SGM48522Q

アクティブ

自動車グレード

Automotive Dual 5V, 7A/6A Low-side GaN and MOSFET Driver

The high-speed, dual-channel low-side driver SGM48522Q is designed to drive GaN FETs and logic level MOSFETs. The application areas include LiDAR, time of flight, facial recognition, and power converters using low-side drivers. The SGM48522Q provides 7A source and 6A sink output current capability. Split output configuration allows individual turn-on and turn-off time optimization depending on FET. The Flip-Chip TQFN package and pinout minimize parasitic inductances to reduce the rise and fall time and limit the ringing. Additionally, the 2ns propagation delay with minimized tolerances and variations allows efficient operation at high frequencies.

The driver has internal under-voltage lockout and over-temperature protection against overload and fault events.

This device is AEC-Q100 qualified (Automotive Electronics Council (AEC) Standard Q100 Grade 1) and it is suitable for automotive applications.

The SGM48522Q is available in a Green TQFN-2×2-10AL package.

特性

AEC-Q100 Qualified for Automotive Applications Device Temperature Grade 1
TA = -40℃ to +125℃
5V Supply Voltage
7A Peak Source and 6A Peak Sink Currents
Ultra-Fast, Low-side Gate Driver for GaN and Si FETs
Minimum Input Pulse Width: 1ns
Up to 60MHz Operation
Propagation Delay: 2ns (TYP)
Rise Time: 720ps (TYP)
Fall Time: 570ps (TYP)
Protection Features:
- Under-Voltage Lockout (UVLO)
- Over-Temperature Protection (OTP)
Available in a Green TQFN-2×2-10AL Package

アプリケーション

Automotive Applications
Laser Distance Measuring System (LiDAR)
5G RF Communication System
Wireless Charging System
GaN DC/DC Conversion System

注文書

Part Number	Status	Package	Pins	Pd-Free	RoHS	REACH	Green	MSL Rating	Operating Temperature Range	Material Content	Reliability Report	Unit Resale Price* (Volume Range: in USD)	Lead Time** (Volume Range: Days)
SGM48522QTSV10G/TR	アクティブ	TQFN-2×2-10AL	10	YES	YES	YES	YES	MSL1	-40℃ to +125℃	閲覧	閲覧

* 再販価格は参考価格です。正式な見積もりについては、代理店にお問い合わせください。

** 提供されるリードタイムは参考情報であり、異なる状況に応じて変更される可能性があります。