SIT8008AC-83-33E-11.059200Y

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 electronic circuits or devices that generate electrical signals with a specific waveform and frequency. As their name implies, oscillators oscillate between two voltage states continuously and periodically. The SIT8008AC-83-33E-11.059200Y is a member of the oscillator family, featuring its own characteristics and applications. This article will discuss the SIT8008AC-83-33E-11.059200Y’s application field and working principle.

The SIT8008AC-83-33E-11.059200Y is a bipolar transistor oscillator, commonly used in low power electronical systems. The practical applications of this oscillator include: clock and timing control, frequency division, pulse generation, signal modulation, and more. It operates through applications of one or two amplification stages, feedback, biasing, and frequency determining components.

The SIT8008AC-83-33E-11.059200Y comes with its own particular parameters. It has an operating voltage of 3V DC and a recommended working temperature of 0°C to +70°C. In addition, it has low current consumption, dimensions of 625um(W) x 810um(L) x 305um(H) and exceptionally low power consumption with a frequency range of 5-100MHz.

Moving onto its working principle, the SIT8008AC-83-33E-11.059200Y works by utilizing the negative feedback principle. An amplified signal is sent to the output from the collector and then it is taken directly back to the base of the transistor through a capacitor. The capacitor can be adjusted to change the feedback ratio and thus the frequency of the oscillations. By varying the negative feedback signal and controlling the transistors’ current gain, the pulse output can also be modulated.

The SIT8008AC-83-33E-11.059200Y is a highly efficient and versatile oscillator. It has a wide range of applications and can be used in low-power electronic systems. Its low current consumption, compact size, and low power consumption make it an ideal choice for many applications. Furthermore, its functioning principle is based on the stable transistor feedback principle, which is why it can provide reliable and accurate output.

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