GLF’s Latest IQSmart™ IC Load Switches Feature Industry-Leading Ultra-Low Operational Current, Ultra-Low Low-Leakage Current, Slew Rate Control and True Reverse Current Blocking

GLF112x/GLF122x Load Switches’ compact size, 1A rating and industry’s best size-to-RON ratio supports an array of applications

 GLF Integrated Power, headquartered in Santa Clara, California is very pleased to announce that we have been awarded our ISO14001:2015 certification. An internationally recognized standard that lays out the requirements for environmental management systems towards environmental sustainability. 

GLF Integrated Power’s Latest IQSmart™ AEC-Q100 Qualified IC Load Switches Offer Industry-Leading Low-Leakage Current for Automotive and Commercial-Grade Systems

New IQSmart™ IC load switches are offered in two versions; AEC-Q100 qualified ICs with wide temperature range; one version with true reverse-current blocking feature

GLF1111Q_GLF1200Q-block-diagram.jpgSanta Clara, CA — October 6, 2022 —GLF Integrated Power, manufacturer of innovative ultra-low-power load switches, is pleased to introduce two new Automotive grade AEC-Q100 IQSmart™ load switch ICs. The AEC-Q100 qualified GLF1111Q and GLF1200Q are rated for a wide temperature range (Grade 1 -40°C to +125°C). The  GLF1111Q provides industry-leading, battery-saving leakage current (2nA, typ.).

GLF Integrated Power, headquartered in Santa Clara, California is delighted to announce that we have been awarded our ISO 9001:2015 certification. An internationally recognized standard that ensures GLF Integrated Power products meet the high expectations and standards of our rapidly expanding global customer base, through an effective quality management program. 

news-article-image-GLF73510.jpgThe GLF73510 IQSmart IC is designed to virtually eliminate wearable and IoT device battery discharge during standby or deep-sleep operation. The GLF73510 consumes an industry-leading ultra-low leakage current (ISD) of 2 nA (typ.), as much as 1,000 times less than other chips commonly used in this application. The bidirectional switch offers a turn-on threshold to prevent a battery from deep discharge and includes an internal pull-down resistor.