New 1200 Field Stop IGBTs support high power inductive heating and inverter applications
The NGTB15N120, NGTB20N120 and NGTB25N120 enable high performance power conversion solutions for a wide range of demanding applications, including induction cook tops, rice cookers and other small kitchen appliances.
Increasing energy prices and environmental concerns around carbon emissions are continuously driving demand for higher performance power discrete components; especially in high power inductive and inverter applications. These new 1200 V rated IGBTs utilize deep trench technology and state-of-the-art wafer thinning and processing techniques to enable very low turn-off losses while maintaining a low ‘ON’ state voltage during turn-on, which results in lower switching and conduction losses.
The devices are offered with a choice of 15 A, 20 A and 25 A current ratings and are co-packaged with a low forward drop and soft-recovery fast rectifier to meet stringent customer requirements for high efficiency while providing a space efficient complete solution.
Packaging and Pricing
The TO-247 packaged Field Stop IGBT devices save board space and are optimised for low on-state voltage drop and turn-off switching losses. The NGTB15N120IHLWG, NGTB20N120IHLWG, and NGTB25N120IHLWG inductive heating specific IGBTs are priced at $1.50, $1.80, and $2.00 per unit respectively, all in quantities of 2,500. The NGTB15N120LWG, NGTB20N120LWG, and NGTB25N120LWG motor drive specific IGBTs are priced at $1.75, $2.10, and $2.35 respectively, all in quantities of 2,500.
Visit ON Semiconductor at www.onsemi.com
- Safety authority issues cargo recommendations for lithium batteries
- Italian startup wants to speed up transition to EVs
- High efficiency power modules target demanding railway applications
- E-car with exotic powertrain enters near-series stadium
- FAA urges airlines to run lithium battery safety risk assessments
- SiC hybrid power module lowers power conversion costs
- 90-W external power supplies comply with Level VI
- Consumer fuel cells to gain traction from drones?
- Lightweight solar cell module lowers space launch costs
- GaN-based electric vehicle charger boast over 97% efficiency, 2.6 kW/l power density
- Lasers enable superconductors work at higher temperatures
- eGaN power transistor enables higher precision in pulsed laser drives
- Compact low profile low power series of smart RF amplifiers
- Heliatek claims OPV world record efficiency of 13.2 percent
- 250-W, PFC-input, AC/DC power supplies support extreme environments
- Lithium-ion battery shipments on passenger planes face international ban
- England unveils incentives to switch to electric cars
- Are lithium battery nanoparticles a landfill hazard?
- Power outage LED lightbulb prepares to enter mass production
- Superoxide boosts lithium-air battery performance
- Innovative powertrain reduces fuel consumption significantly
- Safer lithium-ion battery shuts down before overheating
- BMW launches energy storage company
- Two-stage power management solution boosts energy-harvesting efficiency
- FDSOI 28-nm memory compiler offers 50 percent dynamic power savings
- Graphene cage for silicon anode boosts high-performance batteries
- Self-heating lithium-ion battery combats freezing tempatures
- Cathode innovation aims for high capacity lithium-ion batteries
- Transparent metamaterials boost prospect of low power photonic circuits
- Solar-cell 'doctor' seeks to cure greenhouse gas emission problems
- Rotor temperature monitoring with wireless and battery-free sensors
- 42V Quad Monolithic Synchronous Step-Down Regulator with 30μA Quiescent Current
- Differential Drive CMOS Rectifiers for RF Energy Harvesting
- Compensation Methods in Voltage Regulators
- Digital Power System Management - Take Control of Your Power Supplies
- Battery Size Matters
- Isolation in AC Motor Drives: Understanding the IEC 61800-5-1 Safety Standard