655E156E2I2T Crystals, Oscillators, Resonators

Oscillators are electronic circuits, which can generate a repeated series of electrical signals. A particular type of oscillator, the 65E156E2I2T oscillator, is used for applications such as redundant power line communication, wireless local area network (LAN) and energy control. This article will discuss the application field and working principle of the 65E156E2I2T oscillator.

The 65E156E2I2T oscillator is a voltage-controlled oscillator (VCO) with a wide frequency range and good linearity performance. It operates in a wide voltage range of 3.3V to 28V, and is capable of generating frequencies varying from 400KHz to 1.5GHz. Its linearity performance helps ensure maximum signal stability over a wide range of frequencies, while its very wide frequency range makes it suitable for a variety of applications. These features make it ideal for a number of applications such as redundant power line communication, wireless LAN and energy control.

The 65E156E2I2T oscillator is used in redundant power line communication because it can generate differential or differential+single-ended signals of between 400KHz and 1.5GHz. This makes it suitable for data transmission over the power lines in a local area network. The oscillator can also be used for energy control, where it is used to generate control signals in industrial settings.

The 65E156E2I2T oscillator works on the principle of direct digital synthesizer (DDS). It uses an algorithm to generate hi-fidelity signals with low noise and distortion. The algorithm uses a fixed-size incrementing or decrementing digital frequency control word to create the waveform. The frequency is adjusted by changing the digital frequency control word within a certain range. The advantage of using direct digital synthesizer is that it requires minimal external components, making it cost-effective and providing better signal stability due to the use of fewer components.

In summary, the 65E156E2I2T oscillator is an ideal choice for applications requiring signal frequency variation over a wide range. Its wide voltage range and linearity performance makes it suitable for use in redundant power line communication, wireless LAN and energy control. Its direct digital synthesizer algorithm provides advantages such as reduced component count and better signal stability.