MAX16910ATA9/V+TCB

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The MAX16910ATA9/V+TCB is a voltage regulator from Maxim Integrated\'s family of linear PMIC regulators. It is an integrated device specially designed for automotive applications such as those in automotive camera on-board system steering, automotive blind spot detection, automotive ADAS, and other applications requiring a regulated voltage supply.

The MAX16910ATA9/V+TCB is made up of two parts: a low drop-out linear regulator and an overvoltage protection circuit. In automotive power systems, the linear regulated output is used to protect the load from high voltage surges produced by the batteries. The overvoltage protection circuit is used to disconnect the supply line when the output voltage exceeds the preset threshold.

The MAX16910ATA9/V+TCB combines both of these functions in the same integrated circuit. The linear regulator works by controlling the output voltage through a series of linear resistors connected to a reference voltage source. When the output voltage falls below the reference voltage, the device starts to sink current to the load. This current is limited to a safe level, protecting the load and the rest of the system from overloads.

The overvoltage protection circuit works by monitoring the output voltage and comparing it to a preset threshold voltage. When the output voltage exceeds the preset threshold, the circuit is triggered and the supply line is disconnected. This circuitry can be configured for a range of thresholds and response times to suit the application.

The MAX16910ATA9/V+TCB is designed for automotive applications that require a high output accuracy, fast transient response, and a wide input voltage range. It is also designed to meet automotive stress tests, such as EMC and ESD cycles. Additionally, the device has a low quiescent current, making it energy efficient.

The MAX16910ATA9/V+TCB offers a wide range of benefits to automotive applications, including high output accuracy, fast transient response, wide input voltage range, and low quiescent current. It is designed to meet stringent automotive stress tests, which makes it an excellent choice for automotive camera on-board system steering, automotive blind spot detection, automotive ADAS, and other applications requiring a regulated voltage supply.

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