NTJD2152PT2G

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

NTJD2152PT2G Application Field and Working Principle

NTJD2152PT2G is a dual N-Channel enhancement-mode, Field Effect Transistor (FET) array which belongs to Arrays, a type of Transistors - FETs, MOSFETs. In modern society, this component is widely used in computer, television and other electrical and electronic equipments due to its great performance and reliability.

Generally, the operating voltage of NTJD2152PT2G is between 60V and 20V. As far as its maximum power dissipation is concerned, it’s generally 0.6W. More specifically, the maximum drain-to-source voltage is equal to 20V and the maximum drain current is equal to 250mA. With respect to the gate-to-source voltage, no more than ±7V under continuous drain current.

So, how does it work in electrical and electronic applications? Well, it’s pretty simple. First, it is connected to the power source and the device to be controlled - typically a consumer electronic good or an audio/video device. After that, the NTJD2152PT2G conducts the current when a voltage is applied to its gate terminal. The bigger the voltage difference between the source and the gate terminals, the larger the amount of current allowed to flow through.

Under normal conditions, the NTJD2152PT2G provides superior performance, including low distortion, low noise, less power consumption and more stable output signals. In addition, as a FET-based component, it has stronger anti-interference performance which makes it a great choice for applications that require interference-proof technical parameters. Besides, NTJD2152PT2G also provides excellent performance for audio applications. The switching characteristics of its output channels make it easy to control the sound level of digital or analog audio files.

In conclusion, NTJD2152PT2G is a versatile array-based field-effect transistor that packs a lot of remarkable features. While it may have lower ratings than some of the latest developments, it still has enough performance to be a solid option in many applications. Its low-voltage performance and high-current carrying capacity make it a great choice for power management needs, while its low-noise, low-distortion and strong anti-interference capabilities make it a great choice for audio/video applications.

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