Skyworks Solutions Inc. AAT3517IGV-2.93-C-C-T1

Overview

AAT3517IGV-2.93-C-C-T1 from Skyworks Solutions is a micropower microprocessor reset supervisor built for low-voltage digital rails that need precise reset qualification in a very small footprint. It monitors the supply, holds reset active during undervoltage events, and supports compact processor or logic sections where low current draw matters.

For engineers reviewing the AAT3517IGV-2.93-C-C-T1 datasheet, AAT3517IGV-2.93-C-C-T1 pinout, AAT3517IGV-2.93-C-C-T1 application, or AAT3517IGV-2.93-C-C-T1 equivalent, this device is widely used in portable processors, embedded controllers, logic rails, and compact digital platforms that need reset supervision.

Technical Context

In processor, controller, or logic rails, AAT3517IGV-2.93-C-C-T1 monitors the local supply and holds reset active until the rail has reached a valid operating level. Its micropower behavior and compact package make it suitable for handheld, battery-powered, and dense embedded boards that still need dependable reset qualification. Used in portable electronics, embedded controllers, and compact digital modules, AAT3517IGV-2.93-C-C-T1 helps replace a more discrete reset monitor and timing network with one small supervisory IC.

Key Specifications

Pinout & Package

The AAT3517IGV-2.93-C-C-T1 pinout is implemented in the 8-pin SC70JW package and combines the monitored-rail pins, control pins, and reset, watchdog, sequencing, or fault outputs required by the device function.

For PCB design, the main consideration is routing the monitored rails, control pins, and fault or sequencing outputs according to the actual device role.

Key Features

• Integrated control simplifies portable power-path design.
• Useful in compact embedded and handheld platforms.
• Supports monitored or switched behavior without wide support circuitry.
• Fits service and replacement builds that need the same board role.

Applications

Equivalent & Alternatives

Compared with AAT3517IGV-2.93-200-T1, AAT3517IGV-2.93-C-C-T1 selection depends on the reset threshold and timeout combination the controller rail needs. Compared with AAT3510IGV-3.08-C-T1, AAT3517IGV-2.93-C-C-T1 is preferred when the design stays with the same micropower reset-supervision concept but needs a closer trip-point match.

Quality

AAT3517IGV-2.93-C-C-T1 should be sourced through traceable channels with attention to package identity, orderable suffix, and whether the replacement still matches the intended device role.

Production validation should include startup behavior, threshold accuracy, fault response, and the sequencing or monitoring performance that matters for the real end application.

Availability

AAT3517IGV-2.93-C-C-T1 is available at Aetrix Electronics and is suitable for maintenance, new design qualification, and repeatable production support in systems that depend on this exact device role.

Sample and NPI supply support, as well as urgent in-stock supply support, can also be arranged for prototype builds, pilot runs, and time-critical production needs.

For production builds, confirming lifecycle position, package option, operating range, and sourcing continuity helps reduce replacement risk.

Manufacturer

Skyworks Solutions is a semiconductor manufacturer with analog and mixed-signal power, RF, and supervisory products used in portable, communications, and embedded electronics.

The AAT3510/AAT3517 line is used in compact systems that need local reset, load-switch, or protected power-path behavior without a larger PMIC architecture.

FAQ

What is AAT3517IGV-2.93-C-C-T1 used for?

It is used as a micropower microprocessor reset supervisor for low-voltage digital rails.

Where can I find the AAT3517IGV-2.93-C-C-T1 datasheet download?

The AAT3517IGV-2.93-C-C-T1 datasheet can be accessed from the confirmed manufacturer source used for this family.

What should be considered in AAT3517IGV-2.93-C-C-T1 pinout design?

Designers should review the 8-pin SC70JW package, control-interface routing, monitoring or sequencing pins, and the actual supply-path layout used by the target board.

Is AAT3517IGV-2.93-C-C-T1 a generic regulator?

Only if the device family is actually a regulator. Otherwise it should be treated according to its real monitoring, supervisory, or sequencing role.

What are common AAT3517IGV-2.93-C-C-T1 equivalent solutions?

Common candidates depend on package fit, operating range, sequencing or supervisory behavior, and whether the replacement stays with the same electrical job on the board.