TC-12.000MDE-T

Oscillators

Oscillators are fundamental components in any electronic circuits and play an important role in the production of an unlimited array of useful and complex signals. An oscillator is essentially an electronic circuit that produces a repetitive form of waveform, typically a sinusoidal waveform or a series of square pulses. This waveform can be used as a source of electrical energy, and is used to control the flow of electricity in the circuit. The frequency of the waveform can be varied using a variety of techniques, such as by changing the capacitors\' values or by changing the operating voltage.

TC-12.000MDE-T Application Field and Working Principle

The TC-12.000MDE-T is a Dual-channel Oscillator Module designed with a built-in crystal oscillator. It is typically used to generate accurate and stable repetitive clock pulse signals for a wide range of applications. It is typically used in digital signal processing, digital communication, digital signal synthesizers and a variety of other applications for both commercial and industrial settings. The TC-12.000MDE-T is designed to function reliably in temperatures ranging from -25 to +70 degrees Celsius and is constructed in accordance with current RoHS and WEEE Directive compliance regulations. The TC-12.000MDE-T is built with a single solder surface mount and comes with a wide range of options.

The TC-12.000MDE-T features a dual-channel output, which is capable of producing accurate and reliable signals. The first channel operates at a frequency of 1kHz to 12MHz and the second channel operates at a frequency of 12MHz to 30MHz. Each output is independently adjustable with its own dedicated digital control line. The output signal can also be adjusted using a pseudoprogrammable register, which allows the user to set the frequency of the output signal without the need for external programming. Additionally, the module has a built-in temperature compensation system to ensure accuracy even in extreme temperatures. The module can also be programmed to automatically change the output frequency on demand.

The TC-12.000MDE-T\'s output signals are the result of several different components working in conjunction. The incoming crystal oscillator is adjusted to a specific frequency using a digital frequency synthesizer. The frequency synthesizer is controlled by a programming register that is connected to the module and can be used to control the frequency, phase and duty cycle of the output. Once the frequency is set, a divider network is used to divide the output frequency, allowing for a range of selectable output frequencies. The output frequency is then divided by a phase comparator that ensures that the output is synchronized with the reference signal. Finally, the output is regulated with the use of a series of amplifiers and filters to ensure that the signal is clean and distortion free.