AND8350
Abstract: NTGS4141NT1G NTD4808N-1G NTMS4177PR2G ntsg4111pt1g poly switch fuse ntr4170nt1g NTD4815N-1G NTHS4166NT1G 5-A19
Contextual Info: AND8350 eFuse Reverse Voltage Protection Prepared by: Alan Ball ON Semiconductor http://onsemi.com APPLICATION NOTE Introduction the high side or an n-channel FET can be added in the low side. N-channel FETs are more cost effective and are normally preferred if it is acceptable to break the ground line. If the
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and8350and8350/dntgs4141nt1gntd4808n-1g+7ntms4177pr2gntsg4111pt1gpoly switch fusentr4170nt1gntd4815n-1gnths4166nt1g5-a19
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CAN BUS repeater
Abstract: AND8357 ISO-11898-1 CAN bus principle AMIS30660 AMIS42700 ISO11898-1
Contextual Info: AND8359/D Timing Considerations with the Dual-CAN Transceiver Prepared by: Pavel Drazdil ON Semiconductor http://onsemi.com APPLICATION NOTE Introduction and Scope The AMIS−42700 Dual−CAN transceiver is the interface between up to two physical bus lines and the protocol
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and8359/damis-42700can bus repeaterand8357+5iso-11898-1can bus principleamis30660amis42700iso11898-1
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30660
Abstract: amis can AMIS-30660 PC20040918 AMIS30663 Rev. 0 amis-30660 rev
Contextual Info: AND8375/D AMIS-3066x - Difference Between 5 V and 3.3 V Versions http://onsemi.com APPLICATION NOTE Introduction V CC ON Semiconductor has two versions of the AMIS−3066x CAN high speed transceiver: • AMIS−30660 full 5 V version • AMIS−30663 version with 3.3 V interfacing towards
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and8375/damis-3066xamis-30660amis-30663+530660amis canpc20040918amis30663 rev. 0amis-30660 rev
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7805 ACT
Abstract: 7805 5V REGULATOR IC ACT45B-510-2P-TL003 IC 7805 pin diagram PL320QMD REGULATOR IC 7805 pin diagram REGULATOR IC 7805 datasheet ic 7805 Thurlby ic 7805
Contextual Info: AND8368/D AMIS-4168x Fault Tolerant CAN Transceiver Start−up Behavior Prepared by: ON Semiconductor http://onsemi.com APPLICATION NOTE Introduction This document discusses the start−up behavior of AMIS−41682. Schematic Diagram Vbat AMIS−41682 M30291FCTHP
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and8368/damis-4168xamis-41682m30291fcthp+10act45b-510-2p-tl0037805 act7805 5v regulator icic 7805 pin diagrampl320qmdregulator ic 7805 pin diagramregulator ic 7805datasheet ic 7805thurlbyic 7805
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phone charger schematic
Abstract: flyback cell phone ac charger AC-DC Battery Charger -Constant Current with volt 1N4148A AND8395 TND329 cell phone charger Flyback Xfmr 4 pin optocoupler Cell phone schematic circuit
Contextual Info: AND8395/D A Simple Secondary Side Vcc Source for Low Power, Constant Voltage, Constant Current CVCC Power Supplies http://onsemi.com APPLICATION NOTE Prepared by: Frank Cathell ON Semiconductor Introduction using high value current sense resistors. Most chargers that
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and8395/dphone charger schematicflyback cell phone ac chargerac-dc battery charger -constant current with volt+71n4148aand8395tnd329cell phone chargerflyback xfmr4 pin optocouplercell phone schematic circuit
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AND8355
Abstract: CCM PFC inductor analysis interleaved Boost PFC ncp1601 application note crm pfc AND8123 NCP1601 SPP20N60 AND8354 AND8356
Contextual Info: AND8355/D Characteristics of Interleaved PFC Stages Prepared by: Joël TURCHI, ON Semiconductor http://onsemi.com APPLICATION NOTE Overview Introduction Interleaved PFC is an emerging solution that becomes particularly popular in applications where a strict form
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and8355/dand8355ccm pfc inductor analysisinterleaved boost pfc+7ncp1601 application notecrm pfcand8123ncp1601spp20n60and8354and8356
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ISO-11898-1
Abstract: AMIS42665 ISO11898 TOrxD100
Contextual Info: AND8376/D AMIS-30660/42000 Topology Aspects of a High-Speed CAN Bus http://onsemi.com APPLICATION NOTE Introduction Although these points are analyzed separately, all of them should be considered and the resulting conditions should be fulfilled simultaneously in order to achieve a correct bus
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and8376/damis-30660/42000amis-30660amis-42000+4iso11898iso-11898-1amis42665torxd100
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ORELA 4500
Abstract: toccata WOLA adaptive reference wola WDRC WOLA reference 4500 Series
Contextual Info: AND8384/D Using Block Floating-Point in the WOLA Filterbank Coprocessor http://onsemi.com APPLICATION NOTE WOLA_Start macro, specifying the desired function as a parameter 0 for analysis, 1 for gain application and 2 for synthesis . Consequently, only a “start” macro execution is
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and8384/dorela 4500toccatawola adaptive reference+4wolawdrcwola reference4500 series
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canbus Driver
Abstract: AMIS30663 Rev. 0 TXD RXD AMIS-30663 amis can
Contextual Info: AND8374/D AMIS-30663 - Loss of 3.3 V Digital I/O Supply http://onsemi.com APPLICATION NOTE INTRODUCTION CASE STUDY This document describes the behavior of the AMIS−30663 high speed CAN transceiver in case the supply for the digital I/O is lost. Measurement Set−Up
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and8374/damis-30663canbus driveramis30663 rev. 0+2txd rxdamis can
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Christophe Basso
Abstract: Venable, H. Dean spice ncp1653 "Venable, H. Dean" k-factor spice ncp1654 AND8314 A systematic Approach to Frequency Compensation o compensator boost NCP1653 equivalent NCP1654
Contextual Info: AND8321/D Compensation of a PFC Stage Driven by the NCP1654 Prepared by Joel Turchi ON Semiconductor http://onsemi.com Circuits for power factor correction have to shape the line current that is a low frequency signal. Hence, they are in essence extremely slow systems. That is why, the
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and8321/dncp1654ncp1654-drivenchristophe basso+8venable, h. deanspice ncp1653venable, h. dean" k-factorspice ncp1654and8314a systematic approach to frequency compensation ocompensator boostncp1653 equivalent
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HCF_Test
Abstract: 20c15 lsi 20c15 LSI20C15 LSI - 20C15 AND8346 HART BELL 202 20c15 Hart Modem A519HRT hart modem
Contextual Info: AND8346/D A519HRT HART Modem Prepared by: Paul Pulley ON Semiconductor http://onsemi.com APPLICATION NOTE Introduction Features of the A5191HRT This application note describes a demonstration circuit that permits a user to implement a HART slave or master
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and8346/da519hrta5191hrthcf_test+820c15lsi 20c15lsi20c15lsi - 20c15and8346hart bell 20220c15 hart modemhart modem
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MMSZ4686T1G0SCT-ND
Abstract: MMBT2907ALT1G TLV431ASN1T1G MBRD360 LRC-LR1206-01-R200-F AND8305 MBRD340 NCP3063 NTMS4705N NTMS5P02
Contextual Info: AND8306/D 700 mA/1 A Buck Boost LED Driver using FETs, High Side Current Sensing and a NCP3063 Controller http://onsemi.com Prepared by: DENNIS SOLLEY ON Semiconductor INTRODUCTION particular application may require a driver to supply 700ĂmA to a series string of 3 to 6 LEDs. From Table 1, the
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6852
Abstract: NCP1654 pcb layout of water level controller GA3199-AL
Contextual Info: Document 685-1 Power Inductor – GA3199-AL For ON Semiconductor NCP1654 PFC Controller • Designed for ON Semiconductor for their 300 Watt, wide mains, PFC stage, driven by the NCP1654 PFC Controller • Shown as L1 on Application Note AND8324/D • High inductance: 650 µH; high saturating current: 6.3 A
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ga3199-alncp1654and8324/d6852+1pcb layout of water level controller
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ncp1396
Abstract: w2l transistor AND8311 Design Reference for LLC Resonant Power Transformers LLC resonant transformer llc resonant dc-dc converter 481u 488u 1N4937 MUR260
Contextual Info: AND8311/D Understanding the LLC Structure in Resonant Applications Prepared By: Christophe Basso ON Semiconductor http://onsemi.com The resonant LLC topology, member of the Series Resonant Converters SRC begins to be widely used in consumer applications such as LCD TVs or plasma display
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NCP1607
Abstract: NCP1608 SR-332
Contextual Info: Document 737 For ON Semiconductor NCP1607 and NCP1608 PFC Controllers PFC Boost Inductor • Designed to operate in 100 Watt applications. • Referenced as LBOOST in application notes AND8353/D and AND8396/D. • Auxiliary winding provides zero current detection ZCD
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ELECTRONIC BALLAST 36W circuit diagram
Abstract: circuit diagram electronic ballast for 36W tube capacitor 47uF/400V T500mA 100uF 400V capacitor capacitor 100MF 100v BZX85C15V VOGT r7 capacitor 47MF 50v capacitor 100nf 400v
Contextual Info: AND8312/D A 36W Ballast Application with the NCP5104 Prepared by: Thierry Sutto http://onsemi.com NOTE: BEFORE PLUGGING IN THE DEMO BOARD, MAKE SURE THE JUMPER IS ON THE CORRECT POSITION: IF J2 IS USED, THEN Vin MUST BE LOWER THAN 145 Vac. This document describes how the NCP5104 driver can be
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and8312/dncp5104electronic ballast 36w circuit diagramcircuit diagram electronic ballast for 36w tube+8capacitor 47uf/400vt500ma100uf 400v capacitorcapacitor 100mf 100vbzx85c15vvogt r7capacitor 47mf 50vcapacitor 100nf 400v
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JA4224-AL
Abstract: JA4224
Contextual Info: Document 737 For ON Semiconductor NCP1607 and NCP1608 PFC Controllers PFC Boost Inductor • Designed to operate in 100 Watt applications. • Referenced as LBOOST in application notes AND8353/D and AND8396/D. • Auxiliary winding provides zero current detection ZCD information and can also supply power to the chipset.
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NCP1607B
Abstract: NCP1607 FA2890-CL NCP1607BDR2G AND8353 RC1206FR-070R EKXG451ELL680MM RC1206FR-0710RL RC1206FR-072ML AND8154
Contextual Info: 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
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NCP1014 application note for open circuit
Abstract: 470Mf50V Severns AND8328 high voltage tapped inductor buck converter AND8318 tapped inductor high voltage buck converter 13 tap inductor DN06002 zener z1
Contextual Info: AND8328/D 700 mA LED Power Supply Using Monolithic Controller and Off-Line Current Boosted Tapped Inductor Buck Converter http://onsemi.com Prepared by: Frank Cathell ON Semiconductor Introduction in Figure 1. This conventional buck converter uses a current
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surge PCB layout
Abstract: UQFN-12 AND8231 UQFN12 AND8232 NLSV1T240 NLSV1T34 NLSV2T240 NLSX3373 NLSX3378
Contextual Info: AND8326/D PCB Design Guidelines for Dual Power Supply Voltage Translators Jim Lepkowski ON Semiconductor http://onsemi.com Introduction Figure 1 provides an example of the recommended locations of the VL and VCC decoupling capacitors. Ceramic capacitors with a magnitude of 0.01 mF to 0.1 mF are a good
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and8326/dsurge pcb layoutuqfn-12and8231+7uqfn12and8232nlsv1t240nlsv1t34nlsv2t240nlsx3373nlsx3378
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AND8358
Abstract: AMIS42700 AMIS30660 AMIS-42700 CAN BUS repeater HSCAN
Contextual Info: AND8358 AMIS-42700 Dual HighSpeed CAN Transceiver Feedback Suppression http://onsemi.com Prepared by: ON Semiconductor APPLICATION NOTE Introduction and Scope The AMIS−42700 Dual−CAN transceiver is the interface between up to two high−speed CAN =HS−CAN bus lines
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20 kV generator schematic
Abstract: 42665 V i Curve Tracer sony kv 42665 1 specifications curve tracer pin configuration of kv 24 Curve Tracer diagram curve tracer specifications curve tracer
Contextual Info: AND8363/D AMIS-42665 CAN Transceiver Immunity Against ESD Prepared by: ON Semiconductor http://onsemi.com APPLICATION NOTE Introduction • Termination 2 x 60 W, tap to Vsplit, Vsplit decoupled The AMIS-42665 high-speed CAN transceiver was ESD stressed without voltage supply and used a test PCB in four
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and8363/damis-4266520 kv generator schematic42665+8v i curve tracersony kv42665 1specifications curve tracerpin configuration of kv 24curve tracer diagramcurve tracer specificationscurve tracer
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orela 4500
Abstract: toccata WOLA reference program for simulink matlab code DSP signaklara wola UCODE matlab/WOLA reference Analysis on the ADC RCore DSP Architecture
Contextual Info: AND8383/D Introduction to Audio Processing Using the WOLA Filterbank Coprocessor http://onsemi.com APPLICATION NOTE aspects of the WOLA filterbank coprocessor and describe the influence of each involved parameter. This tutorial should be read prior to selecting a filterbank configuration
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and8383/d16-bitorela 4500toccata+8wola referenceprogram for simulink matlab codedsp signaklarawolaucodematlab/wola referenceanalysis on the adcrcore dsp architecture
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ecusim
Abstract: AMIS-3052x step motor driver nxt AND8371 stepper motor sla free circuit diagram of motherboard 30521 NCV70522 llc resonance step motor driver sla
Contextual Info: AND8371/D Stepper Motor Resonance Measurement Setup with the AMIS-3052x/NCV7052x Evaluation Kit http://onsemi.com Prepared by: Christiam Gasparini and Johannes Vorenholt ON Semiconductor APPLICATION NOTE Introduction Application Description One of the major concerns during design of a stepper
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and8371/damis-3052x/ncv7052xecusimamis-3052x+8step motor driver nxtand8371stepper motor slafree circuit diagram of motherboard30521ncv70522llc resonancestep motor driver sla
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