is capable of providing programmable input and output enable/disable modes and supports an enable/disable level shift for extended compatibility with a variety of input and output levels.

The SIT8008BIF7-33N has low jitter, fast settling time, and low output noise that are suitable for high-speed serial data transmission. It is a monolithic device with integrated oscillator, control logic, and latch, which simplifies the assembly and minimizes board space. The device also includes on-chip temperature compensation and power-down functions, providing further system flexibility.

The SIT8008BIF7-33N is a high-performance programmable oscillator that is ideally suited for embedded industrial control, automotive electronics, and other demanding portable applications. It provides a high degree of control over the frequency, pulse width and symmetry, as well as a wide selection of frequencies, pulse width and symmetry settings. The device also offers on-chip temperature compensation and power-down functions for further system flexibility.

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