ZTB1000J

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resonators are used in many different applications that require very precise frequency control and stability. The ZTB1000J is a type of resonator which has been specifically designed for applications that require frequency stability and accuracy on the order of parts per billion over a range of temperatures. The ZTB1000J is an electrically controllable resonator that can be used in various applications such as frequency control, high-precision measurements, and communication systems.

The ZTB1000J works by using a quartz crystal that is cut in a specific way in order to produce an overtone frequency that is highly stable over a wide temperature range. The crystal is cut in a way that allows it to resonate at the desired frequency, or overtone, with very little influence from the environment. This type of resonator is much more accurate and stable than other types of resonators, such as the quartz crystal oscillator.

The specific way in which the ZTB1000J is cut makes it capable of being electronically adjusted. By varying the voltage of the crystal, the crystal’s frequency can be increased or decreased, which allows for extremely precise frequency control. This can be used in applications such as communication systems where the frequency needs to be adjusted accurately and quickly in order to send and receive information.

The ZTB1000J is also capable of providing a very stable frequency over a wide temperature range. This is possible because the crystal’s mechanical properties do not change significantly as the temperature changes. This makes it ideal for applications that require frequency stability and accuracy over a range of temperatures.

The ZTB1000J is a highly versatile resonator that can be used in a variety of different applications. It is incredibly accurate and stable, making it ideal for applications that need to maintain a very precise frequency over a wide temperature range. It is also electronically adjustable, which makes it perfect for applications that need to adjust their frequency quickly or require frequency control on the order of parts per billion.

The specific data is subject to PDF, and the above content is for reference