FDMS3600S

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The FDMS3600S is a highly integrated 6-channel low-side smart switch array, optimized for automotive applications. The product integrates six high-side MOSFETs with integrated current sensing and diagnostics, making it ideal for automotive automotive applications where performance and robustness are of utmost importance. The device is highly efficient and provides a very high level of integration, making it ideal for use in a wide range of automotive applications.

The FDMS3600S is designed for 7V to 30V supply applications and operates from -40°C to +125°C ambient temperatures. The 6-channel array has individually programmable slew rate and current limiting that reduces EMI and power noise. The integrated current sensing can be used to monitor the current through each output. The device also includes a wide range of diagnostic features such as pre-charge, sequential turn-on/off, over temperature protection and fault management

The FDMS3600S utilizes an innovative pin-grid-array (PGA) packaging structure that allows for a smaller form factor and improved thermal performance. This structure also allows for improved system-level integration and reduced cost. The device also features advanced thermal protection that limits the gate-source voltage if the junction temperature exceeds the recommended maximum.

The FDMS3600S has a working principle based on a simple circuit topology. The device is comprised of six low-side MOSFETs and a low-side current sense amplifier. Each MOSFET is individually controlled by an input signal. The input signal is applied between the gate and the source. When the signal is logic high, the MOSFET is turned on and the current flows through the sensing resistor and out of the MOSFET. The current sense amplifier then amplifies this voltage and provides a signal to the output.

The FDMS3600S is designed for use in a variety of automotive applications such as HVAC systems, inverters and motor controllers. It can also be used in power distribution and protection circuits, as well as automotive lighting applications. The device is suitable for applications where cost and space savings are important, as well as in applications requiring robustness and high performance.

The FDMS3600S is an ideal choice for automotive systems due to its high level of integration, wide operating temperature range, low on-resistance, current sensing and diagnostic features. The device also features excellent EMI performance, improved thermal performance and advanced diagnostic features, which make it an attractive alternative to discrete MOSFETs. In applications where cost and space savings are important, the FDMS3600S can provide an ideal solution.

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