SCM1100M

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144 ICs

1-2-6 High-voltage 3-phase Motor Driver IPMs Support for 3-shunt, Output Element : IGBTSCM1100M Series ■ Absolute Maximum Ratings ʢ5Bʹˆʣ 3BUJOHT 4$..' 4$..' 4$..' 7## 7 #FUXFFO7 ##BOE-4UP-4 7%$ 4VSHF 7 #FUXFFO7 ##BOE-4UP-4 7$&4 7 7 $$ 7*/ 7#4 7 7 #UP7#BOE)4 6 *P "ED *PQ "ED 5 ≤NT 7*/ –UP –UP –UP –UP –UP –UP 7 )*/UP)*/PS-*/UP-*/BOE$0.UP$0. 7'0 7 ' 0UP'0BOE$0.UP$0. 8 5D °C XIJMFPOF*(#5FMFNFOUPQFSBUFT 3 KD °C 8 1FS*(#5FMFNFOU 3 KD °C 8 1FS'3%FMFNFOU 501 –UP –UP –UP –UP –UP –UP 5K °C 5TUH –UP –UP –UP –UP –UP –UP 7JTP 7 #FUXFFOSFBSBOEMFBEQJOT "$POFNJOVUF 3BUJOHT 1BSBNFUFS 4ZNCPM 4$..4FSJFT 6OJU $POEJUJPOT NJO UZQ NBY 7$$ 7#4 – 7 U*/NJO PO –– µT 0/QVMTF U*/NJO PGG –– µT 0''QVMTF UEFBE –– µT 3'0 – L Ω $'0 – O' 7'0 – 7 $#005 – V' 34 –– NΩ 'PS*Q≤SBUFEPVUQVUDVSSFOU QVMTF GD –– L)[ 5K –– °C ■ Recommended Operating Conditions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■ Features

• Each half-bridge circuit consists of a pre-driver circuit that is completely independent from the others
• Protection against simultaneous high- and low-side turning on
• Bootstrap diodes with series resistors for suppressing inrush current are incorporated
• CMOS compatible input (3.3 to 5 V)
• Designed to minimize simultaneous current through both high- and low-side IGBTs by optimizing gate drive resistors
• UVLO protection with auto restart
• Overcurrent protection with off-time period adjustable by an external capacitor
• Fault (FO indicator) signal output at protection activation: UVLO (low side only), OCP , and STP
• Proprietary power DIP package
• UL Recognized Component (File No.: E118037)

■ Electrical Characteristics 3BUJOHT NJO UZQ NBY NJO UZQ NBY NJO UZQ NBY DJSDVJUTUPUBM DJSDVJU 0VUQVU0/ 0VUQVU0'' 7*/ 7*/ 767)- – – – 7767-- – – – 767-) – – – 7'0 LΩ 753*1 7 7 $$ $'0 7*/ 7$& 7*/ 7$& TBU SBUFEPVUQVUDVSSFOU DPOUJOVPVT 7*/ SBUFEPVUQVUDVSSFOU DPOUJOVPVT 7*/ N"N" 3# Ω UE PO UE PGG UE PO UE PGG 3BUJOHT NJO UZQ NBY NJO UZQ NBY NJO UZQ NBY DJSDVJUTUPUBM DJSDVJU 0VUQVU0/ 0VUQVU0'' 7*/ 7*/ 767)- – – – 7767-- – – – 767-) – – – 7'0 LΩ 753*1 7 7 $$ $'0 7*/ 7$& 7*/ 7$& TBU SBUFEPVUQVUDVSSFOU DPOUJOVPVT 7*/ SBUFEPVUQVUDVSSFOU DPOUJOVPVT 7*/ N"N" 3# Ω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

146 ICs

1-2-6 High-voltage 3-phase Motor Driver ICs ■ Internal Block Diagram (Single Circuit) ■ Typical Connection Diagram HS VB VCC VBB Drive Corcuit Drive Corcuit UV Detect Input Logic Shoot Through Prevention UV Detect Level Shift O.C. Protect HVIC CFO FO COM VCC VB HO HS LD LS HIN LIN U,V,W LS HIN LIN COM FO CFO Input Logic Shoot Through Prevention Drive Circuit Drive Circuit Drive Circuit Drive Circuit HO VB VB VB VBB M VCC HIN LIN COM CFO FO HS LO LS HO HS LO LS HO HS LO LS HVIC1 HVIC2 HVIC3 SCM1100M UV Detect UV Detect Level Shift O.C. Protect UV Detect UV Detect Level Shift O.C. Protect Input Logic Shoot Through Prevention VCC HIN LIN COM CFO FO Drive Circuit Drive Circuit UV Detect Controller UV Detect Level Shift O.C. Protect VCCCN CFO RFO VFO Input Logic Shoot Through Prevention VCC HIN LIN COM CFO FO CBOOT CBOOT CBOOT RS The input pulldown resistor is built in IC (about 100 kΩ). However, if the input is expected to be unstable or very fluctuant, it needs to be reinforced with external resistor. Attach capacitors near IC. Attach a ceramic capacitor in parallel with the electrolytic capacitor if too much noise is generated.

■ External Dimensions (SCM) (Unit : mm) JAPAN Pitch tolerance by the lead root size: ±0.1 (lead center) Pitch tolerance by the lead root size: ±0.1 (lead center) Part No. Lot No. Planar state diagram Root (lead center) (lead center) (lead center)(lead center) C lead cross-section (S=9) B lead cross-section (S=9) D lead cross-section (S=9)A lead cross-section (S=9) (Size after solder dip) Without Fin Forming No. 2551 (SCM1100M) Product Mass: Approx. 12.6g With Fin Forming No. 2552 (SCM1100MF) Product Mass: Approx. 13.5g JAPAN Pitch tolerance by the lead root size: ±0.1 (lead center) Pitch tolerance by the lead root size: ±0.1 (lead center) Part No. Lot No. (lead center)(lead center) (lead center)(lead center) (Size after solder dip) C lead cross-section (S=9) B lead cross-section (S=9) D lead cross-section (S=9)A lead cross-section (S=9) Planar state diagram Root