- N° de stock RS:
- 123-6219
- Référence fabricant:
- RDK-420
- Fabricant:
- Power Integrations
Produit discontinué
- N° de stock RS:
- 123-6219
- Référence fabricant:
- RDK-420
- Fabricant:
- Power Integrations
Documentation technique
Législations et de normes
Détails du produit
InnoSwitch INN2023K AC-DC Converter Evaluation Board
The RDK-420 is a reference design evaluation board from Power Integrations demonstrating the features and capabilities of the INN2023K device from the InnoSwitch-CH family of AC-DC converter ICs. The design is for a high-efficiency 10W USB charger and makes good use of the high power density and level of integration of the InnoSwitch-CH family.
The reference design includes the following features:
Device used: INN2023K (See RS 123-5495 for similar device)
Output power: 10W (5V 2A)
Industry first AC/DC ICs with isolated, safety rated integrated feedback
Secondary side control benefits, with the simplicity of primary side regulation
Built in synchronous rectification for high efficiency
Excellent regulation: ±3% constant voltage, ±5% constant current
Insensitive to transformer variation
Transient response independent of load timing
Smaller, lower cost output capacitors
<10 mW no-load input power
Cable voltage drop compensation
Output power: 10W (5V 2A)
Industry first AC/DC ICs with isolated, safety rated integrated feedback
Secondary side control benefits, with the simplicity of primary side regulation
Built in synchronous rectification for high efficiency
Excellent regulation: ±3% constant voltage, ±5% constant current
Insensitive to transformer variation
Transient response independent of load timing
Smaller, lower cost output capacitors
<10 mW no-load input power
Cable voltage drop compensation
AC-DC Converters, Power Integrations
Spécifications
Attribut | Valeur |
---|---|
Power Management Function | AC-DC Converter |
Kit Classification | Reference Design |
Featured Device | INN2023K |
Kit Name | InnoSwitch |
- N° de stock RS:
- 123-6219
- Référence fabricant:
- RDK-420
- Fabricant:
- Power Integrations