The NCP711ASN330T1G is a fixed 3.3 V voltage supervisor designed to provide reliable reset control for 3.3 V systems. In this listing, you receive two pieces in a TSOP5 package with a 1.5 mm profile, suitable for spaceconstrained board layouts. Key benefits Reliable microcontroller reset on powerup and during brownouts: the device monitors the supply and generates a reset signal when Vcc falls below the 3.3 V threshold, helping protect system operation. Simple, externalcomponent design: fixed 3.3 V threshold eliminates the need for external resistor networks to set a reset level. Compact, spacesaving package: TSOP5 package with a 1.5 mm height is well suited for compact consumer, wearable, and IoT devices. Readytouse in 3.3 V environments: ideal for monitoring and resetting 3.3 V digital circuits and microcontrollers. Stocked in a convenient 2piece quantity: easy to integrate into production or prototypes. Key attributes Model: NCP711ASN330T1G Function: voltage supervisor and reset generator for 3.3 V systems Threshold: fixed 3.3 V Package: TSOP5 (5pin) with a 1.5 mm profile Packaging quantity: 2 pieces per Brand: ON Semiconductor (reliable source for microprocessor supervision and power management components) Compatibility: suitable for 3.3 V logic and microcontrollerbased designs; integrates into standard 3.3 V power rails Applications and use cases IoT sensors and wearables: ensures the microcontroller starts cleanly and remains protected during supply fluctuations in a compact device. Embedded development boards and evaluation kits: provides a simple, reliable 3.3 V reset supervision without external components. 3.3 V consumer electronics and portable devices: keeps 3.3 V logic systems in known reset states during powerup, outages, or regulator changes. Overview The NCP711ASN330T1G offers a straightforward, reliable solution for 3.3 V system supervision in a compact TSOP5 package. With two pieces included, it supports quick implementation in designs requiring fixedthreshold reset generation without additional external components, aligning with standard 3.3 V logic and microcontrollerbased applications.