- Packaging:
-
- Frequency - Switching:
-
- Voltage - Supply (Vcc/Vdd):
-
- Conditions sélectionnées:
Découvrez les produits 48
Image | Numéro de pièce | Fabricant | Quantité | Délai de livraison | Prix unitaire | Acheter | Description | Packaging | Power (Watts) | Frequency - Switching | Voltage - Supply (Vcc/Vdd) | Duty Cycle | Fault Protection | ||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Image | Numéro de pièce | Fabricant | Quantité | Délai de livraison | Prix unitaire | Acheter | Description | Packaging | Power (Watts) | Frequency - Switching | Voltage - Supply (Vcc/Vdd) | Duty Cycle | Fault Protection | ||
ON Semiconductor |
Enquête
|
- |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP LATCH
|
Tape & Reel (TR) | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
Enquête
|
- |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
Tape & Reel (TR) | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
Enquête
|
- |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP LATCH
|
Tape & Reel (TR) | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Voltage,Short Circuit | ||||
ON Semiconductor |
Enquête
|
- |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP LATCH
|
Tape & Reel (TR) | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP AUTO OVP 6-TSOP
|
Tape & Reel (TR) | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
5,940
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP AUTO OVP 6-TSOP
|
Cut Tape (CT) | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
5,940
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP AUTO OVP 6-TSOP
|
- | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
Tape & Reel (TR) | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
4,515
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
Cut Tape (CT) | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
4,515
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
- | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
Tape & Reel (TR) | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Voltage,Short Circuit | ||||
ON Semiconductor |
4,775
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
Cut Tape (CT) | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Voltage,Short Circuit | ||||
ON Semiconductor |
4,775
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
- | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP LATCH OVP 6TSOP
|
Tape & Reel (TR) | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP LATCH OVP 6TSOP
|
Cut Tape (CT) | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP LATCH OVP 6TSOP
|
- | - | 65kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
Tape & Reel (TR) | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
Cut Tape (CT) | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 1 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
- | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Power,Over Voltage,Short Circuit | ||||
ON Semiconductor |
3,000
|
3 jours |
-
|
MOQ: 3000 MPQ: 1
|
IC PWM CTLR OCP AUTO
|
Tape & Reel (TR) | - | 100kHz | 8.8 V ~ 28 V | 0.8 | Over Voltage,Short Circuit |