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Magnetic Sensors - Switches (Solid State)

The DRV5013ADQDBZTQ1 is a digital current monitor and allows a remote applicable microcontroller or sensor to measure AC or DC current passing through a resistor with an adjustable detection threshold. It operates from a single 5 V supply and provides an output logic signal that can be used to positively indicate the presence of a current. The DRV5013ADQDBZTQ1 works by comparing the voltage drop across a shunt resistor to an internal detection threshold and switching its output logic high when the voltage drop reaches the threshold.

Application Fields

DRV5013ADQDBZTQ1 has a wide variety of applications such as motor control, power supply monitoring, printer monitoring, and so on. It can also be used in battery chargers and industrial process control.

In motor control applications, DRV5013ADQDBZTQ1 can be used to measure the amount of current passing through the motor, which can be used to adjust motor speed or detect faults. Power supply and printer monitoring can also be done by measuring the current passing through the circuit and switching the output when the threshold is exceeded. This can be used to detect faults or to prevent overloading of the system.

DRV5013ADQDBZTQ1 can be used in battery chargers and industrial process control to measure the amount of current passing through the circuit and effectively control the power supplied to the circuit.

Working Principle

The DRV5013ADQDBZTQ1 is a current monitor that senses current passing through a resistor and switches its output from low to high when a predetermined threshold is crossed. The DRV5013ADQDBZTQ1 works by comparing the voltage drop across a shunt resistor to an internal detection threshold and switching its output according to the result. The current detection threshold is adjustable and is suitable for detecting both AC and DC current.

The DRV5013ADQDBZTQ1 has several features such as low current consumption when no current is passing through its sense resistor and minimal propagation delay of 6 ms. It also has an internal low-offset voltage source.

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