MC34164DM-3R2

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The MC34164DM-3R2 is a specialized power management device developed by ON Semiconductor. It is one of the many products that fall under the Power Management Integrated Circuit (PMIC) – Supervisors category. The MC34164DM-3R2 is designed for power sequencing applications, such as for the power up of multiple embedded systems.

The MC34164DM-3R2 has multiple power supply sequencing modes, providing great versatility and flexibility for embedded system developers. The device can be used in many embedded applications, such as personal computers, air conditioners, office automation systems, and other consumer products.

The MC34164DM-3R2 is used for power supply sequencing, which is the process of controlling the order in which different power supplies are turned on and off. Power supplies can be connected in series or parallel, with different sequences according to the application. Sequencing ensures that power supplies do not interfere with each other, thus preventing damage to the system.

The MC34164DM-3R2 offers two different settings for power sequence mode. The MC34164DM-3R2 also features an adjustable power hold time, allowing users to adjust the amount of time power is kept on before the device turns off. The device also features fault detection, where an error signal is sent if any power supply fails to reach its specified voltage.

Power supply sequencing is handled by internal logic in the MC34164DM-3R2. It is based on delay time settings, selected sequencing mode and fault detection settings. Once the power supplies have been connected and the parameters have been set, the device will automatically turn the power supplies on and off in the correct order. This can be done manually or automatically, depending on the user’s preference.

The MC34164DM-3R2 is a strong and reliable power supply sequencing device from ON Semiconductor. It is a great choice for power sequencing applications, as it is flexible and can be adjusted to fit the specific requirements of a design. The device is easy to use, and its adjustability makes it suitable for many different embedded systems.

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