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Building Fasteners HNSS440 HEX NUT 1/4" STN STEEL 4-40
Distributors	Part	Package	Stock	Lead Time	Min Order Qty	Price	Buy
DigiKey	HNSS440	Bulk	10,352		100	1 - 10 - 100 $0.1188 1000 $0.10472 10000 $0.10472	Buy Now

HNSS440 Datasheets (1)

Part	ECAD Model	Manufacturer	Description	Curated	Datasheet Type	PDF
HNSS440		B&F Fastener Supply	Nuts, Hardware, Fasteners, Accessories, HEX NUT 1/4" STN STEEL		Original	PDF

HNSS440 Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
NCP1607B Abstract: NCP1607 FA2890-CL NCP1607BDR2G AND8353 RC1206FR-070R EKXG451ELL680MM RC1206FR-0710RL RC1206FR-072ML AND8154 Text: AND8353/D Implementing Cost Effective and Robust Power Factor Correction with the NCP1607 http://onsemi.com Prepared by: Alan Finkel ON Semiconductor APPLICATION NOTE Introduction The Need for PFC The NCP1607 is a voltage mode power factor correction PFC controller designed to drive cost−effective converters	Original	PDF	AND8353/D NCP1607 NCP1607 NCP1607B FA2890-CL NCP1607BDR2G AND8353 RC1206FR-070R EKXG451ELL680MM RC1206FR-0710RL RC1206FR-072ML AND8154
ncp1606b Abstract: ntc 4.7 NCP1606A NTC 4,7 SMPS INRUSH CURRENT LIMITER 0.47 mF 440V CAPACITOR HNSS440 NCP1606 440v to 12v smps power supply ESMG Text: AND8282/D Implementing Cost Effective and Robust Power Factor Correction with the NCP1606 http://onsemi.com Prepared by: Jon Kraft ON Semiconductor APPLICATION NOTE Introduction The Need for PFC The NCP1606 is a voltage mode power factor correction PFC controller designed to drive cost-effective	Original	PDF	AND8282/D NCP1606 NCP1606 ncp1606b ntc 4.7 NCP1606A NTC 4,7 SMPS INRUSH CURRENT LIMITER 0.47 mF 440V CAPACITOR HNSS440 440v to 12v smps power supply ESMG
RLTI-1099 Abstract: 65W 18.5V ac adapter schematic Text: Using the UCC28630EVM-572 User's Guide Literature Number: SLUUAX9A February 2014 – Revised May 2014 User's Guide SLUUAX9A – February 2014 – Revised May 2014 UCC28630EVM-572, 65-W Nominal, 130-W Peak, PrimarySide Regulated Adapter Module 1 Introduction	Original	PDF	UCC28630EVM-572 UCC28630EVM-572, UCC28630EVM-572 RLTI-1099 65W 18.5V ac adapter schematic
NTC 4,7 Abstract: ntc 4.7 ncp1606b AND8123 NCP1606 SMPS INRUSH CURRENT LIMITER 110-99-308-41-001000 NCP1606A AND8282 FA2890-AL Text: AND8282/D Implementing Cost Effective and Robust Power Factor Correction with the NCP1606 http://onsemi.com Prepared by: Jon Kraft ON Semiconductor APPLICATION NOTE Introduction The Need for PFC The NCP1606 is a voltage mode power factor correction PFC controller designed to drive cost−effective	Original	PDF	AND8282/D NCP1606 NCP1606 NTC 4,7 ntc 4.7 ncp1606b AND8123 SMPS INRUSH CURRENT LIMITER 110-99-308-41-001000 NCP1606A AND8282 FA2890-AL
NCP1608BDR2G Abstract: No abstract text available Text: NCP1608BOOSTGEVB NCP1608 100 W Boost Evaluation Board User's Manual http://onsemi.com EVAL BOARD USER’S MANUAL Introduction The NCP1608 is a voltage mode power factor correction PFC controller designed to implement converters to comply with line current harmonic regulations. The device	Original	PDF	NCP1608BOOSTGEVB NCP1608 EVBUM2162/D NCP1608BDR2G
65W ac adapter schematic Abstract: drv 8807 65W 18.5V ac adapter schematic RLTI-1099 Text: Using the UCC28630EVM-572 User's Guide Literature Number: SLUUAX9B February 2014 – Revised April 2015 User's Guide SLUUAX9B – February 2014 – Revised April 2015 UCC28630EVM-572, 65-W Nominal, 130-W Peak, Primary-Side Regulated Adapter Module 1 Introduction	Original	PDF	UCC28630EVM-572 UCC28630EVM-572, UCC28630EVM-572 65W ac adapter schematic drv 8807 65W 18.5V ac adapter schematic RLTI-1099
ncp1608b Abstract: NCP1608 NCP1068 NCP1608BDR2G AND8396 NCP1608BDR 0461002.ER AND8123 AND8154 CRCW120620K0 Text: AND8396/D Implementing Power Factor Correction with the NCP1608 Prepared by: Skyler Covington ON Semiconductor http://onsemi.com APPLICATION NOTE Introduction The Need for PFC The NCP1608 is a voltage mode power factor correction PFC controller designed to implement converters to	Original	PDF	AND8396/D NCP1608 NCP1608 ncp1608b NCP1068 NCP1608BDR2G AND8396 NCP1608BDR 0461002.ER AND8123 AND8154 CRCW120620K0