
| Type de conditionnement | Quantité | PU HT: | Total |
|---|---|---|---|
| Bandes découpées | 1 | 1,550 $ | 1,55 $ |
| Total Prix | 1,55 $ | ||
| Quantité | Prix |
|---|---|
| 1+ | 1,550 $ |
| 10+ | 1,180 $ |
| 25+ | 1,060 $ |
| 50+ | 1,020 $ |
| 100+ | 0,975 $ |
| 250+ | 0,926 $ |
| 500+ | 0,896 $ |
| 1000+ | 0,868 $ |
| Quantité | Prix |
|---|---|
| 1+ | 0,790 $ |
| 3000+ | 0,759 $ |
| 6000+ | 0,690 $ |
| 12000+ | 0,621 $ |
| 18000+ | 0,599 $ |
| 30000+ | 0,584 $ |
Informations produit
Aperçu du produit
The NCP1271D65R2G is a soft-skip mode Standby Pulse Width Modulation (PWM) Controller with adjustable skip level and external latch. It allows for excellent stand by power consumption by use of its adjustable esoft-skip mode and integrated high voltage startup FET. This proprietary Soft-Skip also dramatically reduces the risk of acoustic noise. This allows the use of inexpensive transformers and capacitors in the clamping network. Internal frequency jittering, ramp compensation, timer-based fault detection and a latch input make this controller an excellent candidate for converters where ruggedness and component cost are the key constraints.
- Fixed-frequency current-mode operation with ramp compensation and skip cycle in standby condition
- Timer-based fault protection for improved overload detection
- Soft-skip mode technique for optimal noise control in standby
- Internal high-voltage startup current source for lossless startup
- 5% Current limit accuracy over the full temperature range
- Adjustable skip level
- Internal latch for easy implementation of overvoltage and overtemperature protection
- Frequency jittering for softened EMI signature
Spécifications techniques
Single Ended Controller
Current Mode Control
20V
7Pins
65kHz
-
85%
-40°C
-
-
-
65kHz
500mA
1Channels
9.1V
SOIC
Surface Mount
-
-
Flyback
150°C
-
No SVHC (25-Jun-2025)
SOIC
14V
-
Documents techniques (3)
Produits de remplacement pour NCP1271D65R2G
1 produit trouvé
Législation et Questions environnementales
RoHS
RoHS
Certificat de conformité du produit
