FDZ2553NZ

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FDZ2553NZ is one of the few components that can be used in transistors, FETs and MOSFETs Arrays. It is a low voltage-capable and low capacitance MOSFET array with a small package size and a maximum operating voltage of 12V.

The FDZ2553NZ is composed of an array of eight N-Channel MOSFETs integrated into one device with two channels connected per source. Each FET channel can handle an operating voltage from 3V to 12V and can switch up to 400mA with 0.9V drop or 8A of pulsed current. This low gate-source capacitance allows for fast switching and low voltage operation.

The application field of FDZ2553NZ include power switching, load switching, battery charging and discharging, high-speed signal amplification, and signal switching. It can be used in applications such as high-performance motor control, industrial control, medical equipment, and automotive applications.

The working principle of the FDZ2553NZ are based on the MOSFET array architecture. The different components of MOSFETs such as the gate, drain and source control the flow of electric current. When gate voltage is applied to the FET, the MOSFET acts like a switch that turns on, allowing current to flow between the drain and source. This type of architecture makes the FDZ2553NZ suitable for power switching and high-speed signal switching applications.

The FDZ2553NZ\'s low turn-on, low turn-off and low total gate charged make it ideal for high-performance applications where fast switching, low capacitance and low voltage are important. It also has a fast turn-off capability, allowing for fast response and reliable performance. The small package size makes it a suitable for use in many applications where space is a constraint.

The FDZ2553NZ is composed of a MOSFET array with eight integrated FETs that are connected in two-per-source configuration. It is a low voltage driver device that can be used in applications such as motor control, industrial control, medical equipment, and automotive applications. The low turn-on, low turn-off, and low total gate charge makes it suitable for fast switching and low voltage operations and it can handle up to 400mA at 0.9V drop and 8A of pulsed current.

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