DSC1001BL5-050.0000

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 are essential components used in electronic circuits that generate a signal of a specific frequency. One such oscillator is the DSC1001BL5-050.0000, a precision low distortion clock oscillator featuring a wide range of standard output frequencies from 0.6 to 250.0 MHz. With its extremely low jitter, stability over temperature, and reliability, the DSC1001BL5-050.0000 is well suited for applications such as data distribution or time synchronization.

The key components of the DSC1001BL5-050.0000 are the oscillator itself, a reference amplifier, an oscillator compensation amplifier, and a loop filter. The oscillator is a specially designed sine-wave oscillator comprised of two transistors that is used to generate a sine-wave output signal at the desired frequency. The reference amplifier is used to increase the oscillator’s sensitivity by amplifying the input voltage. The oscillator compensation amplifier is a self-resonant amplifier that helps to keep the oscillator output still accurate even though the frequency changes and helps to maintain the accuracy of the generated signal. The loop filter is used to filter out any noise.

The oscillator is designed to be both extremely reliable and temperature stable. Voltage-controlled oscillators typically have an operational range of 0.75 to 18V. This oscillator has an operating voltage range of 2.375 to 15.4V. This voltage range provides increased operating voltage margin, improved sensitivity, and increased accuracy in operation.

The DSC1001BL5-050.0000’s typical stability over temperature is ±3 ppm, enabling it to operate at temperatures of -40°C to +85°C with no additional calibration required. Additionally, its reference amplifier can maintain a far more precise level of high harmonics in the output signal than a conventional device due to its low distortion feature. This makes it suitable for applications such as PLLs, audio applications, and GPS signals.

In addition to its exceptional temperature st

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