High Side Gate Drivers

N-Channel MOSFET Drivers

High Side Gate drivers provide the ability to switch Desktop, Notebook, and Netbook power rails ON and OFF in a more efficient and linear manner by facilitating the use of N-channel MOSFETs rather than typical P-channel MOSFETs. High Side Gate drivers substantially reduce part count, thereby saving sleep mode power (via reduction in leakage current) and reducing PCB area at cost parity with existing solutions.

High Side Gate drivers also provide support for any Intel Reference design load switch for ramp rate or delay. Additionally, High Side Gate drivers can help your products meet current and future EnergyStar specifications without increasing cost.

High Side Gate Product Portfolio
Part Number	Description	Supply Voltage	Package	Documentation
SLG55021	High Voltage Gate Driver with internal charge pump for single N-Channel MOSFET with V_GS < 20V. Soft switching 1.0 V to 20 V power rail.	5 V	TDFN-8 (2.0 x 2.0 mm)	Documentation
SLG55022	High Voltage Gate Driver with internal charge pump for single N-Channel MOSFET with V_GS < 20V. Soft switching 1.0 V to 20 V power rail.	12 V	TDFN-8 (2.0 x 2.0 mm)	Documentation
SLG55026	High Voltage Gate Driver with internal charge pump for Back-to-Back N-Channel MOSFET with V_GD < 20V. Charge pumped to Vd + 20 V. Soft switching 1.0 V to 20 V power rail.	12 V	TDFN-8 (2.0 x 2.0 mm)	Documentation
SLG55031	Low Voltage Gate Driver with internal charge pump for single N-Channel MOSFET. Soft switching 0.7 V to 1.5 V power rail.	5 V	TDFN-8 (2.0 x 2.0 mm)	Documentation
SLG55221	Dual Rail High Voltage Gate Driver with internal charge pump for single or dual N-Channel MOSFETs with V_GS < 20V. Soft switching 1.0 V to 20 V power rail.	5 V	TDFN-8 (2.0 x 2.0 mm)	Documentation
SLG55321	Triple Rail High Voltage Gate Driver with internal charge pump for single/dual/triple N-Channel MOSFETs with V_GS < 20V. Soft switching 1.0 V to 21 V power rail.	5 V	TDFN-8 (2.0 x 2.0 mm)	Documentation

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Application notes
Name	Date	Version
AN-1002 Reverse Current Blocking with GreenFET Load Switches(450.08 KB)
AN-1007 Demoboard (Chinese)(676 KB)
AN-1008 Demoboard(585.65 KB)
AN-1068 GreenFET and High Voltage GreenFET Load Switch Basics(1.28 MB)
AN-1069 12 V 5 V Power Mux(1.25 MB)
AN-1081 GreenFET Load Switch Basics (Japanese)(1.74 MB)
AN-1096 Multiplexing Two Power Rails using pFET Load Switch’s(749.42 KB)
AN-1112 Improving High Voltage GreenFET's VIN Transient Protection(375.58 KB)
AN-1149 Auxiliary Smartphone Battery Power Management Circuit(3.83 MB)
AN-1160 Load Switching for Inductive Loads in Surge and Noise Sensitive Applications(4.93 MB)
AN-1202 A Boost Converter Design for Energy Harvesting Applications (Part 1)(583.87 KB)
AN-1207 Load Switch Considerations for Inductive Loads(665.43 KB)
AN-CM-226 Controlling Inrush Current with Slew Rate Control using Dialog Load Switches(292.99 KB)
AN-CM-240 Extending the SLG59M1693C’s Maximum Operating Current Range(320.36 KB)
AN-CM-246 Using Dialog's GreenFET Load Switches in Super Capacitor Applications(430.1 KB)
AN-CM-251 Selecting Input and Output Capacitors with Dialog GreenFET Load Switches(631.8 KB)
AN-CM-260 Applying Dialog GreenFET Load Switches in Power-Splitting Applications(1.1 MB)
AN-CM-268 Applying Dialog GreenFET Load Switches in Bidirectional Applications(389.54 KB)
AN-CM-272 Extending Dialog's GreenFET Load Switch Maximum Operating Current(943.55 KB)	22/02/2019	1.0
AN-CM-289 GreenFET Load Switches Thermal Considerations for PCB Layout(1.36 MB)

PCB libraries
Name		Date	Version
High Side Gate Drivers Altium Library (18.4 KB)
High Side Gate Drivers OrCAD Library (3.62 KB)

Introduction to GreenFET Load Switches

Introduction to High Voltage GreenFET Load Switches

Load Switch Webinar Part 1

Part 1 (Chinese)

Load Switch Webinar Part 2

Part 2 (Chinese)

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FAQ

What is the application for GreenFET load switches?

GreenFET high-performance load switches can be used anywhere there is a requirement for switching power rails from 0.25 V to 25.2 V. They have a very small physical size, very low standby current, and controlled voltage ramp rate.

How can I control the voltage ramp rate on GreenFET load switches?

Most of the GreenFET load switches have an adjustable voltage ramp rate. In some devices, this is set with an external capacitor, in other devices, this is set with a resistor in series to the ON pin. There are a few members of the family that have a fixed voltage ramp rate.

Does Renesas provide demo kit and evaluation kit for GreenFET?

Renesas provides demo board for evaluation. Please contact your local sale rep or send an online inquiry to get a demo board. Please specify the GreenFET load switches part number you are planning to test.

What is MSL level and RoHS status on GreenFET?

The entire GreenFET family package is MSL level 1 and 6/6 RoHS compliance.