Solutions for Industrial Drives and Factory Automation

Solutions for Industrial Drives and Factory Automation

July 2019

Industrial Drive

11/12/20192

High power industrial

Robot / Cobot

Servo driver

High Power VFD

High power pumps

Small industrial -Circulation Pump

-Industrial Fan

High power A/C &

HVAC-2~3HP stand A/C

-Commercial A/C

-HVAC

Home Appliance-Refrigerator

-Room A/C

-Dish washer

-Washing Machine

-Fan motor

Industrial market

focus

Leading quality, supply

chain and manufacturing

network

Comprehensive

product portfolioApplications expertise for

innovative solutions

11/12/20193

Insulated Gate Bipolar Transistors (IGBTs)

The IGBT Triangle

11/12/20194

Mesa-engineered for low

conduction losses and good

energy handling robustness

Drift area tuned for target BV

(Breakdown Voltage) and fast

switching

Balanced buffer and anode

providing excellent robustness

and low energy losses

Gate designed for low

capacitance and high reliability

transformer-based solutions

Top and bottom metal tailored

for discrete packages or

modulesOn-State

Voltage

Drop

Turn off Loss

Ruggedness

Power Efficiency

Reliable Operation

Leading IGBT Technology

11/12/20195

Best in class performance enabling outstanding

system efficiency & reliability

Various lineup can cover all applications

Can be reliable alternative source of IFX

Field Stop III 650V IGBT 1200V FS Trench IGBTs

Best in class performance in existing

1200V HS IGBTs

SCR IGBT lineup with outstanding power

loss performance

Most advanced RC IGBT technology for IH

application

650V Trade-off of high speed IGBTs

11/12/20196

Metal Oxide Semiconductor Field Effect Transistor (MOSFETs)

Rapid Development of Super Junction MOSFETs

11/12/20197

•High efficiency

•Hard Switching Topologies

•Reduced Qg and Eoss

•High efficiency



FAST Version

Easy Drive Version

•Hard/Soft Switching

Topologies

•Easy to drive

•Low EMI and Voltage spikes

•Internal Rg and optimized Cap

•Soft switching topologies

•Better system reliability

•Small Qrr and Trr

•Robust diode ruggedness

FRFET Version

• Voltage Range:

•600-800V

•RdsOn Range:

•23mOhm – 1400mOhm

•New innovative packaging

Complete Portfolio

•Optimized versions for fast recovery,

easy switch or fast switching

•Most rugged reverse recovery diode

•Optimized Gate Oscillation for

reduced EMI

•Lower Voltage Spikes

Silicon Carbide MOSFETs

11/12/20198

Bringing Value

Providing full WGB Eco System:

• Internal Manufacturing/Substrates

• Diodes, FETs, Drivers, Isolation

• Physical Device Models for Simultion

Patented termination structure provides superior

robustness for harsh environmental conditions

ON Semi Committed to Complete Vertical Integration for all SiC & GaN

I lea

k(A

)

Vreverse (V)

Type Voltage Generation Status Comments

SiC

MOSFETs

1200 V Gen 1 80mΩ ReleasedDec ’19 Release:

20, 40, 160mΩ

900 V Gen 1 Sample Sep’19 20 & 60 mΩ

NCP51705 – 6A SiC MOSFET Fully integrated Gate Driver

11/12/20199

Product Description

The NCP51705 driver is designed to primarily drive SiC MOSFET transistors. For the lowest possible conduction losses, the driver is capable to deliver the

maximum allowable gate voltage to the SiC MOSFET device.

Unique Features

Adjustable, on-board regulated negative charge pump

Negative voltage drive for fast turn-off (same as above)

5V Reference/Bias Rail

Adjustable UVLO levels

Benefits

Simplified BOM and no need for extra DC/DC

AEC-Q100 with Grade 1 Temperature Range(NCV51705)

Easy digital isolator Vcc supply

Can work with diff SiC FET’s

Other Features

High peak output current - 6A

Extended positive voltage rating for efficient SiC MOSFET operation during the conduction period

Thermal shutdown function

DESAT detection for short circuit protection

Inverting/Non-inverting Input

Market & Applications

Driving SiC MOSFET (NCV51705 for Automotive Applications)

Inverters, Converter, and Motor Drivers

High Performance PFC, AC/DC and DC/DC Converters

Typical Application Schematic

Packaging Information

QFN24 4mm x 4mm

OPN : NCP51705MNTXG NCV51705MNTXG

11/12/201910

Transfer Molded Power Integrated Module

(TMPIMs)

Block Diagram

Target Application

TMPIMs for Industrial Drives (25A-50A)

•High performance Transfer mold PKG

•10X Temp cycles

• 3x Power cycles

• 1200V/600V high performance FS-II IGBT

• Integrated CIB ( Converter, Inverter , Brake)

• Lower parasitic for better efficiency

• Integrated current sense resistor ( optional)

•High performance DBC substrate ( 50A)

• Industrial Inverters

• Servo Drives

• Industrial Pumps

• Industrial Fans

Product Voltage Current Substrate Configuration

NXH35C120L2C2SG 1200V 35A DBC(Al2O3) CIB Sampling

NXH50C120L2C2SG 1200V 50A DBC(HPS) CIB Sampling

1200V Line-up

Features

Package : 73mm X 47mm X 6mm

Benefits

DIP -C2

•Improved REL for longer product life time

• Higher efficiency

•Compact & high density package

• complete portfolio of 1200V/650V CIB’s

Pins Name Pins NameSpacing

RequirementActual **

+ Pin before Inrush+ Pin after

Inrush1.5mm >10.0 mm

+ (or Positive Pin) U, V, W /B 2.6mm 5.4 mm

U, V, W U, V, W 2.5mm 5.4 mm

R, S, T R, S, T 5mm 5.4 mm

R, S, TPin or

Negative Pin5mm 5.4 mm

Any Pins Heatsink 5.5mm 6.0 mm

Any Pins NTC 5.5mm 7.9 mm

** Distance has considered the solder pad of diameter (mm):

sqrt of [pin width*pin width + pin thickness*pin thickness] + 0.3 for

drill tolerance +0.5 for pad width

Pin Name P1 .1 P1.2 N1.1 N1.2 GB NB Eun Gun Evn Gvn Ewn Gwn TH1 TH2Pin width (mm) 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2

Coodination 0 2.54 10.16 12.7 17.78 20.32 27.94 30.48 38.1 40.64 48.26 50.8 60.96 63.5

Pin 2 pin clearance (mm) 0.3 5.4 0.3 2.8 0.3 5.4 0.3 5.4 0.3 5.4 0.3 7.9 0.3

Pin Name R S T B P.1 P.2 U Gup V Gvp W GwpPin width (mm) 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2

Coodination 0 7.62 15.24 22.86 30.48 33.02 40.64 43.18 50.8 53.34 60.96 63.5

Pin 2 pin clearance (mm) 5.4 5.4 5.4 5.4 0.3 5.4 0.3 5.4 0.3 5.4 0.3

Side A

Side B

Creepage and Clearance for TMPIM Package

Gwp W Gvp V Gup U (BrOut) B T S R

TH1/2 Gwn Ewn Gvn Evn Gun Eun Nb Gb N VBUS

11/12/201913

High Voltage Gate Driver

High Voltage Gate Drivers Portfolio

11/12/201914

Non - Isolated High & Low side Internally Isolated

HVAC

PFC

UPS

Motor Control

1-Switch PTC Heater

IPMs

Motor Control

White Goods

2-Switch PTC Heater

UPS

Solar Inverter

Motor Control

EV Chargers

PTC Heaters

BSG Inverters

OBC

Traction-InverterA

PP

LIC

ATIO

NS

High Drive Current

Low Propagation Delay

Full Features: DESAT, Clamp, UVLO, TSD, Vee

High Drive Current


Full Features: DESAT, Clamp, UVLO, TSD, Vee

High Drive Current


Full Features: DESAT, Clamp, UVLO,

Vee, STO

Isolation Certification: UL/VDE/IECHIG

HLIG

HTS

NCD570x Non – Isolated Gate Drivers

11/12/201915

• High current output(+4A/-6A) at

Miller Plateau

• Short propagation delays with

accurate matching

• Direct Interface to Digital

Isolator/Opto−coupler/Pulse

Transformer for isolation

• 5V reference for external logic

• Tight UVLO thresholds

• Active Miller Clamp

• DESAT with programmable delay

• Soft Turn Off during short circuit

• Negative VEE

• Higher system level

efficiency

• Improved system reliability

• Lower cost

• PCB space savings

• UPS

• Motor Controls

• Solar Inverters

• xEV Charger, PTC Heater

Single channel, high current and high voltage gate drivers. Designed to improve system efficiency with high drive current, reliability with better signal

integrity and to reduce cost with higher level of integration.

Available in SOIC-16 & SOIC-8

NCD5701/03(C)

NCD5701/03(B)

NCD5701/03(A)

NCD5700/02

Value Proposition

Unique FeaturesBenefits

Other Features

Market and Application

Pin Connections

Ordering and Packaging Information

Features:

• Better noise immunity (due to noise canceling circuit over high dv/dt common-mode noise)

• Low power consumption (IQBS/IQCC are lower than competitor’s device)

• dVs/dt transient immunity voltage level (50 V/ns)

• Extended allowable negative Vs swing to -9.8 V for signal propagation @ VCC = VBS = 15 V

• Matched propagation delay below 50 ns

• UVLO functions

• TTL compatible input threshold levels

11/12/201916

High-Side Application Diagram Half- Bridge Application Diagram

Junction Isolated Gate Drivers

Bootstrap Circuit for High Voltage Gate Driver

11/12/201917

To minimize parasitic inductance:

• Use direct tracks between switches with no loops

or deviation

• Avoid interconnect links, which can add

significant inductance.

• Consider co-locating both power switches to

reduce track length.

• Place and route the decoupling capacitor and gate

resistors as close as possible to the gate drive IC

• Put the bootstrap diode as close as possible to the

bootstrap capacitor.

Bootstrap Circuit

Total Power Dissipation

NCP51530 – High and Low Side, High Performance 700V

11/12/201918

Value Proposition

The NCP51530 are 700 V high frequency high-side and low-side drivers with very low and matched propagation delays for direct drive of 2 N-channel

power MOSFETs in High Performance SMPS & Digital High power converters

Unique Features

Input range: up to 700 V

Excellent dynamic

60/25 ns Typ Prop delay (A/B)

7 ns Max Delay matching

8/15 ns Typ/Max Rise & Fall Times

Negative bridge pin voltage up to -10 Volts

Benefits

Off-line applications

Well suited for high

frequency operations

Robust design

Other Features

Dual input logic

3/3.5 A Source/Sync currents

Max Vcc : 20 V

100 ns Min pulse width

Under voltage lockout for both inputs

Market Application

Server & Telecom Off-line Power Supplies

Industrial High Power Converters



NCP51530A/BDR2G : SOIC8

NCP51530A/BMNTWG : DFN10 4mm x 4mm

FAN73912 – 1200 V Half Bridge Gate- Driver IC

11/12/201919

Product Description

The FAN73912/NCV51542 is a monolithic half bridge gate-drive IC designed for high-voltage and high-speed driving for MOSFETs and IGBTs that operate

up to +1200 V

Separate Logic Supply (Vdd) from 3V

to 20V

Built-in Advanced Input Filter

Shoot-Through Prevention

Unique Features Benefits

Design flexibility

Protection against short-pulse

input signals

Robust design - no cross

conduction

AEC-Q100 Qualified(NCV51542)

Other Features

Gate Driver Supply (VCC) Range from 12 to 20V

Cycle-by-Cycle Edge-Triggered Shutdown Logic

UVLO Functions for VDD/VBS

Matched Propagation Delay Below 35ns

Outputs in-Phase with Input Signal

Logic and power ground +/- 10V offset

Market Application

Industrial & Automotive(NCV51542) Motor Driver

UPS & Solar Inverter

Half-Bridge Converter


DBOOT

Q1

RBOOT

CBOOT

3~20V

Q2

C1

R2

R1

Up to 1200V

Controller

HIN

LIN

LO

COM

VB

VSVDD

SD

HIN

NC

15

NC

HO

VSS

NC

14

16

13

12

11

10

2

3

1

4

8

6

7

LIN VCC

SD

15V

Load

NC 5

NC9

Packaging information

Device Package Packaging Method

FAN73912MX Wide 16-SOIC Tape & Reel

FAN73893/4/5/6 – High Voltage 3-Phase Half-Bridge Driver

11/12/201920

Product Description

The NCP73893/4/5/6 are monolithic 3-phase half-bridge gate driver with up to 0.35-A/0.65-A source and sink peak current. It is designed for high-voltage, high-speed, driving

MOSFETs and IGBTs operating up to +600V. The FAN73893/4/5/6 offers stable operation of high-side drivers under high dVS/dt noise circumstances. An advanced level-shift circuit

allows high-side gate driver operation up to Vs= -9.8V(typical) for VBS=15V


Floating Channel for Bootstrap Operation

to +700V (VB MAX = 720V)

Inverting/Non-inverting Input

FAN73893/4 : Inverting Input

FAN73895/6 : Non-inverting Input

UVLO Output Threshold Voltage (Typ.)

FAN73893/5 : +8.5/ -8.0 V

FAN73894/5 : +11.0/ -10.5V

Negative VS Swing to -9.8V (need to check)

Product Selection upon Diff Switch

Type & Input Signal

High Robustness

Other Features

Over-Current Shutdown Turns Off All 6 Channels

Matched Propagation Delay for All Channels

3.3V & 5.0V Input Logic Compatible

Adjustable Fault-Clear Timing

Shoot-Through Prevention

Built-in Advanced Input Filter & Soft Turn-off Function

Build-in UVLO Functions for All Channels

Market Application

3-Phase Motor Inverter Driver

Air Conditioner, Washing Machine, Refrigerator, Dish Washer

Industrial Inverter – Sewing Machine, Power Tool

General-Purpose 3-Phase Inverter



SOIC-28W

Galvanic Isolated Gate Drivers

11/12/201921

A. 5kV UL Recognized Isolation (Robustness) B. Highest Drive Current (improved Efficiency)

C. Best-in-Class EMI (Higher Noise Robustness) D. Best-in-Class CMTI (Higher Noise Robustness)

ON ADI IFX TI

I-source

Peak8A 4.6A 4A 2.5A

I-Sink

Peak8A 4.6A 3A 5A

I-Source

Miller

Plateau

4A 3A 1.1A 2A

I-Sink

Miller

Plateau

6A 4A 2.9A 4A

ON

TI

ADIIFX

Features Inductive

UL 5kV Isolation √

Reliability/Aging √

Temp Range √

EMI √

OUTH/OUTL = High

dv/dt = 118 kV/us

@1500V

Features:

• Safe, Reliable and Certified

Technology

• Increased system efficiency

with high drive current

• Does not generate EMI, nor

is susceptible to system

generated EMI

• Robust Common Mode

Transient Immunity (CMTI)

NCD57000 & NCD57001- Isolated Gate Drivers

11/12/201922

• High current output(+4A/-6A) at

Miller Plateau

• 5000V galvanic isolation with

8mm creepage

• Short propagation delays with

accurate matching

• >100kV/uS common mode

transient immunity

• High electromagnetic immunity

• Tight UVLO thresholds


• DESAT with programmable delay

• Soft Turn Off during short circuit

• Negative VEE


efficiency


• Lower cost and PCB space

savings

• Motor Controls

• Solar Inverters

• HEV/EV Charger, Powertrain

Single channel, high current and high voltage gate drivers with on-chip galvanic isolation. Designed to improve system efficiency with high drive

currents, reliability with better signal integrity and to reduce cost with higher level of integration. Pin compatible with Infineon and TI isolated drivers.

Available in SOIC-16 wide body

IN-

FLT

GND1

CLAMP

VCC1

RST

RDY

GND1A

IN+

VEE2AVEE2

GND2

OUTL

OUTH

VCC2

DESAT+

-

IDESAT−CHG

UVLO2

VDESAT−THR

VCC2

TSD

VEE2

+

-

VCLAMP−THR

UVLO1

21

1

VCC1

VCC1

LogicLogic

VCC1

VCC1

STO

Product Description


Other Features


Functional Block Diagram


NCD57200 - High Side Isolated Half Bridge Gate Driver

11/12/201923

• +1A/-1.5A current output at Miller

Plateau

• DC bus operation up to +900V

• 3.3V/5V/15V logic input

• <50nS propagation delays with

accurate matching

• >50kV/µS common mode transient

immunity

• Asymmetric UVLO protection for both channels

• Output in phase with input signals

• Vcc/VB up to 25V

• Rail-to-rail output


efficiency


• Lower cost and PCB space

savings

• Fans, Pumps

• Home Appliances

• General purpose drives

High voltage half bridge gate driver designed for system reliability. On-chip magnetic isolation for high side gate to make the driver immune to negative

transients of up to -900V at Vs and common mode transients up to 50kV/µS. Two independent inputs with noise filtering, dead time control & interlock

protection.

Available in SOIC-8

VB

UVLO2

Output Logic

UVLO1Matching

Delay

HO

VS

LO

VCC

Input Logic

VCC

VCC

HIN

GND

LIN

Deadtime and

Interlock

Minimum Pulse Width

Minimum Pulse Width

Product Description


Other Features


Functional Block Diagram


Opto-Isolated Gate Driver

11/12/201924

OPN Short descriptionDemo

Board

Reference

Design

FOD83162.5 A Output Current, IGBT Drive Optocoupler

• Desaturation Detection

• Isolated Fault Sensing

FEBFOD8316-GEVBCustomer Solar

Inverter Board

FOD8318

2.5 A Output Current, IGBT Drive Optocoupler




FEBFOD8316-GEVB N.A.

FOD8332

Input LED Drive, 2.5 A Output Current, IGBT Drive Optocoupler




FEBFOD8332-GEVBCustomer Motor

Drive Board

FOD8333





• Automatic Fault Reset

FEBFOD8333-GEVBCustomer General

Inverter Board

FOD8334





FEBFOD8332-GEVBCustomer Solar

Inverter Board

11/12/201925

Intelligent Power Module (IPMs)

Re-defining intelligence; delivering the right solution

11/12/201926

No.1 suppliers in

IPM industry

Complete

Process Flow All In-House

Technology

Expansive

Portfolio

Compliance

with all

Standards

->100Mpcs/year IPM

capacity

-All processes are dual site

for FE & BE

-Supports internal epi and

variety of internal

substrates

- Product concept,

Development,

packaging, Fabrication,

Assembly, sales, quality

etc. handled by ON-

Semi.

- Power Device : FS IGBT, SJ

MOS, Diode, WBG

- Package : DBC, IMST,

Ceramic, Full mold

- GDU : Galvanic , Junction

isolation

- ~100W : SPM7,SPM5,

DIPS

- ~1KW : SPM8, DIPS6,

SPM45H

- ~10KW : SPM3V, SPM34

- Auto : ASPM27/34

- Automotive Grade

reliability support

*AQG & AECQ

- Supports more than JEDEC

standard

- Supports specific reliability

requirement

191995~2011 (16yrs) 1998~2016 (18yrs) 2011 ~ TODAY (42yrs)

IPM: All In- house technology

11/12/201927

650V FS3/4 Trench SCR IGBT

1200V FSII Trench SCR IGBT

Super Junction SF2/3 MOSFET

Planar UniFET MOSFET

Power Switch

800V/1600V Hyper Fast Diode

650V /1200V Extreme Fast Diode

Power diode

Junction isolation GDU

Gate Driver Unit

Shunt resistor

NTC thermistor

Ceramic capacitors / Resistors

Passive

Component

3-phase topology

PFC ;Interleaved / Bridge-less /

Boost

Variety Topology

DBC substrate (AlN/Al2O3)

IMST substrate

Ceramic substrate

Full Mold PKG

Substrate

SPM3V example

Exterior outline Internal Structure

Industrial Drive Solution

11/12/201928

SPM34600V, 30A~75A

1200V, 10A~50A

* SPM31650V, 20-50A

1200V, 5~20A2-ph IL PFCM600V, 30A~75A

BL PFCM600V, 40A~60A

2-ph SiC IL PFCM650V, 50A~75A

SPM3V600V. 30~50A

1200V, 5~20A

* : Under development

* SPM49650V, 50-75A

1200V, 10-50A

SPM45600V. 5-30A

*DIP-S6600V. 8-15A

Rectifier

PFC Combo600V, 15A

PFC Combo

(SJ-MOS+SiC)600V, 10A

SIP-K600V. 5-15A

For 3ph motor drive in SMD

For PFC 600V/650V

For PFC+3ph motor drive

PFC+Rectifier

Single Boost PFCM600V, 20A~30A

SPM5600V/0.59Ω, 500V/1.43Ω, 250V/0.37Ω

SPM7500V/1.85Ω, 250V/0.8Ω

For 3ph motor drive

IPM for Inverter Designs

11/12/201929

Unique Features:

• 3-phase IGBT & MOSFET inverter including gate driver

• Support wide range of power ratings

• Single grounded power supply supported

• Protection functions such as under voltage and over current

• Optimized for low EMI

• High noise immunity

• High short-circuit and latch ruggedness

• Low thermal resistance

• SMD, DIP and SIP solutions

DIPS3 SPM3V SPM2V

SPM34

SIP1/ASIPK SPM31

SPM49

SPM7

http://theconnection.onsemi.com/sm/mc/Package%20Photos/SIP1A.jpg

• All these part is pin-compatible

• Wide product coverage ; 30A~100A/600V ,

10~75A/1200V

• Superior thermal performance and low loss

Features Benefits Block Diagram

Specifications

Package ; 80 mm × 33 mm × 8 mm

Target Applications

Product Voltage Current VCE(SAT) typ. Substrate Status

FNA23060 600V 30A 1.50V DBC(Al2O3) MP

FNA25060 600V 50A 1.50V DBC(Al2O3) MP

FNA27560 600V 75A 1.30V DBC(Al2O3) MP

FNA2A060 600V 100A TBD DBC(AlN) TBD

• 1200V & 600V Advanced Trench SC rated IGBT

• Very low thermal resistance with DBC substrate (Al2O3 , AlN)

• Built-in real NTC on DBC ,bootstrap diodes

• No side dummy for more creepage

SPM®34

Product Voltage Current VCE(SAT) typ. Substrate Status

FNA21012A 1200V 10A 2.2V DBC(Al2O3) MP



FNA25012A 1200V 50A 2.2V DBC(AlN) MP

1200V Line up

600V Line up

High power Air conditioner

Industrial Inverters

Industrial Pumps

Industrial Fans

DBC substrateAlN or Al2O3

11/12/201930

• All these part is pin-compatible

• Wide product coverage ; 15A~50A/600V ,

10~20A/1200V

• Superior thermal performance and low loss


Specifications

Package : 44 mm × 26.8 mm× 5.5 mm

• Advanced Trench SC rated IGBT - 1200V & 600V

• Full protection function with thermal sense

• Very low thermal resistance with DBC substrate

Product Voltage Current VCE(SAT) Typ Substrate Status

FSBB10CH120D(F)* 1200V 10A 2.20V DBC(Al2O3) MP

FSBB15CH120D(F)* 1200V 15A 1.60V DBC(Al2O3) MP

FSBB20CH120D(F)* 1200V 20A 1.85V DBC (AlN) MP

SPM®3V

Product Voltage Current VCE(SAT) Typ Substrate Status

FSBB15CH60D 600V 15A 2.00V DBC(Al2O3) MP

FSBB20CH60D 600V 20A 2.00V DBC(Al2O3) MP

FNB33060T 600V 30A 1.60V DBC(Al2O3) MP

FNB34060T 600V 40A 1.50V DBC(Al2O3) MP

FNB35060T 600V 50A 1.65V DBC (AlN) MP

1200V Line up

600V Line up

Target Applications

• High power Air conditioner (3HP~7HP)

• Industrial Inverters

• Industrial Pumps

• Industrial Fans

*Thermal sensing Unit : Suffix ‘F’: -25~125°C , no ‘F’: 0~150°C

DBC substrateAlN or Al2O3

11/12/201931

• Single footprint can cover wide product

coverage, specially 1HP~3HP air

conditioner

• Lower EMI, temperature and losses

• Robust protection under fault conditions


Package & No side dummy ; 39mm × 23mm × 4.5 mm

• Ceramic substrate optimized for cost and thermal

performance

• Wide coverage from 5A to 30A

• Built-in bootstrap diode / NTC on under ceramic

• Stable EMI performance via optimized di/dt, dv/dt

• Support Creepage improved version (FND-) for higher

power air conditioner

Product Voltage Current VCE(SAT) Substrate Status

FNA40560 600V 5A 1.90V Ceramic MP



FNA41560T2 600V 15A 1.60V Ceramic MP

FNC42060F2 600V 20A 1.85V Ceramic MP

FNB43060T2 600V 30A 1.65V Ceramic MP

SPM®45

Specifications

Target Applications

Air conditioner

Compact industrial Inverters

Pumps ,Refrigerator, Washing Machine

No side dummy pin version

Product Voltage Current VCE(SAT) Substrate Status

FND42060F2 600V 20A 1.85V Ceramic MP

FND43060T2 600V 30A 1.65V Ceramic MP

Side dummy for stable assembly

Remove side dummy for wider creepage after mold

FND- version

11/12/201932

11/12/201933

Power Factor Correction (PFCs)

Super Junction MOSFETs

11/12/201934

•High efficiency



•High efficiency



FAST Version

Easy Drive Version

•Hard/Soft Switching

Topologies

•Easy to drive

•Low EMI and Voltage spikes

•Internal Rg and optimized Cap

•Soft switching topologies

•Better system reliability

•Small Qrr and Trr

•Robust diode ruggedness

FRFET Version

• Voltage Range:

• 600-800V

• RdsOn Range:

• 23mOhm – 1400mOhm

• New innovative packaging

Complete Portfolio

• Optimized versions for fast recovery,

easy switch or fast switching

• Most rugged reverse recovery diode

• Optimized Gate Oscillation for

reduced EMI

• Lower Voltage Spikes

PFC Controller Product Selections

NCP1622 No ZCD, VSFF TSOP-6

NCP1615/6 HV+X2, CCFF, PSM, SOIC-10/14/16

NCP1632Interleaved CRM, 0.5A/0.8A, PFC RDY, Adjustable Freq

Clamp, SOIC-16

FAN9611Interleaved CRM, 1A/2 A Gate drive, 2-CH CS, Internal

Frequency Clamp, SOIC-16

FAN9672/32/3-CH, Interleaved CCM, Channel Management, LQFP 32-

pin

~100W• USB PD

• TV

• Monitors

Segments

~250W• Gaming

• OLED TV

• Computing

~500W• Server

• Gaming

• OLED TV

~1 to 5kW• Server

• Industrial

CrM (DCM)

CCM

Core Space, (Basic Features)Performance Space

(Higher Efficiency, Added Features, HV, X2)

NCP1608 CrM PFC SOIC-8

NCP1612 No HV, CCFF SOIC-10

Improved LL

NCP1611 CrM PFC, CCFF (Flat TV)

SOIC-8

Interleaved CrM

Interleaved CCM

NCP1654 CCM PFC

High Power PFC SOIC-8

CCFF: Current Controlled Frequency Fold-back

HV: High Voltage Startup

X2: X2 Capacitors Discharger

PSM: Power Saving Mode for <30 mW No-load

CrM (DCM)

11/12/201935

FAN9672/3 – CCM Interleaved 2 or 3 Channel PFC Controller


Others Features

Ordering & Package Information

Product Description

Unique Features Benefits Block Diagram

FAN9673 is a compact and cost effective solution which is designed for industrial AC/DC high power application. It enables the power supply that fully complies with IEC1000-3-2

specification

• Maximum Three Channels Can Be

Controlled by MCU or Auto

• Programmable Output Voltage for

Efficiency

• PFC RDY Signal For Communication to

MCU for Power Saving & Sequence

Control

• Differential Current Sensing to Simplify Application Circuit with the Lowest Cost, and

Gain Higher Efficiency

• PFC Slave Channel Management Function

• Programmable Soft Start

• Reduced Space

• Easy to Use Common Rating Components

• Simple Design

• HVAC, Heating, Ventilation and Air Conditioning

• DC Motor Power Supply

• Industrial Welding and Power Supply

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Silicon Carbide Diodes

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Features

• No reverse Qrr recovery, No forward recovery

• Low Vf(lower conduction losses)

• High surge and avalanche ratings

• Higher operating temperature (Tj=175°C)

• Positive temperature coefficient

• Solar Photo-Voltaic Inverters (PV)

• Power Factor Correctors (PFCs)

• Electric Vehicle Chargers

• Uninterruptible Power Supplies (UPS)

Applications

Benefits

• Higher power density and lower systems costs

• Higher system efficiency & lower losses


• Reduced losses and cooling requirement

• Easy paralleling

Type Voltage Generation Status Comments

SiC

Diodes

650 VGen 1 40 PNs Released VF = 1.5 V

Gen 1.5 19 PNs Released VF = 1.35 V

1200 V Gen 1 28 PNs Released VF = 1.45 V

Reverse Recovery @20A,500A/us,125 Deg C

Minimized Qrr reduces switching

losses & enables high speed switching

90% reduction in Qrr

compared to Si Diode


Specifications

Package *56mm x 25.8mm x 5.5mm

• Industrial fan (*Harmonic regulation required market)

• HVAC system

Target Applications

• All power devices for PFC and motor control are built-in one

package, in addition to including Built-in Bootstrap circuit

• SJ-MOSFET & SiC-SBD for PFC enable high frequency drive

for +100kHz.

• Built-in over-current protection and low voltage protection

circuits

Built-in Bootstrap circuit

Cross conduction prevention circuit

2-in-1 Combo: 10A with SiC + SJ

Assembly merit

56mm

25

.8m

m

23

mm

39mm2

0m

m

16mm

Less assembly process step

Less soldering

Less foot print

Better isolation

56mm

25.8mm

LINW

HINW

LINV

HINV

LINU

HINU

VD

D

GN

D

VB

U

VB

V

VB

W

VP

FLT

EN

PT

RIP

ITR

IP

NWNV

NU

U V W

LS3

HS3

LS2

HS2

LS1

HS1

HS1 HS2 HS3

LS1 LS2 LS3

PF

CL

HV

GN

D

TH

PFCIN

Three channel

half-bridge

driver

+

single-ended

PFC driver

with

protection

circuits

Product BV Io PFC Switch PFC diode PFC Freq. Inverter Package Status

NFCS1060L3TT 600V 10A SJ MOSFET SiC Diode +100KHz FS3 IGBT SIP2A MP

PFC coil size can be reduced around 1/3~1/5

dramatically and possible to assembly on board

Only one device needs to be cooled, simplifying

manufacturing and heatsink design.

PCB area can be decreased by the reduction of the

high voltage wiring pattern, also reducing EMI.

SiC

SBD

Inverter

SJ

MOSFET

All in one

SiC

SBD

SJ

MOSFET

Inverter

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PFC Module Solutions

11/12/201939

Features

• Fully integrated Bridge diode, Power device in single package

• Embedded real NTC on lead frame

• Extreme low thermal resistance

• Variety PFC topology

- Bridgeless PFC

- Single Boost PFC

-2 ch Interleaved PFC

Benefits

• Super easy assembly process

• Easy pcb layout and much lower

inductance

*Megatrend is fast switching for

reduced reactor size

• Higher thermal performance & low Tj

*Discretes have very high Rth

SPM45H SPM3V SPM2V 32

Package

Specifications

Topology Products BVCES IC(Apeak) Shunt

Resistor Package Note

Bridgeless FPDB40PH60B 600 40 Yes SPM3V (Al2O3)

FPDB60PH60B 600 60 Yes SPM3V (AlN)

Single Boost

FBA42060 600 20 No SPM45H

FBA43060 600 30 No SPM45H

FPAB20BH60B 600 20 No SPM3V (Al2O3)

FPAB30BH60B 600 30 No SPM3V (Al2O3)

Interleaved

FPAM30LH60 600 30 No SPM2V 32 (Al2O3)

FPAM50LH60 600 50 No SPM2V 32 (Al2O3)

FPAM50LH60G 600 50 (75) No SPM2V 32 (AlN)

NFL25065L4BT 600 50 No SPM2V 32 (Al2O3)SiC solution

(improving EMI &Thermal )

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Rectifiers

Bridge Rectifier Performance Overview

41

IFSM = 30A

I2T = 3.7A2/s2.90

7.004.20

SOIC-4

MB/MDB Series

8.008.51

3.30

PDIP-4

DF Series

IFSM = 50A

I2T = 10A2/s

18.8

22.3

3.56

SIP-4

IFSM = 150A

I2T = 93A2/s

GBU Series

GBPC/W Series

29.0

29.011.32

C Type W Type

IFSM = 300A~400A

I2T = 375~660A2/s

20.3

30.3

4.8

SIP-4

L Type

DFB Series

IFSM = 250A

I2T = 295A2/s

Low Current with Low profile

High Current

with general package

11/12/2019

Bridge Rectifier - Through Hole & SMD Package

42

Package Topology 50V 100V 200V 400V 600V 800V 1000V

GBPC-4Bridge

Rectifier12A~35A 12A~35A 12A~35A 12A~35A 12A~35A 12A~35A 12A~35A

SIP-4Bridge


SOIC-4Bridge

Rectifier0.5A 0.5A 0.5A 0.5A/1A 0.5A/1A 0.5A/1A

PSIP-4Bridge


11/12/2019

11/12/201943

Current Sensing

Current Sensing: Reduce Cost, Improve efficiency

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+

-

Supply

Output RSHUNT

LOAD

-

+

NCS21xREF

OUT

IN+

IN-

GN

D

VS

Supply

Supply

Output

RSHUNT

LOAD

+

-

Supply

Output RSHUNT

LOAD

LM358

VOS = 7 mV

(25°C)

To achieve 2% offset error:

350 mV shunt dropTo achieve 2% offset error:

175 mV shunt drop

NCS20081

VOS = 3.5 mV

(25°C)

NCS213

VOS =60 µV

(25°C)

To achieve 2% offset error:

3 mV shunt drop

Reduce voltage drop

across sense resistorSystem efficiency improves

Reduce power

dissipation

Reduce offset voltage Improve accuracy System performance improves

With a 50 mV shunt drop:

14% offset error


8% offset error


0.07% offset error

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Auxiliary Power

Aux Power

FSL518A/518H/538A/538H – 800 V High Efficient Switchers

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FSL518/538, a highly efficient and rugged 800V solution, provides essential protections from AC line voltage fluctuations and audible noise avoiding feature. 800V

voltage margin eases primary side design with lower voltage 2ndary diode selection helping cost and performance improvement.

Rugged 800V FET with Built-in HV

current source for start up

Fine-tunable Skip Mode Operation

Iso & Non-isolated topology

A with 100 kHz and high IPeak

Easy and Rugged design with enough

voltage margin & Audible noise

avoidance

High Efficiency

Design flexibility

More versatility

Air-conditioning

White Goods

Aux PSU & E-Meters

Line & Slope compensation

Soft-start for low electrical stress

Peak current mode control with Pulse-by-pulse current limit

Frequency hopping for low EMI

Brown In/Out, LOVP, VCC OVP/UVP, OLP, AOCP, TSD

All protections are Auto Restart

PWM

AC

IN

LINE

Drain

GND

VCC

VO

FB

COMP

(a) Isolated opto-coupler feedback (Line detection enable)

PWM

AC

IN

LINE

Drain

GND

VCC

VO

COMP

(b) Non isolated direct feedback (Line detection disable)

FB

PDIP-7

CASE 626APDIP7 MINUS PIN6 GW

CASE 707AA

ZXYTT

L5x8HR

TM

ON

Product Description

Unique Features

Other Features

Market Application

Block Diagram


Benefits

Part Number RDS-ON Max. (Ohm) Frequency (kHz) Current Limit (mA) Package

FSL518H 8 130 460 DIP/LSOP

FSL518A 8 100 600 DIP/LSOP

FSL538H 4.3 130 660 DIP/LSOP

FSL538A 4.3 100 860 DIP/LSOP

The NCP1342 is a highly integrated quasi-resonant flyback controller capable of controlling rugged and high-performance off-line power supplies. Adjustable maximum frequency clamp

and Rapid Frequency Fold back enable high frequency designs for increased power density. An integrated active X2 capacitor discharge feature also permits low no-load power

consumption below 30 mW

QR Frequency Jittering

Quiet-Skip Technology

Rapid Frequency Foldback

Reduces EMI Signature

Ensures Operation Outside

Audible Range

Enhanced Light Load Efficiency

High voltage startup circuit with Integrated Brownout

Valley Switching Operation with Valley Lockout

Frequency Foldback with 25 kHz Minimum Frequency

VCC Overvoltage Detection

NTC Compatible Fault Pin

Soft-Start for Smooth Start-up Operation

High Drive Capability: -500 mA / +800 mA

Low/Medium USB PD Adapters

Notebook Computer Adapters

Industrial & Server Auxiliary Power

Product Description

Unique Features Benefits Typical Application Schematic

Package information

Other Features


SOIC-8 and SOIC-9

Pin compatible with NCP1340

NCP1342 - High Frequency QR Controller

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NCP1362 Primary Side PWM Controller

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The NCP1362 is a new quasi−resonant peak current mode control mode controller targeting output power levels from a few watts up to 50 W in a flyback application. It is primary side

regulated for Constant Voltage and Constant Current regulation, achieving excellent line and load regulation of 5% without requiring the typical opto-coupler and voltage reference for

lower cost and improved system reliability. The controller features protections such as Brown-Out, UVP/OVP, OTP, SCP, as well as improved light load efficiency and stand-by

performance.

Product Description

Features

• Quasi- Resonant with Valley Lockout

• Max frequency (80,110,140 KHz and no clamp)

• Frequency Jittering

• LFF and BO on dedicated pin

• Dual Frozen Peak Current

• Constant Voltage & Current PSR < ±5%

• AEC-Q100 Qualified

Benefits

• High Efficiency Operation

• Flexible Design Options

• Improved EMI Signature

• Enables Robust Designs

• Optimize Light Load Efficiency and Stand-by

• Regulated Output without Opto - Coupler

GND

Vcc

CS

0

1

2

3

4

5

0

0

Ac Vout

AcPrim

Sec

Aux

VCC

DRVVsense

0

Block Diagram

Applications

• AC/DC Adapters

• AC/DC Power

• Industrial Auxiliary Power

End Products• Battery Chargers

• Smart Home/ Voice Assistant Devices

• Traction Inverters

PRIMARY SIDE REGULATION (PSR)

Constant Voltage Regulation:

• Eliminates Optocoupler & 3- Terminal programmable shunt

regulator diodes

Design complexity is simplified: highly robust and low cost

• Loss of direct and continuous sensing of output voltage

Vout is built via auxiliary winding Transformer charact.

dependent

Estimated Vout & Iout are refreshed only 1 time per cycle

Stand-by mode:

Deep frequency foldback with min frequency clamp

Constant Current Regulation

• Eliminates Sec. controller and power resistor sensor

Done by measuring Tdemag, Tsw & IPRIM_pk directly on

primary side (Patented)

Conclusion

11/12/201949

Global FootprintLeading Cost

Structure

Applications Expertise

Expansive Product Portfolio

Solutions for Industrial Drives and Factory Automation

Documents

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