SLG7SQ

NEW

GreenPAK Programmable Mixed-Signal ICs Configured for Power Sequencing

Short-Form Datasheet

Features

Pre-configured, ready-to-use power sequencing solutions
Support for 1 to 10+ power rails with scalable, cascadable architectures
Fixed-delay, Power-Good, voltage-monitoring, and I²C-acknowledge sequencing methods
Nanosecond-scale hardware fault detection and response
Integrated undervoltage and overvoltage monitoring
Optional non-volatile fault logging and runtime configuration
Ultra-low power consumption and compact package options
Fully customizable to application-specific requirements
No firmware development required for core sequencing functions

Block diagram for the GreenPAK Power Sequencer.

GreenPAK Power Sequencer Block Diagram

Description

The SLG7SQ is a portfolio of pre-configured GreenPAK™ Power Sequencer standard designs that simplify the implementation of reliable multi-rail power management. Developed using the Go Configure™ Software Hub, these ready-to-use solutions support power sequencing, monitoring, and fault management for applications ranging from FPGAs and processors to memory and industrial systems.

The standard designs can be evaluated as provided or customized to meet specific system requirements, including channel count, timing, voltage thresholds, and fault-handling behavior. For an overview of power-sequencing architectures, design considerations, and implementation examples, see the GreenPAK Power Sequencer White Paper.

Parameters

Attributes	Value
Temp. Range (°C)	-40 to +85°C, -40 to +105°C, -40 to +125°C

Package Options

Pkg. Type	Pkg. Dimensions (mm)	Lead Count (#)
FCQFN	3 x 3	14
MSTQFN	2.0 x 2.2	20
STQFN	1.0 x 1.2	8
STQFN	1.6 x 1.6	10
STQFN	1.6 x 1.6	12
STQFN	2 x 3	12
STQFN	1.6 x 2.5	13
STQFN	1.6 x 2	14
STQFN	1.6 x 2.0	14
STQFN	2.0 x 2.2	14
STQFN	2 x 3	20
STQFN	2 x 3	22
STQFN	4 x 4	30
STQFN	4 x 4	32
TDFN	2.5 x 2.5	10
TDFN	2.5 x 2.5	12
TQFN	2 x 3	20
TQFN	5 x 5	32

Applications

CPU, GPU, FPGA, AI accelerator, and ASIC power sequencing
DDR4 and DDR5 memory power management
Industrial and server power architectures
Communications and networking equipment
Portable, battery-powered, and wearable devices
Multi-rail monitoring and fault protection systems

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Filters

Datasheet - Short-Form
SLG7SQ Short-Form Datasheet
RECOMMENDED
PDF 189 KB R19DS0187EU0100 Rev.1.00 Jul 22, 2026
The SLG7SQ GreenPAK™ Power Sequencer standard designs provide ready-to-use power sequencing solutions for multi-rail systems. This document describes the available designs, key features, applications, and customization options.
White Paper
GreenPAK Power Sequencer White Paper
PDF 513 KB R19WP0025EU0100 Rev.1.00 Jul 22, 2026
The GreenPAK™ Power Sequencer White Paper explains how to implement power sequencing using Renesas GreenPAK devices. It covers sequencing methods, design examples, device selection, and fault management techniques.
Certificate
Environmental Statement for IC Products
PDF 197 KB Mar 19, 2026
Brochure
GreenPAK™ Configurable Mixed-Signal Matrix Family Overview
PDF 4.42 MB R11CP0004EU0104 Rev.1.04 日本語简体中文 Jan 24, 2026
White Paper
Programmable Integrated Circuitry 101. Why GreenPAK is a Winning Choice for Your Next IoT Design
PDF 393 KB R19WP0005EU0100 Rev.1.00 Dec 26, 2023
Programmable ICs play a critical role in IoT design, and the GreenPAK IC family stands out for its compact size, low power consumption, and versatility. This paper highlights how GreenPAK simplifies IoT development, offering a cost-effective and efficient solution for modern applications.
Application Note
AN-CM-357 Power Profile for Advanced Sensor Applications
PDF 599 KB R19AN0215EU0100 Rev.1.00 Feb 20, 2023
AI-generated Summary: The SLG51002 integrates eight configurable low dropout regulators and dual power sequencers to efficiently manage power for advanced sensor applications such as dual image sensors. It supports independent power-up and power-down sequencing triggered by GPIO signals, reducing MCU load and firmware complexity. The device offers high PSRR, low dropout voltage, configurable soft-start, shutdown, temperature alerts, and current limits. Design and configuration are facilitated by Go Configure Software Hub, enabling precise timing control for multi-rail power supply sequences. The package includes design files such as .ppak for circuit configuration.
Related Files:
Sample Code
Application Note
AN-1067 Power Sequencer using GPAK
PDF 165 KB Sep 28, 2021
AI-generated Summary: Build a power sequencer circuit using the SLG46120V GreenPAK programmable mixed-signal IC to control the order and timing of multiple power rails in a system. The design uses counters, delay blocks, and logic to ensure each rail powers up and down in the correct sequence, protecting sensitive components and improving system reliability.
Related Files:
Sample Code

Recommended Documents (1)

Datasheet - Short-Form
SLG7SQ Short-Form Datasheet
RECOMMENDED
PDF 189 KB R19DS0187EU0100 Rev.1.00 Jul 22, 2026
The SLG7SQ GreenPAK™ Power Sequencer standard designs provide ready-to-use power sequencing solutions for multi-rail systems. This document describes the available designs, key features, applications, and customization options.

Datasheets (1)

Datasheet - Short-Form
SLG7SQ Short-Form Datasheet
RECOMMENDED
PDF 189 KB R19DS0187EU0100 Rev.1.00 Jul 22, 2026
The SLG7SQ GreenPAK™ Power Sequencer standard designs provide ready-to-use power sequencing solutions for multi-rail systems. This document describes the available designs, key features, applications, and customization options.

Application Notes & White Papers (4)

White Paper
GreenPAK Power Sequencer White Paper
PDF 513 KB R19WP0025EU0100 Rev.1.00 Jul 22, 2026
The GreenPAK™ Power Sequencer White Paper explains how to implement power sequencing using Renesas GreenPAK devices. It covers sequencing methods, design examples, device selection, and fault management techniques.
White Paper
Programmable Integrated Circuitry 101. Why GreenPAK is a Winning Choice for Your Next IoT Design
PDF 393 KB R19WP0005EU0100 Rev.1.00 Dec 26, 2023
Programmable ICs play a critical role in IoT design, and the GreenPAK IC family stands out for its compact size, low power consumption, and versatility. This paper highlights how GreenPAK simplifies IoT development, offering a cost-effective and efficient solution for modern applications.
Application Note
AN-CM-357 Power Profile for Advanced Sensor Applications
PDF 599 KB R19AN0215EU0100 Rev.1.00 Feb 20, 2023
AI-generated Summary: The SLG51002 integrates eight configurable low dropout regulators and dual power sequencers to efficiently manage power for advanced sensor applications such as dual image sensors. It supports independent power-up and power-down sequencing triggered by GPIO signals, reducing MCU load and firmware complexity. The device offers high PSRR, low dropout voltage, configurable soft-start, shutdown, temperature alerts, and current limits. Design and configuration are facilitated by Go Configure Software Hub, enabling precise timing control for multi-rail power supply sequences. The package includes design files such as .ppak for circuit configuration.
Related Files:
Sample Code
Application Note
AN-1067 Power Sequencer using GPAK
PDF 165 KB Sep 28, 2021
AI-generated Summary: Build a power sequencer circuit using the SLG46120V GreenPAK programmable mixed-signal IC to control the order and timing of multiple power rails in a system. The design uses counters, delay blocks, and logic to ensure each rail powers up and down in the correct sequence, protecting sensitive components and improving system reliability.
Related Files:
Sample Code

Quality & Reliability (1)

Certificate
Environmental Statement for IC Products
PDF 197 KB Mar 19, 2026

Marketing Collateral (1)

Brochure
GreenPAK™ Configurable Mixed-Signal Matrix Family Overview
PDF 4.42 MB R11CP0004EU0104 Rev.1.04 日本語简体中文 Jan 24, 2026

Partner Boards & Kits

Complementary Silicon Devices

Complementary Silicon Devices

Complementary Silicon Devices

Würth Elektronik provides electronic and electromechanical components that support efficient, reliable system design across industrial, automotive, communications, and consumer applications. They help engineers address power conversion, electromagnetic compatibility, signal integrity, and connectivity requirements, backed by strong technical support, dependable quality, and comprehensive design resources that accelerate development and reduce integration risk.

Supported Products:

Power Management, Microcontrollers & Microprocessors, Programmable Logic, Power Discretes, Interface, Data Converters, Automotive Products, Audio, Video & Display

Provided By:

Würth Elektronik

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Software & Tools (1)

Software Package
Go Configure Software Hub
Go Configure Software Hub provides development support for a variety of products, including GreenPAK configurable mixed signal matrix and ForgeFPGA™ devices.

Discover GreenPAK^™, a configurable mixed‑signal IC platform that replaces discrete logic and streamlines system design. By combining analog, digital, and power functions in a compact, low‑power device, GreenPAK enables fast customization through an intuitive GUI without added complexity. Engineers can reduce BOM cost, lower power consumption, simplify PCB routing, accelerate time‑to‑market, and take advantage of in‑system configurability, making GreenPAK a strong fit for building smarter and more efficient designs across a wide range of applications.

The video introduces how GreenPAK^™ enables engineers to create custom mixed‑signal IC designs quickly and easily. It highlights how GreenPAK simplifies development, helping teams turn ideas into flexible, working solutions without complex hardware redesigns.

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All GreenPAK Videos

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