TFPMN2V32K7680R

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Crystals show superiority in a range of applications because of their low cost, high stability and low power consumption. One example of such a crystal is the TFPMN2V32K7680R, a piezoelectric crystal resonator with a CMOS output. It has been widely used in the field of communication, energy, computing, and satellite navigation systems.

The TFPMN2V32K7680R is made up of a quartz disc cut into a section of crystal material, with an embedded piezoelectric material. This piezoelectric material allows an electric field to be applied and produce mechanical vibration when an external voltage is applied. The TFPMN2V32K7680R is usually used as an oscillator, which can produce stable and precise output signals.

The TFPMN2V32K7680R is designed to ensure stability and accuracy in a wide range of environments. It has a frequency range of 5 to 40 MHz, and a temperature stability of +/-50ppm. It also has low power consumption, only 5 mA. The TFPMN2V32K7680R also has high levels of output impedance and load resistance, with a maximum of 30Ω.

The working principle of the TFPMN2V32K7680R is based on the Piezo effect. When an external voltage is applied to the piezo material, the piezo crystal will deform and produce a mechanical vibration. This vibration is then transformed into an electrical signal of the same frequency by the amplifier circuit, which is then applied to the output. This electrical signal is stable and precise, with low power consumption.

The TFPMN2V32K7680R is widely used in communications, energy, computing, and satellite navigation systems, where stability and accuracy are key performance requirements. It is particularly suitable for applications such as frequency modulation, frequency synthesis, frequency stabilization, and frequency discrimination. It is also suitable for data transmission, radio frequency circuits, digital emergency systems, mobile terminal devices, and vehicle communication systems.

In conclusion, the TFPMN2V32K7680R is an excellent choice for applications requiring precise and stable output signals. Its low power consumption, high stability and low cost make it an ideal choice for wide range of applications in communications, energy, computing and satellite navigation systems.

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