MSCSM120AM042CT6LIAG-ASDAK
Accelerated Development Kit Driver Core 2x3W with SiC module SP6LI - 1200V
| ID Code: | 185560 |
| Hersteller: | AgileSwitch - Microchip Technology |
| Preis inkl. MwSt. : | 1 254,7305 € |
| Preis ohne MwSt. : | 1 036,9673 € |
| MwSt.: | 21 % |
| Verfügbarkeit: | auf Anfrage |
| Gesamtbestand: | 0 Stück |
| Herstellerkennzeichnung: | ASDAK-MSCSM120AM042CT6LIAG-01 |
| Zentrallager Zdice: | 0 Stück |
| Externlager (Lieferzeit 5÷10 Tage): | 0 Stück |
| Dodací lhůta dalšího množství: | !_on request_! |
| Einheit:: | Stück |
| Mengenrabatt | Anzahl | Preis ohne MwSt. | Preis inkl. MwSt. |
| 1 + | 1 036,9673 € | 1 254,7305 € |
| 2 + | 1 020,3284 € | 1 234,5973 € |
| 5 + | 994,3553 € | 1 203,1699 € |
| 10 + | 890,2785 € | 1 077,2370 € |
AgileSwitch’s Accelerated Silicon Carbide Development Kit includes the hardware and software elements required to rapidly optimize the performance of SiC modules and systems. ASDAK- MSCM120AMxxxCT6LIAG-01 consists of 1x SP6LI low inductance SiC module, 1x 2ASC-12A1HP – 1200V Core, 1x SP6LI – 1200V Adapter board for SiC Microchip modules SP6LI, ASBK-014 Device Programmer Kit 1x – ICT Software
Software Programmable Features: Augmented Turn-OffTM (ATOff) (Patented), ± VGS Gate Voltages, Power supply under-voltage lockout (UVLO), Power supply over-voltage lockout (OVLO), Desaturation detection settings, Dead time, Fault lockout settings, Automatic Reset settings
Software Programmable Features: Augmented Turn-OffTM (ATOff) (Patented), ± VGS Gate Voltages, Power supply under-voltage lockout (UVLO), Power supply over-voltage lockout (OVLO), Desaturation detection settings, Dead time, Fault lockout settings, Automatic Reset settings
Grundlegende Informationen:
| Herstellerkennzeichnung | ASDAK-MSCSM120AM042CT6LIAG-01 |
| Dodací lhůta dalšího množství | !_on request_! |
| Gehäusetyp: | MODUL |
| Kategorie | SiC |
| Art der Komponente: | !_core driver sic_! |
| Konfiguration: | Low+High side |
| Spezifikationen: | 2-Kanälen |
| Anzahl der Schaltungen (im Gehäuse) | 2 ks |
| RoHS | Ja |
| REACH | Nein |
| NOVINKA | A |
| RoHS1 | Ano |
Verpackung und Gewicht:
| Einheit: | Stück |
| Gewicht: | 1200 [g] |
| Verpackungstyp: | BOX |
| Kleinpackung (Anzahl der Einheiten): | 1 |
Elektrophysikalische Parameter:
| Udc (URRM, UCEO, Umax) | 1200 [V] ? Udc - Definitionen für Komponenten Udc = URRM - Diode Udc = UDRM, URRM - Thyristor Udc = UCEO - Transistoren Udc = Umax - |
| Udc-sup.min (Min.Supply DC Voltage) | 14 [V] |
| Udc-sup.max (Max.Supply DC Voltage) | 16 [V] |
| Uisol (@25°C/1min/50Hz) | 3750 [V] |
| UDC-OUT (off/min) | 14 [V] |
| UDC-OUT (on/max) | 16 [V] |
| IOUT puls (Log.1=ON) (TA=25°C) | 10 [A] |
| IOUT puls (Log.0=OFF) (TA=25°C) | 10 [A] |
| du/dt (critical rate of rise of on-state voltage) | 100000 [V/µs] |
| Pmax ohne Kühler ( TA=25°C) | 3 [W] |
| Input Logic Level (UGS level) | 5V |
| tf/tq (Turn-off / fall time) | 200 [ns] |
| fmax max.frequency (max./typ.) | 0.1 [MHz] ? fmax - Definitionen für Komponenten fmax = fT (BJT-transition frequency) fmax = fmax (operation frequency) |
Thermische und mechanische Parameter:
| Tmin (minimale Arbeitstemperatur) | -40 [°C] |
| Tmax (maximale Arbeitstemperatur) | 105 [°C] |
| Abmessungen der Anschlüsse | 0.00 [mm] |
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