NTMD2C02R2G

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

NTMD2C02R2G is an integrated circuit composed of four N-channel enhancement type vertical DMOS transistors (T1-T4) along with an output buffer circuit and Strobe logic circuit. This makes NTMD2C02R2G ideal for high-speed switching applications, especially for power management and drive circuits. The Strobe logic circuit is used to control the gate voltage of the transistors and its active level can be varied by connecting it to an external transistor.

NTMD2C02R2G has its application primarily in amplifier circuit, gate drive circuit, lampdriver circuits and other high-speed amps requiring active switching. With its low ON resistance and operation voltage range, it offers excellent warm-up switching characteristics in high-current application. Its operation is based on the applicability of the vertical DMOS transistors, which act as switches in the circuit. Each of the four transistors is operated in enhancement-mode, which means that it requires an input voltage to be applied on its gate terminal to turn it on and off. The idea behind this is that the voltage levels of the controlling voltage should match the level of the load to drive it on and off, making it an ideal solution for high-speed switching applications.

The NTMD2C02R2G functions as an array of four N-channel DMOS transistors. The four transistors are connected in a push pull configuration with the output buffer driving the gates of each transistor. The fourth transistor is floating and can be controlled through the Strobe logic circuit. When the buffer signal is low, all transistors act as open switches and no current can pass through the circuit. When the buffer signal is high, the gates of the transistors are driven to a high voltage, which turns on the transistor and conduces current. As the source voltage is greater than the gate voltage, conduction is possible only if the source voltage is greater than the gate voltage.

The buffer embedded in the NTMD2C02R2G is equipped with a Schottky diode that prevents reverse current flow and limits the source voltage to the safe operating limits. The output buffer also provides noise reduction by clamping the input signals to the rated breakdown voltage of the transistors being used. This helps in reducing the possibility of errors due to noise in the environment.

The Strobe logic circuit helps in setting the active state of the fourth transistor and controlling its gate voltage level. Through this logic circuit, the state of the fourth transistor can be changed from high to low in accordance with the controlling voltage applied to its logic input. This feature makes it an ideal option for controlling the load in high speed switching applications.

Overall, the NTMD2C02R2G is an excellent option for high speed switching applications that require active control of the load. Its low ON resistance and operation voltage range makes it suitable for a wide range of applications requiring fast responses. The Strobe logic circuit provides the necessary control while the output buffer with Schottky diode provides protection and noise control.

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