LDO Regulators

Wireless and battery operated IoT devices need optimized power management solutions to meet the ever-increasing RF performance, small size, and extended 10+ year battery life requirements.

USB Type-C Solutions

The new USB-C (technically known as USB Type-C) standard enables higher performance and promises convenience for users, as well as simplicity for designers and manufacturers. ON Semiconductor delivers a complete portfolio for the USB Type-C and Power Delivery (PD) solutions.
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Resources

We’ve created in-depth design resources to help you engineer more energy-efficient smart home and building devices, security and surveillance products, wireless charging, industrial automation, wearables, and many other IoT solutions.

We’ve created in-depth design resources to help you engineer more energy-efficient smart home and building devices, security and surveillance products, wireless charging, industrial automation, wearables, and many other IoT solutions.

Media

IoT blog
More Blog Posts…

Meeting the Demand for Higher Voltage Power Electronics - 2024-01-24 16:51:01.788776
The Best of 2023: Industrial Solutions - 2023-12-17 07:10:06.300626
What’s Next with Autonomous Mobile Robots - 2023-12-07 00:42:05.437598

IoT videos
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Transfer Molded Power Integrated Module (TMPIM) for Motor Drive Demo
TMPIM or Transfer Molded Power Integrated Modules use epoxy molding compounds to encapsulate IGBTs and diodes through a transfer molding process. TMPIM offer high reliability, high efficiency, fast switching, low switching loss, and low thermal resistance. TMPIM from ON Semiconductor feature (CI) Converter Inverter, (CIB) Converter Inverter Brake, and Six-pack topologies, covering 650 volts at currents from 35 amps to 200 amps and 1200 volts at currents from 25 amps to 150 amps. Also, the modules are compliant with the IEC61800-5-1 and UL1557 standards. ON Semiconductor TMPIM modules integrated with optimum IGBTs and diodes provide high-efficiency and robustness, benefitting customer applications such as motor drives and HVAC applications with high lifetime and high reliability. Also, the high power density of the modules helps prevent dendrite formation between the copper pads in the modules. Together these optimal operating characteristics enable the modules to work under conditions of some corrosive gases in hazardous environments. This demo features a VFE motor drive purchased from a public market in which we replace the CIB power module with an ON Semiconductor TMPIM module.
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