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Part : NCP1606ADR2G Supplier : ON Semiconductor Manufacturer : Avnet Stock : - Best Price : $0.3704 Price Each : $0.3922
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Part : NCP1606ADR2G Supplier : ON Semiconductor Manufacturer : Newark element14 Stock : 1,125 Best Price : $0.2250 Price Each : $0.2250
Part : NCP1606BOOSTGEVB Supplier : ON Semiconductor Manufacturer : Newark element14 Stock : - Best Price : - Price Each : -
Part : NCP1606ADR2G Supplier : ON Semiconductor Manufacturer : Future Electronics Stock : - Best Price : $0.3850 Price Each : $0.54
Part : NCP1606BDR2G Supplier : ON Semiconductor Manufacturer : Future Electronics Stock : - Best Price : $0.2250 Price Each : $0.3250
Part : NCP1606ADR2G Supplier : ON Semiconductor Manufacturer : Rochester Electronics Stock : 118,547 Best Price : $0.49 Price Each : $0.60
Part : NCP1606APG Supplier : ON Semiconductor Manufacturer : Rochester Electronics Stock : 85,058 Best Price : $0.53 Price Each : $0.65
Part : NCP1606BDR2G Supplier : ON Semiconductor Manufacturer : Rochester Electronics Stock : 84,633 Best Price : $0.29 Price Each : $0.36
Part : NCP1606BOOSTGEVB Supplier : ON Semiconductor Manufacturer : Rochester Electronics Stock : 1 Best Price : - Price Each : -
Part : NCP1606BPG Supplier : ON Semiconductor Manufacturer : Rochester Electronics Stock : 29,148 Best Price : $0.53 Price Each : $0.65
Part : NCP1606ADR2G Supplier : ON Semiconductor Manufacturer : ComSIT Stock : 48,125 Best Price : - Price Each : -
Part : NCP1606ADR2G Supplier : ON Semiconductor Manufacturer : element14 Asia-Pacific Stock : 1,125 Best Price : $0.4090 Price Each : $0.4090
Part : NCP1606ADR2G Supplier : ON Semiconductor Manufacturer : Farnell element14 Stock : 1,125 Best Price : £0.5580 Price Each : £0.9480
Part : NCP1606BDR2G Supplier : ON Semiconductor Manufacturer : Wuhan P&S Stock : 6,950 Best Price : $0.43 Price Each : $0.43
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NCP1606 Datasheet

Part Manufacturer Description PDF Type
NCP1606 On Semiconductor Cost Effective Power Factor Controller Original
NCP1606ADR2G On Semiconductor Cost Effective Power Factor Controller Original
NCP1606APG On Semiconductor Cost Effective Power Factor Controller Original
NCP1606BDR2G On Semiconductor COST EFFECTIVE POWER FACTOR CONTROLLER; Package: SOIC-8 Narrow Body; No of Pins: 8; Container: Tape and Reel; Qty per Container: 2500 Original
NCP1606BOOSTGEVB ON Semiconductor Evaluation Boards - DC/DC & AC/DC (Off-Line) SMPS, Programmers, Development Systems, EVAL BOARD FOR NCP1606BOOSTG Original
NCP1606BPG On Semiconductor Cost Effective Power Factor Controller Original

NCP1606

Catalog Datasheet MFG & Type PDF Document Tags

NCP1606BDR2G

Abstract: NCP1606 VCS(limit). This level is 1.7 V (typ) on the NCP1606A and 0.5 V (typ) on the NCP1606B. Therefore, the , 3.0 3.2 3.4 V Overcurrent Protection Threshold: NCP1606A NCP1606B 1.6 0.45 1.7 , PROTECTION IOVP IOVP(HYS) Dynamic overvoltage protection (OVP) triggering current: NCP1606A NCP1606B , latch is released: NCP1606A NCP1606B VOVP Undervoltage protection (UVP) threshold voltage mA , starts the next driver on time. To ensure that a ZCD event has truly occurred, the NCP1606's logic
ON Semiconductor
Original
A114E A115 AND8123 JESD22 JESD78 NCP1606/D

ncp1606

Abstract: 8drv7 VCS(limit). This level is 1.7 V (typ) on the NCP1606A and 0.5 V (typ) on the NCP1606B. Therefore, the , IOVP is given in the NCP1606 specification table. IOVP is lower for the NCP1606B, then for the NCP1606A , Overcurrent Protection Threshold: NCP1606A NCP1606B Leading Edge Blanking duration Overcurrent protection , comparator Dynamic overvoltage protection (OVP) triggering current: NCP1606A NCP1606B @ TJ = 25°C NCP1606B @ , occurred, the NCP1606's logic (Figure 29) waits for the ZCD pin voltage to rise above VZCDH (2.3 V typical
ON Semiconductor
Original
8drv7

NCP1606

Abstract: NCP1606B 1.7 V (typ) on the NCP1606A and 0.5 V (typ) on the NCP1606B. Therefore, the maximum peak current can , Control voltages 3.0 3.2 3.4 V Overcurrent Protection Threshold: NCP1606A NCP1606B 1.6 , current: NCP1606A NCP1606B @ TJ = 25°C NCP1606B @ TJ = -25°C to +125°C Hysteresis of the dynamic OVP current before the OVP latch is released: NCP1606A NCP1606B VOVP Undervoltage protection (UVP , starts the next driver on time. To ensure that a ZCD event has truly occurred, the NCP1606's logic
ON Semiconductor
Original
NCP1381 NCP1230

NCP1606

Abstract: NCP1606ADR2G VCS(limit). This level is 1.7 V (typ) on the NCP1606A and 0.5 V (typ) on the NCP1606B. Therefore, the , 3.0 3.2 3.4 V Overcurrent Protection Threshold: NCP1606A NCP1606B 1.6 0.45 1.7 , PROTECTION IOVP IOVP(HYS) Dynamic overvoltage protection (OVP) triggering current: NCP1606A NCP1606B , latch is released: NCP1606A NCP1606B VOVP Undervoltage protection (UVP) threshold voltage mA , starts the next driver on time. To ensure that a ZCD event has truly occurred, the NCP1606's logic
ON Semiconductor
Original
POS-200

ncp1606b

Abstract: level is 1.7 V (typ) on the NCP1606A and 0.5 V (typ) on the NCP1606B. Therefore, the maximum peak , Protection Threshold: NCP1606A NCP1606B 1.6 0.45 1.7 0.5 1.8 0.55 tLEB Leading Edge , current: NCP1606A NCP1606B @ TJ = 25°C NCP1606B @ TJ = â'40°C to +125°C Hysteresis of the dynamic OVP current before the OVP latch is released: NCP1606A NCP1606B VOVP Undervoltage protection , ZCD event has truly occurred, the NCP1606â'™s logic (Figure 29) waits for the ZCD pin voltage to
ON Semiconductor
Original

NCP1606BDR2G

Abstract: NCP1606 V (typ) on the NCP1606A and 0.5V (typ) on the NCP1606B. Therefore, the maximum peak current can be , : NCP1606A NCP1606B 1.6 0.45 1.7 0.5 1.8 0.55 tLEB Leading Edge Blanking duration 150 , current: NCP1606A NCP1606B @ TJ = 25°C NCP1606B @ TJ = -25°C to +125°C Hysteresis of the dynamic OVP current before the OVP latch is released: NCP1606A NCP1606B VOVP Undervoltage protection (UVP , has truly occurred, the NCP1606's logic (Figure 29) waits for the ZCD pin voltage to rise above
ON Semiconductor
Original
ELECTRONIC BALLAST 300W circuit diagram smps 300W 300w power amplifier circuit diagram

NCP1606BDR2G

Abstract: ELECTRONIC BALLAST 300W circuit diagram V (typ) on the NCP1606A and 0.5V (typ) on the NCP1606B. Therefore, the maximum peak current can be , voltages 3.0 3.2 3.4 V Overcurrent Protection Threshold: NCP1606A NCP1606B 1.6 0.45 , protection (OVP) triggering current: NCP1606A NCP1606B @ TJ = 25°C NCP1606B @ TJ = -40°C to +125°C Hysteresis of the dynamic OVP current before the OVP latch is released: NCP1606A NCP1606B VOVP , has truly occurred, the NCP1606's logic (Figure 29) waits for the ZCD pin voltage to rise above
ON Semiconductor
Original
ballast rings BALLAST 300W circuit diagram

ncp1606b

Abstract: ntc 4.7 value of 4.0 MW for the NCP1606B or 1.0MW for the NCP1606A. ROUT2 is then sized to maintain 2.5 V on , design and implementation of a 400 V, 100 W, CRM Boost PFC pre-converter using the NCP1606. The , converter using the features of the NCP1606. A design aid, which gives these equations and results, is , mA (for NCP1606A) http://onsemi.com 4 (eq. 9) AND8282/D or IOVP = 10 mA (for NCP1606B , ) for the NCP1606B; VCS(limit) = 1.7V (typ) for the NCP1606A C1 stores the energy for the charge
ON Semiconductor
Original
ntc 4.7 NTC 4,7 SMPS INRUSH CURRENT LIMITER 0.47 mF 440V CAPACITOR 440v to 12v smps power supply HNSS440

NTC 4,7

Abstract: ntc 4.7 4.0 MW for the NCP1606B or 1.0 MW for the NCP1606A. ROUT2 is then sized to maintain 2.5 V on the FB , design and implementation of a 400 V, 100 W, CRM Boost PFC pre-converter using the NCP1606. The , internal reference. In the NCP1606A, this reference is 1.7 V (typ). The NCP1606B has a reduced OCP , the NCP1606. A design aid, which gives these equations and results, is available at www.onsemi.com , mA (for NCP1606A) http://onsemi.com 4 (eq. 9) AND8282/D or IOVP = 10 mA (for NCP1606B
ON Semiconductor
Original
110-99-308-41-001000 AND8282 FA2890-AL ESMG 2KBP06 ntc 47
Abstract: Document 607 PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 1000 Vrms winding to winding and winding to core isolation Core materialFerrite Terminations RoHS compliant tin-silver over tin over copper over copper-steel Weight 27.2 g Ambient temperature ­40°C to +85°C with Irms Coilcraft
Original
SR-332

NCP1606

Abstract: FA2890-AL Document 607 PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 1000 Vrms winding to winding and winding to core isolation Core material Ferrite Terminations RoHS compliant tin-silver over tin over copper over copper-steel Weight 27.2 g Ambient temperature ­40°C to
Coilcraft
Original

NCP1606

Abstract: max2850 Document 607 PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 1000 Vrms winding to winding and winding to core isolation Core material Ferrite Terminations RoHS compliant tin-silver over tin over copper over copper-steel Weight 27.2 g Ambient temperature ­40°C to +85°C
Coilcraft
Original
max2850

FA2890-AL

Abstract: FA2890 Document 607 PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 1000 Vrms winding to winding and winding to core isolation Core materialFerrite Terminations RoHS compliant tin-silver over tin over copper over copper-steel Weight 27.2 g Ambient temperature ­40°C to +85°C with Irms
Coilcraft
Original
FA2890
Abstract: Document 607 PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller â'¢ Designed to operate in 100 Watt applications. â'¢ Referenced as LBOOST in application note AND8282/D. â'¢ Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. â'¢ 1000 Vrms winding to winding and winding to core isolation Core material Ferrite Terminations RoHS compliant tin-silver over tin over copper over copper-steel Weight 27.2 g Ambient Coilcraft
Original
Abstract: Document 657 -1 SMT PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 500 Vrms winding to winding and winding to core isolation Core materialFerrite Terminations RoHS compliant tin-silver over tin over nickel over phos bronze. Other terminations available at additional cost Coilcraft
Original
GA2972-AL 4263B
Abstract: Document 607 PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller â'¢ Designed to operate in 100 Watt applications. â'¢ Referenced as LBOOST in application note AND8282/D. â'¢ Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. â'¢ 1000 Vrms winding to winding and winding to core isolation Core material Ferrite Terminations RoHS compliant tin-silver over tin over copper over copper-steel Weight 27.2 g Ambient Coilcraft
Original
Abstract: Document 657 -1 SMT PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 500 Vrms winding to winding and winding to core isolation Core material Ferrite Terminations RoHS compliant tin-silver over tin over nickel over phos bronze. Other terminations available at additional cost Coilcraft
Original
EIA-481
Abstract: Document 657 -1 SMT PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 500 Vrms winding to winding and winding to core isolation Core material Ferrite Terminations RoHS compliant tin-silver over tin over nickel over phos bronze. Other terminations available at additional cost Coilcraft
Original

MAX2850

Abstract: Document 607 PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 1000 Vrms winding to winding and winding to core isolation Core material Ferrite Terminations RoHS compliant tin-silver over tin over copper over copper-steel Weight 27.2 g Ambient temperature ­40°C to +85°C
Coilcraft
Original

4263B

Abstract: NCP1606 Document 657 -1 SMT PFC Boost Inductor For ON Semiconductor NCP1606 PFC Controller · Designed to operate in 100 Watt applications. · Referenced as LBOOST in application note AND8282/D. · Auxiliary winding provides zero current detection (ZCD) information and can also supply power to the NCP1606. · 500 Vrms winding to winding and winding to core isolation Core material Ferrite Terminations RoHS compliant tin-silver over tin over nickel over phos bronze. Other terminations available at
Coilcraft
Original
agilent 4263B
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