This version (10 Feb 2021 14:07) was approved by Robin Getz.The Previously approved version (03 Jan 2021 21:40) is available.
Power Conversion Solutions for Energy Storage
The web page is a central location for storage and power conversion modules and systems for the Energy Storage and Conversion group (ESC) in Analog Devices. It is designed to direct you to the available modules and systems. For more information, email RenwBoards@analog.com
| Web / App note | Description | ADI Parts |
|---|---|---|
| Power Modules & Systems | ||
 ADuM4136 SiC Gate Driver Board: The ADuM4136 is a single-channel gate driver specifically optimized for driving insulated gate bipolar transistors (IGBTs). Analog Devices, Inc., iCoupler® technology provides isolation between the input signal and the output gate drive. Operation with unipolar or bipolar secondary supplies is possible, allowing negative gate drive if needed. The Analog Devices chip scale transformers also provide isolated communication of control information between the high voltage and low voltage domains of the chip. Information on the status of the chip can be read back from dedicated outputs. Control of resetting the device after a fault on the secondary side is performed on the primary side of the device. Integrated onto the ADuM4136 is a desaturation detection circuit that provides protection against high voltage short-circuit IGBT operation. The desaturation protection contains noise reducing features such as a 312 ns (typical) masking time after a switching event to mask voltage spikes due to initial turn-on. An internal 537 μA (typical) current source allows low device count, and the internal blanking switch allows the addition of an external current source if more noise immunity is needed. The ADuM4136 has a typical drive capability of ~7A at 25V isolated supply voltage. | ADum4136 |
| AN-1535 |  SiC Gate Driver Board: Generic Half Bridge Power DesignThe ADuM4135 is a single-channel gate driver specifically optimized for driving insulated IGBTs and SiC power switch's. Analog Devices, Inc., iCoupler® technology provides isolation between the input signal and the output gate drive. The ADuM4135 includes a Miller clamp to provide robust turn-off and the potential for dual supplies for SiC control and turn-off. The ADuM4135 has a typical drive capability of ~7A at 25V isolated supply voltage. | ADum4135 |
| EV-MS4135PL1Z-U1 |  SiC Gate Driver Board: Half Bridge Power Design - Microsemi The ADuM4135 is a single-channel gate driver specifically optimized for driving insulated IGBTs and SiC power switch's. Analog Devices, Inc., iCoupler® technology provides isolation between the input signal and the output gate drive. The ADuM4135 includes a Miller clamp to provide robust IGBT turn-off and the potential for dual supplies for SiC control and turn-off. The ADuM4135 has a typical drive capability of ~7A at 25V isolated supply voltage, which makes it ideal for driving the Sic Module from Microsemi. | ADum4135 , LT3999 , AN-1536 |
| AN-1604 |  IGBT Gate Driver Board: Half Bridge Power Design - Microsemi The ADuM4135 is a single-channel gate driver specifically optimized for driving insulated IGBTs and SiC power switch's. Analog Devices, Inc., iCoupler® technology provides isolation between the input signal and the output gate drive. The ADuM4135 includes a Miller clamp to provide robust IGBT turn-off and the potential for dual supplies for SiC control and turn-off. The ADuM4135 has a typical drive capability of ~7A at 25V isolated supply voltage, which makes it ideal for driving the APTGT75A120T1G IGBT Module from Microsemi. | ADum4135 , LT3999 , |
 Charger System: 30 KW SiC Bidirectional DC-DC Charger DC-Link Voltage 500V to 1000V, Battery Voltage from 50V to 1000V, DC/DC converter able to start from 0V on both sides, Power about 30kW/100A continuously, 45kW/150A peak (for about 5sec), Overlapping voltage ranges in both directions, Scalable with up to 10 “PowerLink” modules, Power Balancing between individual “PowerLinks” | ADum4135 , LT3999 | |
resources/powerconversion.txt · Last modified: 10 Feb 2021 14:07 by Robin Getz