2SMS0220D2C0C-CM1200DC-34X
8Pages

2SMS0220D2C0C-CM1200DC-34X SCALE-iFlex Single Family Advanced Information Gate Driver for 1700 V Half-Bridge Power Modules PRELIMINARY Product Highlights Highly Integrated, Compact Footprint • Ready-to-use gate driver solution for power modules up to 1700 V blocking voltage • Optimized for Mitsubishi’s Half-Bridge Power Modules CM1200DC-34X • -40 °C to +85 °C operating ambient temperature Protection / Safety Features • • • • Undervoltage lock-out (UVLO) Overvoltage protection by Advanced Active Clamping (AAC) Short circuit protection Applied double sided conformal coating Full Safety and Regulatory Compliance • 100% production partial discharge and HIPOT test of transformer • Clearance and creepage distances between both secondary sides meet requirements for reinforced isolation Green Package • RoHS compliant Wind and photovoltaic power Traction inverter Industrial drives Other industrial applications Description This datasheet describes the Module Adapted Gate Driver (MAG) of the SCALE-iFlex™ Single gate driver family which consists furthermore of a central Isolated Master Control (IMC). The IMC is designed for operation of power modules with a blocking voltage of up to 3300 V, whereas the MAGs are available in various variants optimized for different power modules of different suppliers and chip technologies in the voltage classes up to 3300 V. SCALE-iFlex Single enables compact and easy controlling power modules providing high flexibility and system scalability with minimum development effort. This Product is Covered by Patents and/or Pending Paten

Terminal G1 Gate contact of channel 1 switch. Connector X1 Pin-header connector to IMC for gate driver channel 1. Terminal E1 Auxiliary emitter contact of channel 1 switch. Connector X2 Pin-header connector to IMC for gate driver channel 2. Terminal C1 Auxiliary collector contact of channel 1 switch. Terminal G2 Gate contact of channel 2 switch. Terminal E2 Auxiliary emitter contact of channel 2 switch. Screw Holes S1 and S2 Dome positions for optional fixation of the MAG to the IMC housing. NTC Contact to module-internal NTC (directly routed to IMC). This document contains information on a...

and the negative rail the voltage level VCOMx. Both are referenced to the emitter potential at terminal E1 or E2 of the driven power semiconductor. Connector Terminals (X1 and X2) The MAG has one connector terminals per channel. The MAG needs to be connected to the secondary-side of the IMC. IMC and MAG have to be mounted in a piggyback like depicted in Figure 3, i.e. direct connection to the pin-header, the channel assignment is mechanically determined. Channel 1 from the IMC shall be connected to channel 1 of the MAG (X1). Accordingly, channel 2 of the IMC with channel 2 of the MAG (X2)....

2SMS0220D2xxC the transconductance of the power semiconductor. To ensure that the gate-emitter voltage stays close to the nominal turn-on voltage each MAG features a gate-clamping circuitry. The gate clamping provides a voltage similar to V VISO to the gate, i.e. 15 V. As the effective short-circuit current is a function of the gate-emitter voltage the short-circuit current is limited. As consequence the energy dissipated in the power semiconductor during the short-circuit event is reduced, leading to a junction temperature within the short-circuit safe operating area (SCSOA) limits and...

2SMS0220D2xxC Maximum Ratings Parameter Absolute Maximum Ratings1 - 2SMS0220D2C0C-CM1200DC-34X Gate Output Power Per Channel5 Gate Output Current Per Channel DC-Link Voltage Switching operation Storage Temperature Operating Ambient Temperature Surface Temperature Relative Humidity This document contains information on a new product. Specifications and information herein are subject to change without notice.

Set fault (suspend peration) Clear fault (resume operation) UVLOVISOx Power Supply Monitoring Threshold (Secondary-Side) Referenced to respective terminal E1 or E2 Gate Turn-On Voltage Gate Turn-Off Voltage Static VCE-Monitoring Threshold Set fault (suspend peration) Clear fault (resume operation) IMC supplied with 15 V, without load, referenced to respective terminal Ex IMC supplied with 15 V, PGx = PG,max referenced to respective terminal Ex IMC supplied with 15 V, without load, referenced to respective terminal Ex IMC supplied with 15 V, PGx = 1.5 W, referenced to respective terminal Ex...

Product Dimensions PIHPAE_0043 Figure 7. Side View. Product Details Part Number Power Module Voltage Class Current Class Power Device Supplier Transportation and Storage Conditions For transportation and storage conditions refer to Power Integrations’ Application Note AN-1501. RoHS Statement We hereby confirm that the product supplied does not contain any of the restricted substances according Article 4 of the RoHS Directive 2011/65/EU in excess of the maximum concentration values tolerated by weight in any of their homogeneous materials. Additionally, the product complies with RoHS...

For the latest updates, visit our website: www.power.com Power Integrations reserves the right to make changes to its products at any time to improve reliability or manufacturability. Power Integrations does not assume any liability arising from the use of any device or circuit described herein. POWER INTEGRATIONS MAKES NO WARRANTY HEREIN AND SPECIFICALLY DISCLAIMS ALL WARRANTIES INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, AND NON-INFRINGEMENT OF THIRD PARTY RIGHTS. Patent Information The products and applications illustrated...