7W-4.000MAB-T Crystals, Oscillators, Resonators

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Oscillators are widely used in many fields. Among them, 7W-4.000MAB-T oscillator is one of the most popular oscillators that play a key role in instrumentation, control and communication technology. It is a clock oscillator that adopts the CMOS technologies and thus can create a steady output frequency by controlling the output power.

The 7W-4.000MAB-T oscillator is designed to provide a reliable source of high accuracy clock outputs. It has excellent stability and low jitter and is highly integrated and cost effective. It provides an output frequency range of 8 - 4KHz with a power output of up to 7 watts. It supports the range of single or multi-phase clock outputs with simultaneous output of up to 4 waves.

Its application fields are varied and widespread. It is commonly used in radio transmission equipment, high-speed data transmission communication equipment, synchronization and timing devices, medical instrumentation, mobile phone, satellite orbit control systems, computer system and its peripherals, and automotive technology. It is also used in analog circuits to generate a pulse or a sawtooth waveform.

The working principle of 7W-4.000MAB-T oscillator is based on the concept of resonance. The circuit contains a crystal oscillator and a frequency divider. The crystal oscillator receives an electrical signal from the outside and then amplifies and generates a high-frequency signal (like the resonance of a guitar string). The frequency divider then divides this frequency into the desired range, which is then sent to the output terminal.The oscillator produces the output frequency by dividing the resonant frequency of the crystal oscillator into equal parts.

The 7W-4.000MAB-T oscillator is therefore an essential component of various systems because it provides the stability and accuracy needed to produce reliable output frequencies. Its application fields and working principle are important considerations and should be taken into account when selecting and using this oscillator.

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