SG-9101CB-C10PHBBC

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 electronic circuits that generate repetitive electronic signals with a specific frequency. An example of such a device is the SG-9101CB-C10PHBBC. This oscillator uses the latest in microelectronic technology in order to deliver high-accuracy, low-jitter signals used in a wide array of application areas. It features an adjustable frequency range of 125 MHz to 240 MHz, with a low-power axial-leaded design, making it perfect for applications where size and power are critical considerations.

The operating principle behind the SG-9101CB-C10PHBBC is based on the use of microcontroller-based frequency control. This technology provides for an adjustable output that can be adjusted to meet a wide range of accuracy and jitter requirements. Additionally, the use of digital calibration techniques allows for a more accurate implementation of the device. All these features make the SG-9101CB-C10PHBBC an ideal choice for applications in the industrial, medical and military industries.

The SG-9101CB-C10PHBBC is suitable for use in a variety of application fields. In the industrial field, for instance, these oscillators can be used for frequency control in motor control applications, as well as for timing systems and instrumentation. In medical application, the oscillator can be used for medical patient monitoring and prosthesis control. Also, it can be used as a precision frequency source for RFID systems or in ultrasound imaging devices.

The SG-9101CB-C10PHBBC\'s working principle revolves around the use of two control signals, the output frequency and the laser control signal. The laser control signal is generated by an on-chip high-precision laser diode which converts the clock signal into a lightwave signal. This signal is then passed through the on-chip programming circuitry, which is responsible for setting and maintaining the desired frequency. The output frequency is then generated by a phase locked loop (PLL). The PLL consists of an oscillator, a divider, and a phase comparator.

This oscillator is designed to be highly accurate and has built-in self-calibration capabilities. The phase-locked loop design ensures the output frequency is always accurate and the phase-locked loop control parameters are continuously adjustable to the changing environmental conditions. The oscillator can be programmed to operate in different operating modes, such as continuous operation, pulse width modulation (PWM) operation, and pulse-triggered mode which allows for improved accuracy and lower jitter.

The SG-9101CB-C10PHBBC is an ideal oscillator for applications in several fields, including the industrial, medical and military industries. It is an excellent choice for projects requiring an adjustable frequency control, high accuracy, low jitter and small size. The use of microcontroller-based frequency control and digital calibration techniques makes the SG-9101CB-C10PHBBC highly versatile and suitable for a wide range of applications.

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