FSDP908Y

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FSDP908Y is a multifunctional device widely used in various application fields. It is a transducer which can transfer mechanical energy into electrical signal or conversely. It has several types including AC/DC and single-element type. The working principle of FSDP908Y is mainly based on Faraday’s law of electromagnetic induction.

When AC signal input to the FSDP908Y, the alternating magnetic field in the coil generates electrical induction in the secondary coil. Accordingly, the electronic device in the secondary coil will be affected by this induction, which produces the output signal. The available output voltage range lies from 0.3V up to 15V. Moreover, it has low input impedance and high frequency response.

In the AC application, the signal which FSDP908Y works on can be divided into three parts, including AC voltage, current and power. AC Voltage output from this transducer is usually used in start-stop control, phase control and switch control system. On the other hand, AC current output from the transducer can be used to measure and regulate the voltage, current, frequency and phase difference in AC applications. Furthermore, power output from its signal is used to provide real-time monitoring on the system.

In DC signal, the application of FSDP908Y could also be divided into three parts, including voltage, current and power measurement. FSDP908Y with single-element type is mainly used in voltage measurement. Its measure output is mainly in millivolt or microvolt level which is used for detecting the voltage change in the DC signal. Besides, the FSDP908Y with dual-element type is mainly used to measure DC current. The current which its DC signal measures can be up to 0.1A with precision. Moreover, the FSDP908Y with dual-element type can be also used to measure DC power which is widely used in motor controlling and control system.

In summary, due to its flexible and wide range of application, FSDP908Y are becoming an increasingly popular option for various applications including AC and DC signal measurement. Thanks to Faraday’s law of electromagnetic induction, its working principle helps us to take the advantages of its signal output in many different fields.

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