LM120H-12/NOPB

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The LM120H-12/NOPB is a PMIC Voltage Regulator Linear that is suitable for a range of applications, including precision microprocessor power solutions and multi-point distributed power systems.

The LM120H-12/NOPB is a three-terminal positive voltage regulator featuring an adjustable output range of 1.171 V to 13.8 V, capable of sourcing and sinking up to 1 A of output current. It features an input voltage range of 4.5 V to 39 V and delivers a highly accurate reference voltage (±2%).

The LM120H-12/NOPB has a limited short circuit current that is reduced to a safe level. It also provides current limit and thermal shutdown protection, allowing it to safely withstand the most demanding power requirements. The device is also capable of operating in integer multiples of the output voltage (1.171 V, 2.342 V, 4.684 V, and so on).

The LM120H-12/NOPB is also designed with a band gap reference design. This design is well-known for its superior temperature stability and accuracy. The device allows for low power dissipation, since its low quiescent current draws less power from the input supply. The LM120H-12/NOPB also has an adjustable customer trim option to adjust the output voltage. In addition, the device is designed with hysteresis on the input voltage, which helps ensure that the input supply remains at a stable level.

In terms of applications, the LM120H-12/NOPB can be used in precision microprocessor power solutions and distributed power systems, and is ideal for applications where high accuracy of reference voltage, low power dissipation, high accuracy voltage regulation, and good thermal stability are required. It is suitable for automotive, industrial, and general-purpose use.

In conclusion, the LM120H-12/NOPB is a three-terminal positive voltage regulator that is suited for a range of applications. It has an adjustable output range of 1.171 V to 13.8 V, a low quiescent current and offers current limit, thermal shutdown, and hysteresis protection. It is also capable of operating in integer multiples of the output voltage, and is suitable for automotive, industrial, and general-purpose use. It is an ideal choice for precision microprocessor power solutions and distributed power systems, where high accuracy of reference voltage, low power dissipation, high accuracy voltage regulation, and good thermal stability are required.

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