TA-29.4912MCE-T

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 components that produce alternating electrical signals. They are widely used in most electronics applications, such as in singing bird toys, battery-operated alarm clock, radio receivers and wireless hubs. One example of an oscillator is the TA-29.4912MCE-T oscillator. This article will describe the application field and working principle of the TA-29.4912MCE-T oscillator.

Application Field

The TA-29.4912MCE-T oscillator is a CMOS gate oscillator, designed for direct pin configurations to allow a synchronous, low-power circuit to be of lower-cost and higher-input efficiency during operation. Its logic-level compatible design reduces the need for additional power supplies and voltage level shifting circuits.

The TA-29.4912MCE-T is primarily used to generate a precise clock signal of a desired waveform at a controlled frequency. It can operate in a wide range from 0.2MHz to 80MHz and can be used in a variety of analog or digital applications, where precise frequency generation is required. Moreover, the oscillator consumes only 2.5mA of power when operating at full speed, making it an attractive choice for applications where low power consumption is desirable.

Working Principle

The TA-29.4912MCE-T oscillator works by using a combination of an input clock source and an internal frequency divider circuit to generate a precise frequency output signal. The clock signal is divided into two equal parts, each having the same frequency, then combined by passing through the internal logic gates. This creates a single signal where the frequency is half of the original input clock signal.

This process is then repeated multiple times in order to produce a stable and precise output frequency, which can be set by changing the internal frequency divider setting. This is done by enabling or disabling the internal logic gates, which can be changed via the user-controllable input pins on the oscillator.

When the TA-29.4912MCE-T is set to its maximum clock rate, it is able to oscillate at a frequency of up to 80MHz. If the user desires to have a lower frequency than 80MHz, the clock rate can be adjusted accordingly.

Conclusion

The TA-29.4912MCE-T oscillator is a valuable device for applications where precise frequency generation is required and low-power consumption is desirable. Its logic-level compatible design makes it particularly useful for applications such as singing bird toys, battery-operated alarm clocks, radio receivers and wireless hubs. It works by using a combination of an input clock source and an internal frequency divider circuit, which can be adjusted via user-controllable input pins in order to generate a precise output frequency up to 80MHz.

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