LTM9100HY#PBF

LTM9100 Isolated Anyside™ µModule® Controller

Analog Devices LTM9100 Isolated Anyside™ µModule® Controller is an all-in-one, isolated switch micromodule controller that protects and monitors high-voltage DC power supplies up to 1000V. Power and energy monitoring of the high-voltage bus are made possible through a 10-bit ADC and the I²C/SMBus interface. The 10-bit ADC monitors current and two uncommitted channels. The I²C/SMBus interface provides isolated digital measurements of load current, bus voltage, and temperature. Adjustable undervoltage and overvoltage lockout thresholds ensure that the load operates only when the input supply is in its valid range.

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Power Management ICs

Analog Devices Inc. Power Management ICs (PMICs) power innovation with precision and efficiency. With unmatched power densities, ultra-low noise technology, and superior reliability, Analog Devices’ PMIC portfolio supports complex power architectures in the most demanding applications, including industrial, automotive, and aerospace. Electronics engineers and designers are supported with power management evaluation boards and design tools, such as LTspice^®, to ease development and optimize performance. From Silent Switcher^® regulators and µModule^® power solutions to advanced battery management, LDOs, and digital power control, ADI delivers high-efficiency, low-noise, and compact solutions that ensure reliability and scalability.

LM5060 High-Side Protection Controllers

Texas Instruments LM5060 High-Side Protection Controllers with Low Quiescent Current offers intelligent control of a high-side N-channel MOSFET during normal on/off transitions and fault conditions. The constant rise time of the output voltage results from the inrush current control. Both an Input UVLO (with hysteresis) and a programmable input OVP are provided, with an enable input offering a remote on or off control. The initial start-up V_GS fault detection delay time, the transition V_DS fault detection delay time, and the continuous over-current V_DS fault detection delay time is programmed from a single capacitor. The MOSFET is latched off until either the enable input, or the UVLO input is toggled low and then high when a detected fault condition persists longer than the allowed fault delay time.