ASG-C-X-A-100.000MHZ

The ASG-C-X-A-100.000MHZ is a type of oscillator, which plays an important role in the application of electronic devices.

The ASG-C-X-A-100.000MHZ oscillator is widely used in the communication, networking, aerospace, defense, industrial, automotive, medical and consumer electronics markets. It is an excellent choice for a wide range of applications, such as time keeping, frequency control, signal generation, modulation, and synchronization.

Generally speaking, the working principle of the ASG-C-X-A-100.000MHZ oscillator is very simple. The core of the oscillator is made up of the components, such as a resistor, a capacitor, and a transistor. When this device receives a positive and negative signal, the transistor will react to it and turn the alternate current into direct current. The capacitor will store the energy from the DC signal and discharge it in a manner that produces a continuous oscillation.

The ASG-C-X-A-100.000MHZ oscillator is suitable for a variety of timing applications. It is an effective and economical solution for timing applications, where guaranteed accuracy and stability are essential. The oscillator has low power consumption and can operate over a wide temperature range – up to 125°C. It also features a high frequency stability of ±0.1ppm and operates at a frequency range from 100.000MHZ to 200.000MHZ.

The ASG-C-X-A-100.000MHZ oscillator is also used in a range of applications, such as radio frequency identification (RFID), wireless sensor networks (WSN), industrial automation and control systems, automotive electronics, and satellite systems. It can provide remarkable accuracy and stability for various applications. Furthermore, these devices are highly reliable and cost effective.

In conclusion, the ASG-C-X-A-100.000MHZ oscillator is one of the most widely used oscillator types and has an extensive application field in a variety of electronic devices. The device is characterized by a simple working principle and is suitable for timing applications, RFID, WSN, industrial automation and control systems, automotive electronics, and satellite systems. Furthermore, the oscillator is highly reliable and offers excellent accuracy and stability.