500DLAA115M200ACF

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

Oscillators provide a frequency reference, or clock signal, for timing operations within a device, or between various components, making it possible for circuits and systems to carry out controlled and repeatable operations. A 500DLAA115M200ACF oscillator is a type of oscillator having a wide range of application in both industrial and consumer settings. This section will look at the principle of operation and usage of the 500DLAA115M200ACF oscillator.

The 500DLAA115M200ACF oscillator, like all oscillators, is designed to produce an alternating current (AC) waveform with a fixed frequency, duty cycle and amplitude. It does this using its own intrinsic oscillation source, which can be a mechanical device such as a tuning fork, or an electronic component like a quartz crystal. The frequency produced is determined by its design and the components used. In the case of the 500DLAA115M200ACF, the oscillator is designed with an internal crystal oscillator and employs a differential amplifier to produce a sinusoidal waveform.

The 500DLAA115M200ACF oscillator is a low power device, typically generating a current of 5 mA and a voltage of 3.3 VDC. It has a wide range of application in industrial and consumer products due to its low component count, small size and the convenient combination of both manual and automatic frequency control. It is commonly used for timing operations in various devices such as digital cameras, GPS modules, RFID readers and Wi-Fi access points.

The 500DLAA115M200ACF oscillator\'s principle of operation is relatively simple, and can be understood by considering its three main components - the crystal oscillator, the differential amplifier and the phase locked loop (PLL). The crystal oscillator is the element which produces the signal, and is inherently stable due to the ability of a quartz crystal to maintain a constant frequency when stimulated by electrical current. The signal produced is then passed through a differential amplifier to produce a sinusoidal output. Lastly, a PLL is used to regulate the frequency of the signal.

The 500DLAA115M200ACF oscillator\'s PLL is designed to provide an adjustable frequency range from 2.2 MHz to 3.6 MHz. This is achieved by a series of features, such as the ability to adjust the oscillator\'s multiplication factor, fine tune the frequency, and limit the maximum frequency. Additionally, the 500DLAA115M200ACF is designed to be compliant with the industry standards, such as the European EN 301 489-3 and the International Telecommunications Union (ITU) regulations. This makes it suitable for a wide range of applications, and ensures that the output of the oscillator is always within the required specifications.

In conclusion, the 500DLAA115M200ACF oscillator is a highly reliable, low power oscillator, and is capable of providing accurate frequency, duty cycle and amplitude. It has a wide range of application in both industrial and consumer electronics, and is designed to comply with industry standards for safety and performance. Its principle of operation is based on the use of a crystal oscillator, a differential amplifier and a PLL, which allows for a flexible frequency adjustment between 2.2 MHz and 3.6 MHz.

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