DMC6070LND-13

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The DMC6070LND-13 is a three-phase, high power N-Channel MOSFET array. It consists of nine n-channel MOSFET cells connected in a single package. This chip offers low On-state resistance per cell, high breakdown voltage, and fast switching capabilities. It is ideal for DC to AC motor control, inverter applications, power conversion, and power management in industrial, automotive and consumer applications.

Overview

The DMC6070LND-13 is a three-phase, high-voltage, N-channel MOSFET array designed with a simplified driver circuit. The chip consists of nine n-channel transistor cells connected in a single package along with their essential source followers and protection circuitry. The chip provides an adjustable temperature protection through a PWM signal for faster response times. The DMC6070LND-13 can provide optimized performance in applications such as DC to AC motor control, electrical appliances, power supplies, HVAC systems and automotive applications.

Features

• Low RDS(ON) per channel: 0.623 Ω typical at 10V gate
• High blocking voltage: 600V
• Fast switching: Rise/fall times of approx. 3.5ns/7.5ns
• Built-in temperature protection: Adjustable via PWM
• Simple driver circuit

Application Field

The DMC6070LND-13 MOSFET array is designed for motor control, inverter applications, power conversion, and power management. It is suitable for DC to AC motor control, electrical appliances, HVAC systems, and automotive applications. Its fast switching speed and low RDS(ON) makes it ideal for applications where fast switching and low power consumption is needed.

Working Principle

The DMC6070LND-13 is a feature-rich N-channel MOSFET array. The chip includes nine MOSFET cells, each with their own gate drivers and protection circuitry. The MOSFET cells are connected to each other in parallel, and their current is stepped up and controlled by the driver circuits. The nine cells form a three-phase bridge arrangement, and each phase drives an equal portion of the load. The driver circuit of the MOSFET array can be activated or deactivated using a PWM signal, allowing the driver to protect against excessive temperatures and current overflow.

The chip also features two built-in protection circuitry. The first is the over-voltage protection, which keeps the On-state voltage of the MOSFET cells under the maximum allowable for a given application. The second is the over-temperature protection, which is adjustable via a PWM signal for fast response time. The PWM adjusts the gate voltage, which reduces the current through the cells and prevents them from getting too hot.

The DMC6070LND-13 is a powerful and highly-efficient MOSFET array that is ideal for DC to AC motor control, inverter applications, and power conversion. Its fast switching speed and low RDS per cell makes it an ideal choice for applications that require efficient power management and fast switching.

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