511LBA-BAAG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Programmable Oscillators are used to provide flexible timing solutions for various applications, ranging from industrial to consumer industry. The 511LBA-BAAG is a type of programmable oscillator that provides very low jitter in a wide range of operating environments. This oscillator is ideal for use in a number of applications, such as PWM controllers, frequency synthesizers, control modules and video decode terminals.

The 511LBA-BAAG utilizes a temperature compensated frequency adjustment circuit, which is driven by a crystal oscillator. This circuit is designed to be adjustable within a certain frequency range, allowing for a precise tuning of the output frequency within this range. The output frequency is determined by the revolutions per second of the crystal oscillator, and the adjustment circuit. This adjustable adjustment circuit also allows for more precise adjustment of the output frequency, further improving its accuracy and tight tolerance.

The 511LBA-BAAG has a built-in switching circuit which is used to switch the output between two different oscillator frequencies. The first frequency is the nominal frequency, while the second frequency is a secondary frequency. This secondary frequency is used as a reference and is monitored by the adjustment circuit. In addition to the two frequencies, the oscillator also has an enable pin which allows the user to enable or disable the secondary frequency.

In addition to the two frequencies, the 511LBA-BAAG also provides a temperature range from -20°C to +70°C. The temperature range is important for applications that require a temperature stable output. The temperature range is also adjusted for greater accuracy and tight tolerance to ensure proper operation of the oscillator.

The 511LBA-BAAG has an Automatic Switching Timer (AST) which is used to automatically change the output of the oscillator after a certain time interval. The timer can be adjusted to either switch the output from a low to a high frequency, or from a high to a low frequency after the time elapsed. This is helpful in applications where a specific frequency range is required or in applications where the output frequency needs to be changed at regular intervals.

The prinicple of the 511LBA-BAAG oscillator is based on the basic principles of electronics engineering. The oscillator utilizes an amplifier, an inductor and a capacitor to form an oscillation circuit. The inductor is used to oscillate an electrical signal, while the capacitor is used to store the energy to be used in the next cycle of the oscillation. The amplifier is used to increase the amplitude of the signal, while the inductor and capacitor are used to control the frequency and the level of the output signal.

The 511LBA-BAAG is suitable for use in a variety of applications. One of the most common applications for this oscillator is in automotive electronic systems, where its low jitter, temperature stability and good frequency accuracy makes it ideal for use. This oscillator is also used in industrial controllers and robotics applications, where it is used to generate accurate timing pulses and provide a stable clocking frequency for the controller.

In conclusion, the 511LBA-BAAG is a type of programmable oscillator that provides very low jitter in a wide range of operating environments. This oscillator is ideal for use in a number of applications, including PWM controllers, frequency synthesizers, control modules and video decode terminals. It utilizes a temperature compensated frequency adjustment circuit and an Automatic Switching Timer to provide precise tuning and frequency switching capabilities. The oscillator is based on the basic principles of electronics engineering and is suitable for use in a variety of applications, including automotive electronic systems, industrial controllers and robotics applications.

The specific data is subject to PDF, and the above content is for reference