EVLSTACF01-65WU

STMicroelectronics
511-EVLSTACF01-65WU
EVLSTACF01-65WU

Fabrikant:

Omschrijving:
Stroombeheer IC Ontwikkelinghulpmiddelen USB-PD board with STACF01 controller

Levenscyclus:
Nieuw product:
Nieuw van deze fabrikant.

In voorraad: 4

Voorraad:
4 Kan onmiddellijk worden verzonden
Minimum: 1   Veelvouden: 1   Maximaal: 10
Eenheidsprijs:
€ -,--
Ext. Prijs:
€ -,--
Est. Tarief:
Dit product wordt GRATIS verzonden

Prijsbepaling (EUR)

Hvh. Eenheidsprijs
Ext. Prijs
€ 335,40 € 335,40

Productkenmerk Kenmerkwaarde Selecteer kenmerk
STMicroelectronics
Productcategorie: Stroombeheer IC Ontwikkelinghulpmiddelen
RoHS:  
Demonstration Boards
AC/DC Primary/Secondary Side Controller - Flyback
90 VAC to 264 VAC
STACF01
Merk: STMicroelectronics
Verpakken: Bulk
Producttype: Power Management IC Development Tools
Verpakkingshoeveelheid af fabriek: 1
Subcategorie: Development Tools
Gevonden producten:
Vink tenminste één selectievakje aan om vergelijkbare producten te tonen
Vink tenminste één selectievakje aan om vergelijkbare producten in deze categorie te tonen.
Geselecteerde attributen: 0

TARIC:
8504408390
CAHTS:
8504409093
USHTS:
8504409520
KRHTS:
8504401090
ECCN:
EAR99

EVLSTACF01-65WU USB-PD Demonstration Board STACF01

STMicroelectronics EVLSTACF01-65WU USB-PD Demonstration Board STACF01 is a 65W Active Clamp Flyback (ACF) converter designed to evaluate the STACF01 ACF controller. The STMicroelectronics EVLSTACF01-65WU board can receive a universal AC input voltage and provides a selectable output voltage based on the USB PD specifications, from 5V to 20V. On the primary side, the STACF01 is paired with the MasterGaN1L, a 600V half-bridge enhancement-mode GaN HEMT with high-voltage drivers. The STACF01 integrates a buck boost that allows the device to achieve low standby power consumption with a single transformer’s auxiliary winding. The STACF01 also integrates an 800V-rated high-voltage startup and offers a full set of protections and features, such as AC brownout, X-CAP discharge, overload/short-circuit protection, and output overvoltage protection. Synchronous rectification based on the SRK1004 is employed on the secondary side to enhance efficiency.