TWETKLSANF-13.000000

Oscillators

The TWETKLSANF-13.000000 is an oscillator that is used in many applications such as production lines, laboratories, test stands and more. It is capable of providing precise and repeatable frequency-controlled operation with low power consumption and high accuracy. The unit is suitable for generating signals for continuous or pulse-width-modulated data and analog control signals.

Applications

The TWETKLSANF-13.000000 is mainly used for providing precise, stable and reliable frequency ranging from 0.01 Hz to 45 MHz. It can be used for a variety of tasks, such as for accurate frequency synthesis in test systems, frequency programming in production line, counting and positioning, and accurate frequency measurements. It is also capable of providing precise and repeatable data for tuning electromagnetic oscillations as required in applications like radar, navigation and communication systems.

Working Principle

At the heart of the TWETKLSANF-13.000000 is a high-precision crystal oscillator circuit that provides a precise clock signal, which is then passed through a range of frequency divider stages, until the desired frequency is achieved. This process is accomplished by the use of frequency division, where the output frequency is equal to the input frequency divided by a given number. In order to reduce the power consumption of the oscillator, a duty cycle control can be used to reduce the range of operating frequencies.

The unit also features a wide range of control and programming options, including USB, Ethernet, CAN bus and analog voltage control. It is also capable of remote control and programming, enabling users to automate the frequency adjustment process. This helps to improve the overall accuracy of the output frequency.

Conclusion

The TWETKLSANF-13.000000 is an oscillator that has many applciations, including precision-controlled frequency synthesis, measurement and pulse width modulation. It has a high accuracy, low power consumption and wide range of programming inputs. Its remote control capabilities help to improve the accuracy and speed of the frequency adjustment process.