MIG20J501L TOSHIBA Semiconductor CORPORATION, MIG20J501L Datasheet
MIG20J501L
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MIG20J501L Summary of contents
Page 1
... Power supply under voltage protection: high and low-side arms · Fault signal output: (4) Applications Inverter air conditioners · PWM carrier frequency 3 kHz · only low-side arm high and low-side arms high and low-side arms only low-side arm In case of abnormal status of low-side arm 1 MIG20J501L 2001-05-07 ...
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... CE (U) IN ( (V) CE (V) IN (W) V (W) CC COM C (W) CE (W) V (L) CC GND roc CCT VFO IN (X) IN (Y) IN (Z) IC1 GND IC2 GND IC3 GND IC4 GND roc VFO IN ( GND 2 MIG20J501L P Tr1 D1 U Tr2 D2 V Tr3 D3 W Tr4 D4 N Tr5 D5 Tr6 D6 2001-05-07 ...
Page 3
... Test Condition = 13 16 125°C V Inverter (PROT) j Non-Repetitive ¾ Tc ¾ T stg Sine wave 60 Hz minute, V ISO Fin-terminal Symbol Test Condition R Inverter IGBT th (j-c) R Inverter FRD th (j-c) R Case-Fin (coating grease) th (c-f) 3 MIG20J501L Rating Unit 450 V 500 V 600 150 °C Rating Unit - ...
Page 4
... Trip level Hysteresis V hys tFO COM IN IN (ON) (U), (V), ( (OFF GND IN (ON) IN (X), (Y), ( (OFF) 4 MIG20J501L = = = = 25°C) j Min Typ. Max = 25°C 1.4 1.8 2 ¾ 1.5 3.0 = 125°C ¾ 2.0 2.7 ¾ 4.5 5.5 ¾ 4.0 5 ¾ ¾ 0.1 ¾ 1.1 1.5 ¾ ...
Page 5
... Correspond to each arm input dead t Acceptable minimum Input pulse width min - COM (ON) (U), (V), (W) - GND (OFF) (X), (Y), (Z) 5 MIG20J501L Applicable Min Typ. Max Standard ¾ ¾ kg·cm ¾ ¾ 0.98 1.47 N·m JIS ¾ ¾ 30 C7021 JIS ¾ ...
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... Switching Time Test Circuit of High Side roc GND V (Z) (Y) ( (ON 90% 10% 10 (on ” on ” on ” off ” off COM (W) (W) (W) CC (W) ( Inductance load MIG20J501L V IN (OFF) 10% 10 (off) t off Input Voltage (V) (V) CC (V) (U) (U) ( 2001-05- (U) ...
Page 7
... Low Side RTC High Side COM (W) (W) (W) CC (W) ( Set Up Level Error Signal 120% that of rating Non 180% that of rating 220% that of rating 400% that of rating 400% that of rating 7 MIG20J501L (V) (V) CC (V) (U) (U) ( Inductance load Q ¾ Q Non Non Rroc = 1.54 kW Non 2001-05-07 (U) ...
Page 8
... Package Dimension/Pin Assignment Enlarged part A (5 parts) Enlarged part B (21 parts) Pin Names 1. IN (U) 14 (U) 15. GND (U) 16. roc 4. CE (U) 17. CCT 5. IN (V) 18. VFO 6. V (V) 19 (V) 20 (V) 21 (W) 22. P 10. V (W) 23 11. COM 24. V 12. C (W) 25. W 13. CE (W) 26 MIG20J501L 2001-05-07 ...
Page 9
... IGBT is subjected to short current FO output (‘L’ level) is provided at complete interruption < t Noise immunizing off (OC) time MIG20J501L is step-down to one-half of nominal value in and the ‘L’ level GE t off (OC (Only low side) 2001-05-07 ...
Page 10
... GE ) goes into ‘L’ level when the lower arm IGBT is subjected to over current output (‘L’ level) is provided at complete interruption < t Noise immunizing off (OC) time MIG20J501L and the ‘L’ level GE t off (OC (Only low side) 2001-05-07 ...
Page 11
... Timing Chart stays in ‘L’ level until the power supply voltage returns to the reset level after MIG20J501L ) is interrupted and IGBT moves GE UV Reset Level UV Trip Level Noise immunizing time (Only low side) 2001-05-07 ...
Page 12
... The reset operation is provided on condition that case temperature goes below the OT reset level and input signal turns from operation “H” to “L”. Timing Chart stays in ‘L’ level until the case temperature goes below the reset level after MIG20J501L of the lower arm IGBT is interrupted. OT Trip Level OT Reset Level t FO (Only low side) 2001-05-07 ...
Page 13
... R1: 1.54 kW ± 0.5% (Fixed resistor of overcurrent protection Rating Current ´ (1860/R1 (Current limit resistance of bootstrap diode. Value depends upon system.) R3: 3.3 kW (Pull-up resistor of fault output pin.) D1: 600 V/1 A (High speed diode for bootstrap. Recommend: 1JU42.) Please optimize sunnuber circuit between PN junction according to your using system. Inverter P MIG20J501L MIG20J501L MPU 2001-05- ...
Page 14
... Switching time – Typical value 300 ( 25° (L) t off (H) t off ( (on (off 0 ( -20°C Typical value 0 100°C Typical value 2.5 0 0.5 Switching time – Typical value 300 25° 0 0.01 100 1 14 MIG20J501L I – 1.5 2 2 – 1.5 2 2 100 I (A) C 2001-05-07 ...
Page 15
... OC – Low side Typical value 16 -60 -40 - 100 120 Tc (°C) 140 15 MIG20J501L 2001-05-07 ...
Page 16
... IC internal circuit for IGBT driver 1. Input High-side arm V CC (U), (V), (W) Internal regulating voltage Internal regulating voltage 2 (3 (U), (V), (W) 2.1 k COM Low-side arm V CC (L) Internal regulating voltage (X), (Y), (Z) GND 7 MIG20J501L Continued on next stage Continued on next stage 2001-05-07 ...
Page 17
... CCT Continued on next stage Continued on next stage 4. VFO Internal regulating voltage 3 (1.2 V) Continued on next stage Internal regulating voltage From previous Continued on stage next stage Internal regulating voltage From previous stage 17 MIG20J501L V CC (L) roc GND V CC (L) CCT GND V CC (L) VFO GND 2001-05-07 ...
Page 18
... Recommended circuit example when using a photocoupler (1) IPM input pin (low-side 3-phase and high-side 3-phase TLP421 10 k Microcomputer RN1242 Marking (2) Fault output pin GND Microcomputer ££¬Lot no. JAPAN 18 MIG20J501L TLP421 VFO N GND 2001-05-07 ...
Page 19
... In cases where the human body comes into direct contact with a device, be sure to wear anti-static finger covers or gloves (suggested resistance value: 10 (9) Equipment safety covers installed near devices should have resistance ratings of 10 (10 wrist strap cannot be used for some reason, and there is a possibility of imparting friction to devices, use an ionizer W less). 19 MIG20J501L less. 2001-05-07 ...
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... TOSHIBA CORPORATION for any infringements of intellectual property or other rights of the third parties which may result from its use. No license is granted by implication or otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others. · The information contained herein is subject to change without notice. 20 MIG20J501L 000707EBA 2001-05-07 ...