NX138AKSX Discrete Semiconductor Products

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NX138AKSX transistor array is an integrated circuit consisting of 8 discrete field effect transistors (FETs). It contains four n-channel FETs and four p-channel transistors. This type of FET array is specifically designed for applications such as level shifting, current sensing, and as a circuit board buffer. The FET array is a monolithic integrated circuit (IC) with separate sources and gates that are interconnected to create a common path between the sources and gates. All 8 FETs are operated from one single power source with the same type of drive and output signals.

The NX138AKSX transistor array offers the advantages of low power consumption, low cost, and small size. This FET array is designed to be used in a variety of applications such as power electronics, automotive, industrial, computer, and device control. It is suitable for switching and logic control, level shifting, interfacing digital to analog and analog to digital converter, and power/logic supply operations. Furthermore, it is also suitable in telephone transmission line driver, loudspeaker protection and switching.

The NX138AKSX transistor array has a common source line and a common gate line which interconnect all 8 FETs. This makes it a popular choice for level shifting applications, as it allows the user to easily move the voltage levels from one side of the array to the other with minimal effort. This is useful for level shifting from one voltage level to another, and for switching from low side to high side, or vice versa. This type of FET array is also used for current sensor applications, where it allows for the detection and measurement of current within a circuit.

The working principle of the NX138AKSX FET array is based on the fact that when an electric current passes through the FET gate and source, a voltage drop is created which can be measured and regulated. This is called a gate-source voltage. The voltage at the gate and source must remain a certain amount below the Vdd (positive power supply voltage) and Vss (ground). Depending on the value of the Vgs and the amount of current passing through the FET, a certain amount of power is dissipated and output as heat, or it can be used to control another circuit. Thus, this type of FET array is an excellent choice for level shifting and current sensors.

In order to use the NX138AKSX FET array, a user must first determine the Vgs, which the device will be operating at. This is done by setting the Vss and Vdd (positive power supply voltage) and then adjusting the Vgs (gate-source voltage) until the desired voltage level is achieved. It is essential that the Vgs stays within its allowed limits in order for the FET array to be operated safely and reliably. Once the Vgs is determined and the appropriate value is obtained, the user can then connect the FET array to the load and can begin to monitor the current and voltage values.

In conclusion, the NX138AKSX transistor array is an integrated circuit consisting of eight discrete FETs that is specifically designed for level shifting and current sensing applications. It has a common source line and a common gate line which interconnects all 8 FETs, giving the user a convenient way to move the voltage level from one side of the array to the other. It is operated using one single power source and has a Vgs (gate-source voltage) which must be adjusted to get the desired voltage level. This type of FET array is an excellent choice for level shifting, current sensing, and as a circuit board buffer.

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