Halo Microelectronics Introduces a New Low-IQ Synchronous Boost Controller with Spread Spectrum

October 9, 2023

CAMPBELL, Calif., October 9, 2023 – Halo Microelectronics (SSE: 688173), a maker of analog and power management integrated circuits enabling energy-efficient smart systems, announces the launch of its AEC-Q100 Grade 1 qualified low-IQ synchronous boost controller with spread spectrum. The HL8021 is a high-performance boost controller driving the N-channel MOSFET synchronous boost power stage, operating … Continued

Halo Microelectronics Introduces a New 3A I2C Controlled Single-Cell Battery Charger with 2x LDOs

August 31, 2023

CAMPBELL, Calif., August 31, 2023 – Halo Microelectronics (SSE: 688173), a maker of analog and power management integrated circuits enabling energy-efficient smart systems, announces the launch of its I2C controlled single-cell battery charger with two LDOs. The HL7095 is an advanced I2C interface switch-mode Li-ion battery charger featuring power FETs, power-path management, and a reverse … Continued

Halo Microelectronics Introduces a New Family of 5 A Continuous Load E-Fuses

July 25, 2023

CAMPBELL, Calif., July 25, 2023 – Halo Microelectronics (SSE: 688173), a maker of analog and power management integrated circuits enabling energy-efficient smart systems, announces the launch of its new E-Fuse family, HL8511/12, HL8521/22 devices designed to protect circuitry on the output (OUT) from transients on power bus (IN), and large in-rush current to protect the … Continued

Halo Microelectronics Introduces a New Universal Fast Charging Standard Dual-Phase 40 W Charge Pump Charger for Mobile and IoT Devices

June 27, 2023

CAMPBELL, Calif., June 27, 2023 – Halo Microelectronics (SSE: 688173), a maker of analog and power management integrated circuits enabling energy-efficient smart systems, announces the launch of its new HL7136 device, a Universal Fast Charging Standard (UFCS) fast charging protocol charger for 1-cell Li-ion and Li-ion polymer batteries. The HL7136 is an UFCS low-voltage fast … Continued