TSM60NB150CF C0G

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

The transistor, specifically the field effect transistor (FET) is an extensively used active solid-state component in contemporary electronics circuits. FETs are classified into two main categories, bipole and tri-pole devices. The TSM60NB150CF C0G is a specific type of FET which is a single pole, n-channel FET, meaning it has two terminals on one side of the package and the third terminal on the reverse side. The TSM60NB150CF C0G is designed to work in small- and medium-power systems, due to its medium saturation voltage of 12V and a continuous drain current of one Ampere, and power dissipation of 60W.

The said FET can be used in a range of applications, from switching motor driver circuits, power switching and battery charger systems, relays and light dimmers, to TV amplifiers, audio amplifiers and microphone amplifiers. Furthermore, with its improved Gate Enhanced Recessive Channel (GE3) with it, the FET has improved current centricity, switching speed and conditional robustness. Moreover, the TSM60NB150CF C0G FET is well suited to work with very low-noise systems in the audio and video electronics. It is thanks to its low on-resistance of 0.15 ohm, that the FET can offer incredible damping abilities and highly efficient performance in the power switch-mode power supplies.

In its operations, FETs conduct current easily when voltage is applied to their terminals, by initiating the flow of electrons through the ultra-thin channel. The FET is known as an unpolarized passive device, meaning that no power is needed to maintain its conductive state. This is because the FET itself contains no active elements such as coils. Instead, the FET is an electrostatic device that modulates current flow by exploiting the attractive forces between the voltage source and the channels.

When the source and the drain are connected to a power source, the channel acts as a resistor. This allows controlling the amount of current passing through the channel by imposing a voltage or by adjusting its resistance. Adjusting the resistance is based on the attraction between the source and the channel: the greater the attraction, the higher the current that can pass through the channel. In this way, the TSM60NB150CF C0G FET can be used as a switch. When its resistance is high, it acts as an insulating device, preventing the current from passing through the channel. However, when the resistance is low - by applying an appropriate voltage - current can easily pass through the channel.

The TSM60NB150CF C0G FET is highly versatile and provides excellent performance in low- and medium-power systems due to its medium saturation voltage and continuous drain current. This type of FET can be applied in many applications including motor driver circuits, relays, light dimmers and power switching, and its GEC can guarantee improved robustness and fast switching speed. The FET is an attractive component due to its low on-resistance and ability to be used as a switch. Furthermore, its low-noise properties make it an ideal choice for audio and video electronics.

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