932S401EFLF

Clocks and timing are of utmost importance in most systems as they act as a synchronization point between different components. The 932S401EFLF clock/timing design offers a specific application field and working principle which makes it an ideal clock for many systems.

The 932S401EFLF clock is an extremely low jitter, low power, low cost and low size oscillator with a wide range of frequency. It is designed for applications needing high frequency clock and timing sources, including cellular phones, wireless communications systems, PC motherboards, industrial/consumer and automotive applications. In addition, it offers a wide range of frequencies from 1MHz to 400MHz making it perfect for applications like clock signal distribution, system synchronization, filter networks and signal processing.

The working principle behind the 932S401EFLF clock is based on the total integrated oscillator (TIO) which is the simplest type of oscillator. This type of oscillator consists of an amplifier, a capacitor and a resistor in order to produce an electrical signal which is amplified and oscillates at a certain frequency. This type of oscillator is very reliable and efficient as it is able to generate relatively stable oscillations with a low power consumption.

The 932S401EFLF clock provides extremely low jitter of 10ps, reliable operation over wide temperature range (from -40℃ to +85℃), low output phase noise from 0.65ps rms, and low additive phase jitter from 4 picoseconds. Additionally, the 932S401EFLF also offers a wide range of output frequencies from 1MHz to 400MHz, adjustable system drive capability and can be easily programmed for different frequencies.

In conclusion, the 932S401EFLF clock/timing can be used for many applications due to its wide range of output frequencies and its excellent performance. It is designed to be an extremely low jitter, low power, low cost and low size oscillator that is reliable and efficient in its operation. It is an ideal clock for many systems, and its total integrated oscillator working principle makes it a great choice for applications such as clock signal distribution, system synchronization, filter networks and signal processing.