TB512-052.0M

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Oscillators are electronic devices designed to generate a sinusoidal voltage or current of the desired frequency. TB512-052.0M is one of them which has specific applications field and working principle.

TB512-052.0M is a high-precision, low-power quartz crystal oscillator, capable of 0.3uA average power consumption. It is specifically designed to meet the low-power requirements for high-density embedded systems in applications including Wi-Fi/Bluetooth Wi-Fi, ZigBee, NB-IoT, LTE, and more.

The working principle of TB512-052.0M is based on the piezoelectric effect. It consists of a quartz crystal resonator that when struck by a voltage or current excites a mechanical vibration inside the crystal and generate a sinusoidal voltage or current at the desired frequency (e.g. 52MHz). Each clock of the oscillator comprises of common-mode feedback bridge amplifier and quartz crystal. The bridge amplifier adjusts the load on the quartz crystal to ensure the desired frequency is maintained.

TB512-052.0M provides extremely low power while maintaining a high frequency accuracy over wide range of temperature and voltage. This makes it ideal for applications with very tight control requirements such as industrial or medical device. It is also able to meet LVCMOS, LVDS, and other industry standard outputs, as well as custom outputs for customer requirements.

The wide range of applications that TB512-052.0M supports makes it a good choice for embedded systems. It is a cost-effective, low-power solution designed for a variety of applications such as wireless keyless entry, industrial automation, automotive and home automation, military and aerospace systems, and more.

In summary, TB512-052.0M crystal oscillator has a wide range of application fields and the working principle is based on piezoelectric effect. It is capable of very low power consumption, provides high frequency accuracy over a wide temperature range, and supports standard as well as custom outputs.

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