AMC1306E05DWV Integrated Circuits (ICs)

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The AMC1306E05DWV is an isolator for digital control signals, employing advanced on-chip isolation technology. This isolation product is highly useful in applications in automatic motor and pump controls, industrial automation, and HVAC systems. It is designed to provide isolation and signal conditioning between a digital-output microcontroller, such as a PWM controller, and and actuator, such as a motor or solenoid.

The AMC1306E05DWV is structured as a single-channel, bidirectional digital isolator. It uses automotive voltage-clamp technology on both input and output sides to provide high common-mode rejection and a wide dynamic range. It features a typical common-mode transient immunity of up to 20 kV/µs, making it an ideal choice for withstanding high-voltage disturbance in hostile or electrically noisy industrial environments. Moreover, the device includes an internal linear regulator, allowing it to operate from a supply voltage range of 2.7V to 5.5V with minimal power consumption.

The AMC1306E05DWV contains two separate integrated circuits, one on each side of the isolation barrier. The digital isolator has a serial output port on one side and a serial input port on the other side. The signals are transmitted through the isolation barrier, which acts as a galvanic barrier. The signals are received and decoded on the serial input side, and the received signals are re-encoded and directed to the serial output port. This data transfer is synchronized and given timing to ensure that only one valid signal is transmitted in each direction, thus achieving synchronization and communication between the input and output. The device has a wide bit rate range, from 69.9 kbps up to 69.9 Mbps, and is available in a small SOT-23-6 package.

The AMC1306E05DWV is suitable for a variety of industrial automation applications, such as motor and actuator control, HVAC systems, and industrial process control. It is also suitable for automotive applications, where electromagnetic compatibility is required. Due to its excellent high-voltage transient immunity and wide dynamic range, the AMC1306E05DWV is an ideal choice for keeping digital control signals isolated and synchronized in an electrically noisy environment.

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