Découvrez les produits 7
Image Numéro de pièce Fabricant Quantité Délai de livraison Prix ​​unitaire Acheter Description Operating Temperature Package / Case Supplier Device Package Mounting Type Power (Watts) Voltage - Breakdown Internal Switch(s) Frequency - Switching Voltage - Supply (Vcc/Vdd) Output Isolation Duty Cycle Fault Protection
UCC3889DTR
Texas Instruments
768
3 jours
-
MOQ: 1  MPQ: 1
IC PWM FLYBACK ISOLATED VM 8SOIC
0°C ~ 70°C (TA) 8-SOIC (0.154",3.90mm Width) 8-SOIC Surface Mount - - No - 6.3 V ~ 9.3 V Non-Isolated - Short Circuit
NCP1077BBP100G
ON Semiconductor
250
3 jours
-
MOQ: 1  MPQ: 1
ENHANCED OFF-LINE SWITCHE
-40°C ~ 125°C (TJ) 8-DIP (0.300",7.62mm),7 Leads 7-PDIP Through Hole 19W 700V Yes 100kHz 6.5 V ~ 20 V Isolated 0.68 Current Limiting,Over Power,Over Temperature,Over Voltage,Short Circuit
NCP1077ABP100G
ON Semiconductor
250
3 jours
-
MOQ: 1  MPQ: 1
ENHANCED OFF-LINE SWITCHE
-40°C ~ 125°C (TJ) 8-DIP (0.300",7.62mm),7 Leads 7-PDIP Through Hole 19W 700V Yes 100kHz 6.5 V ~ 20 V Isolated 0.68 Current Limiting,Over Power,Over Temperature,Over Voltage,Short Circuit
NCP1077BBP065G
ON Semiconductor
250
3 jours
-
MOQ: 1  MPQ: 1
ENHANCED OFF-LINE SWITCHE
-40°C ~ 125°C (TJ) 8-DIP (0.300",7.62mm),7 Leads 7-PDIP Through Hole 19W 700V Yes 65kHz 6.5 V ~ 20 V Isolated 0.68 Current Limiting,Over Power,Over Temperature,Over Voltage,Short Circuit
NCP1077BBP130G
ON Semiconductor
250
3 jours
-
MOQ: 1  MPQ: 1
ENHANCED OFF-LINE SWITCHE
-40°C ~ 125°C (TJ) 8-DIP (0.300",7.62mm),7 Leads 7-PDIP Through Hole 19W 700V Yes 130kHz 6.5 V ~ 20 V Isolated 0.68 Current Limiting,Over Power,Over Temperature,Over Voltage,Short Circuit
NCP1076BAP130G
ON Semiconductor
Enquête
-
-
MOQ: 300  MPQ: 1
IC OFF-LINE SWITCHER
-40°C ~ 125°C (TJ) - - - 31W 700V Yes 130kHz 6.5 V ~ 20 V Isolated 0.68 Current Limiting,Over Power,Over Temperature,Over Voltage,Short Circuit
NCP1077BAP130G
ON Semiconductor
Enquête
-
-
MOQ: 300  MPQ: 1
IC OFF-LINE SWITCHER
-40°C ~ 125°C (TJ) - - - 31W 700V Yes 130kHz 6.5 V ~ 20 V Isolated 0.68 Current Limiting,Over Power,Over Temperature,Over Voltage,Short Circuit