353SB6A184R

Oscillators

Oscillators are electrical circuits or mechanical devices that generate recurring signals or waves. These signals or waves make up the core of all electrical communication systems employed in different fields of electronics. Oscillators are used in sophisticated electronic systems to convert ac power from the power line into the dc power required by the electronic system, as well as transform the fixed frequencies of the power lines into the variable frequencies required by many electronics. Oscillators can also be used in ac power systems to drive motorized components such as solenoids, relays, and other mechanical parts.

353SB6A184R is an oscillator for difference clock applications. It features low power consumption, integrated output buffer and low-power shutdown mode. This oscillator offers precision accuracy with fast start-up time. The operating temperature range is from -40°C to 70°C, and the storage temperature range is from -55°C to 125°C.

Application Field

The 353SB6A184R oscillator is widely used in automatically supplying domestic, commercial, public and industrial applications such as LCD backlighting, motor control, capacitor discharge, and touch screens. It can also be used to provide synchronous clocks for microprocessors, DDR memory and graphics controller integrated circuits.

Working Principles

The 353SB6A184R oscillator works by generating an alternating sinusoidal waveform at a constant rate. This waveform is then fed to an oscillator section consisting of logic and analog circuits. This section removes the original waveform and produces the clock signal required for system operations.

The oscillator section is divided into two parts with different functions. The first part is an oscillator which uses a specific type of signal source such as a crystal to produce the desired high-frequency clock. The second part of the oscillator section is a frequency divider which is designed to divide the high-frequency clock into lower frequency clocks required by the different integrated circuits in the system.

The output buffer of the oscillator is used to ensure that the system produces the desired clock signal. The buffer amplifies the signal received from the oscillator section to ensure that the signal has the required power at the output. Additionally, the output buffer is designed to reduce the time taken for the signal to reach its destination.

The low-power shutdown mode of the 353SB6A184R oscillator helps in maintaining the system performance by conserving the power energy. This feature turns off the oscillator when it is not needed, which extends its operational life as well as reduces power consumption. The oscillator can be re-enabled with just a simple signal, which helps in enhancing its managing and operating capabilities.

Overall, the 353SB6A184R oscillator is an efficient and reliable solution to the most demanding differences clock applications. Its wide range of features makes it the ideal choice for control and synchronization purposes in different systems.