DescriptionThe 26AC065V1 is designed as 3-phase bridge inverter with typical applications of inverter up to 12.5kVa and typical motor power 5.5kW.It has four features. (1)Ultrafast NPT IGBTs. (2)Robust and soft freewheeling diodes in CAL technology. (3)Highly reliable spring contacts for electrica...
26AC065V1: DescriptionThe 26AC065V1 is designed as 3-phase bridge inverter with typical applications of inverter up to 12.5kVa and typical motor power 5.5kW.It has four features. (1)Ultrafast NPT IGBTs. (2)Rob...
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The 26AC065V1 is designed as 3-phase bridge inverter with typical applications of inverter up to 12.5kVa and typical motor power 5.5kW.
It has four features. (1)Ultrafast NPT IGBTs. (2)Robust and soft freewheeling diodes in CAL technology. (3)Highly reliable spring contacts for electrical connection. (4)UL recognised file no. E63532. That are all the main features.
Some absolute maximum ratings on 26AC065V1 have been concluded into several points as follow. (1)Its Vces would be 600V. (2)Its Ic would be 56A. (3)Its Icrm would be 100A. (4)Its Vges would be +/-20V. (5)Its junction temperature range would be from -40°C to +150°C. (6)Its forward current would be 40A. (7)Its Ifrm would be 100A. (8)Its Itrms per power terminal (20A/spring) would be 100A. (9)Its storage temperature range would be from -40°C to +125°C. (10)Its Visol would be 2500V. It should be noted that stresses above those listed in absolute maximum ratings may cause permanent damage to device.
Also some electrical characteristics of 26AC065V1 are concluded as follow. (1)Its Vcesat would be typ 2V and max 2.5V. (2)Its Vge would be min 3V and typ 4V and max 5V. (3)Its Vce would be typ 1.2V and max 1.3V. (4)Its rT would be typ 16m and max 24m. (5)Its Cies would be typ 2.7nF. (6)Its Coes would be typ 0.8nF. (7)Its Cres would be typ 0.6nF. (8)Its Rth(j-s) would be typ 0.75K/W for IGBT. (9)Its td(on) would be typ 35ns. (10)Its tr would be typ 35ns. (11)Its td(off) would be typ 240ns. (12)Its tf would be typ 25ns. (13)Its Eon would be typ 1.3mJ. (14)Its Eoff would be typ 0.9mJ. (15)Its forward voltage would be typ 1.9V and max 2.3V. (16)Its Vto would be typ 1V and max 1.1V. (17)Its rt would be typ 18m and max 24m. (18)Its Rth(j-s) would be typ 0.75K/W for diode. (19)Its Irrm would be typ 42A. (20)Its Qrr would be 3.6uC. And so on. If you have any question or suggestion or want to know more information please contact us for details. Thank you!