EVAL2QR0665G28W16VTOBO1

EVAL2QR0665G28W16VTOBO1
Mfr. #:
EVAL2QR0665G28W16VTOBO1
Produttore:
Infineon Technologies
Descrizione:
EVAL BOARD FOR ICE2QR0665G
Ciclo vitale:
Nuovo da questo produttore.
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EVAL2QR0665G28W16VTOBO1 Scheda dati
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Tags
EVAL2, EVAL, EVA
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We provide 90-360 days warranty.

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Step1: Vacuum Packaging with PL
Step1:
Vacuum Packaging with PL
Step2: Anti-Static Bag
Step2:
Anti-Static Bag
Step3: Packaging Boxes
Step3:
Packaging Boxes
***et Europe
ICE2QR0665G Quasi-Resonant Switch-Mode PWM Controller Evaluation Board
***ronik
Evalboard ICE2QR0665G
***i-Key
EVAL BOARD FOR ICE2QR0665G
***ineon
28W 16V Evaluation Board with Quasi-Resonant CoolSET ICE2QR0665G 28W switching mode power supply evaluation board designed in a quasi resonant flyback converter topology using ICE2QR0665G Quasi-resonant CoolSET. With the CoolMOS integrated in this IC, it greatly simplifies the design and layout of the PCB. Due to valley switching, the turn on voltage is reduced and this offers higher conversion efficiency comparing to fixed frequency hard-switching flyback converter. With the DCM mode control, the reverse recovery problem of secondary rectify diode is relieved. And for its natural frequency jittering with line voltage, the EMI performance is better. Infineons digital frequency reduction technology enables a quasi-resonant operation till very low load. As a result, the system efficiency over the entire load range is significantly improved compared to conventional free running quasi resonant converter which implements with only maximum switching frequency limitation at light load. In addition, numerous adjustable protection functions have been implemented in ICE2QR0665G to protect the system and customize the IC for the chosen application. In case of failure modes, like open control-loop/over load, output overvoltage, and transformer short winding, the device switches into Auto Restart Mode or Latch-off Mode. By means of the cycle-by-cycle peak current limitation plus foldback point correction, the dimension of the transformer and current rating of the secondary diode can both be optimized. Thus, a cost effective solution can be easily achieved. | Summary of Features: 650V avalanche rugged CoolMOS with built in depletion startup cell; Quasi-resonant operation; Digital frequency reduction with decreasing load; Cycle-by-cycle peak current limitation with foldback point correction; Built-in digital soft-start; Direct current sensing with internal Leading Edge Blanking Time; VCC under voltage protection: IC stop operation, recover with softstart; VCC over voltage protection: IC stop operation, recover with softstart; Openloop/Overload protection: Auto Restart; Output overvoltage protection: Latch-off with adjustable threshold; Short-winding protection: Latch-off; Over temperature protection: Autorestart | Target Applications: set-top box, portable game controller, DVD player, netbook adapter and auxiliary power supply for LCD TV, etc.
Parte # Mfg. Descrizione Azione Prezzo
EVAL2QR0665G28W16VTOBO1
DISTI # EVAL2QR0665G28W16VTOBO1-ND
Infineon Technologies AGEVAL BOARD FOR ICE2QR0665G
RoHS: Not compliant
Min Qty: 1
Container: Bulk
2In Stock
  • 1:$64.7100
EVAL2QR0665G28W16VTOBO1
DISTI # SP000979894
Infineon Technologies AGICE2QR0665G Quasi-Resonant Switch-Mode PWM Controller Evaluation Board (Alt: SP000979894)
RoHS: Not Compliant
Min Qty: 1
Europe - 3
  • 1000:€141.5900
  • 500:€144.8900
  • 100:€149.1900
  • 50:€154.2900
  • 25:€159.6900
  • 10:€175.6900
  • 1:€217.2900
EVAL2QR0665G28W16VTOBO1
DISTI # 726-EVAL2QR0665G28W1
Infineon Technologies AGPower Management IC Development Tools 28W 16V Evaluation Board with Quasi-Resonant CoolSET ICE2QR0665G 28W switching mode power supply evaluation board designed in a quasi resonant flyback converter topology using ICE2QR0665G Quasi-resonant CoolSET. With the CoolMOS integrated in this0
  • 1:$150.0000
Immagine Parte # Descrizione
EVAL2QR0665G28W16VTOBO1

Mfr.#: EVAL2QR0665G28W16VTOBO1

OMO.#: OMO-EVAL2QR0665G28W16VTOBO1-INFINEON-TECHNOLOGIES

EVAL BOARD FOR ICE2QR0665G
Disponibilità
Azione:
Available
Su ordine:
2000
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