- RS Best.-Nr.:
- 178-4633
- Herst. Teile-Nr.:
- NCL30060B3DR2G
- Hersteller:
- onsemi
Nicht mehr im Sortiment
Alternative
Dieses Produkt ist derzeit nicht verfügbar. Folgende mögliche Alternative können wir anbieten:
- RS Best.-Nr.:
- 178-4633
- Herst. Teile-Nr.:
- NCL30060B3DR2G
- Hersteller:
- onsemi
Datenblätter und Anleitungen
Rechtliche Anforderungen
- Ursprungsland:
- PH
Informationen zur Produktgruppe
The NCL30060 is a switch mode power supply controller intended for low to medium power single stage power factor (PF) corrected LED Drivers. It employs a constant on−time control method to ensure near unity power factor across a wide range of input voltages and output power. It can be used for isolated flyback as well as buck topologies.
Simplifies Biasing and Reduces External Components
High Power Factor and Low THD
Reduced EMI Generation
System Fault Protection
Eases Safety Testing
Reduces external components
Improves Efficiency
Robust MOSFET Drive
Improves fault handling
Improves fault handling
Lower BOM Cost and better accuracy
Eases safety testing with improved creepage/clearance distance on HV pin
High Power Factor and Low THD
Reduced EMI Generation
System Fault Protection
Eases Safety Testing
Reduces external components
Improves Efficiency
Robust MOSFET Drive
Improves fault handling
Improves fault handling
Lower BOM Cost and better accuracy
Eases safety testing with improved creepage/clearance distance on HV pin
Technische Daten des gezeigten Artikels
Eigenschaft | Wert |
---|---|
Schaltfrequenz max. | 60 kHz |
Anlaufstrom | 19mA |
Quellenstrom max. | 250mA |
Interface | Leistungsfaktor-Controller-IC |
Sink-Strom | 400mA |
Versorgungsstrom max. | 1700 μA |
Montage-Typ | SMD |
Gehäusegröße | SOIC |
Pinanzahl | 7 |
Abmessungen | 5 x 4 x 1.5mm |
Höhe | 1.5mm |
Länge | 5mm |
Arbeitsspannnung max. | 13,75 V |
Betriebstemperatur max. | +105 °C |
Breite | 4mm |
Arbeitsspannnung min. | 10,7 V |
Betriebstemperatur min. | –40 °C |
- RS Best.-Nr.:
- 178-4633
- Herst. Teile-Nr.:
- NCL30060B3DR2G
- Hersteller:
- onsemi