ik semicon proposal semicon proposal for each application.pdf · is based on bipolar technology for...

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극한 환경의 ENGINE ROOM 내 ASIC 국내 최초 설계 Automotive POWER ASIC - Alternator Regulator with RVC Interface - Alternator Multi Function Regulator - Active MOSFET Rectifier for Alternator - Power Folding for Outside Rear view Mirror - Automotive LDO - Automotive Sensor ASIC - Automotive Room Lamp Module - Wipe/Wash Wiper Control IC - CAN Controller / CAN Transceiver BEST PARTNER FOR YOUR SUCCESS IK Semicon www.iksemi.com IK SEMICON Proposal

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Page 1: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

극한 환경의 ENGINE ROOM 내 ASIC 국내 최초 설계

Automotive POWER ASIC

- Alternator Regulator with RVC Interface - Alternator Multi Function Regulator - Active MOSFET Rectifier for Alternator - Power Folding for Outside Rear view Mirror - Automotive LDO - Automotive Sensor ASIC - Automotive Room Lamp Module - Wipe/Wash Wiper Control IC - CAN Controller / CAN Transceiver

BEST PARTNER FOR YOUR SUCCESS IK Semicon

www.iksemi.com

IK SEMICON Proposal

Page 2: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

IK642B Wipe/Wash Wiper Control IC

IK8509 Power Folding for Outside Rear View Mirror

ILE4264-2G / ILE4276 Automotive LDO

IL33193 Automotive Direction Indicator

IL33193-03 Automotive Direction Indicator (with Short Circuit Detector Threshold)

IK Semicon – Automotive IC

IK8001 Alternator Regulator with RVC Control

IL6083 PWM Power Control IC with Interference Suppression

ILC555Q Timer IC

IL8190 Precision Air-core Tach/Speedo Driver with Return to Zero

IN2515 CAN Controller with SPI Interface

ILA82C251 CAN Transceiver for 24V Systems

현대차공급제품

Page 3: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

Application Item

Lighting

Room Lamp IKM3004

Head Lamp Leveling Driver IK8508

HID Lamp Driver IK8010

Direction Indicator IL33193B

PWM Power Controller IL6083

Timer IC ILC555QDT

Motor Side Mirror IK8509

Wash Wiper Controller IK642B, IL33197A

통신 CAN IN2515(CAN Controller), ILA82C251(CAN Transceiver)

Sensor Air-Core Tach/Speedo Driver IL8190

Fluxgate Current Sensor IK8014*

Alternator Rectifier for Alternator IK8011

Regulator for Alternator IK8001, IK8006

범용 LDO Regulator IK4993 外 총 8 Items

IK SEMICON Automotive Item

* Under development : Fluxgate Current sensor (2020年 MP 계획)

Page 4: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

Lighting

Page 5: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

competitor IK solution

• IKM3004 • Automotive Room Lamp Driver

• Competitor : Own Supply Voltage up to 18V

SMD Top View 5450 type

Beam View Angle 120˚

High Current Accuracy at Supply Voltage variation

Reduced Output Current at higher temperatures-negative

thermal coefficient of -0.5%/K

No EMI

Protection of Reverse Voltage

■ Application – Room Lamp

Page 6: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

HID Lamp Ballast ASIC (IK8010)

PWM Controller and H bridge driver in One chip

48 LQFP, AEC-Q100 qualified in 2016

Head Lamp Leveling Driver (IK8508) Chip Package , HSL Project

Competitor : NXP, Infineon

AEC-Q100 Qualified

■ Application – Head Lamp Leveling Driver & HID Lamp Driver

Page 7: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

Product Compatibility Function Package

IL33193B MC33193 Direction indicator DIP-8 SOP-8

IL33193-03 U643B Direction indicator DIP-8 SOP-8

■ Application – Direction Indicator

Page 8: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

■ Application – PWM Power Controller

The IL6083 is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is ideal for use

in brightness control systems (dimming) of lamps, for example, in dashboard applications.

FEATURES

• Protection Against Short-circuit, Load Dump Overvoltage and Reverse VS • Duty Cycle 18 to 100% Continuously • Internally Reduced Pulse Slope of Lamp's Voltage • Interference and Damage Protection • Charge-pump Noise Suppression • Ground-wire Breakage Protection

PIN DIAGRAM (Package)

TYPICAL APPLICATION CIRCUIT

Page 9: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

■ Application – Timer

The ILC555 is CMOS RC timers providing significantly improved performance over the standard SE/NE555

and 355 timers, while at the same time being direct replacements for those devices in most applications.

Improved parameters include low supply current, wide operating supply voltage range, low THRESHOLD,

TRIGGER and RESET currents, no crowbarring of the supply current during output transitions,

higher frequency performance and no requirement to decouple CONTROL VOLTAGE for stable operation.

Specifically, the ILC555 is stable controller capable of producing accurate time delays of frequencies.

• Exact equivalent in most cases for SE/NE555.

• Low Supply Current.

• High speed operation – 500 kHz guaranteed.

• Wide operation supply voltage range – 2 to 18 volts.

• Timing from microseconds through hours.

• Operates in both astable and monostable modes.

• Adjustable duty cycle.

• High output source/sink driver can drive TTL/CMOS

Page 10: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

DC Motor Driver

Page 11: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

Power Folding Motor Driver (IK8509) • For 12V battery Application

• Production shipping for HKMC since 2015

■ Application – Side Mirror IK8509

Page 12: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

Product Compatibility Function Package

IL33197A MC33197A Wash Wiper Controller DIP-8 SOP-8

IK642B U642B Wash Wiper Controller DIP-8 SOP-8

■ Application – Wash Wiper Controller

Page 13: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

CAN 통신

Page 14: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

■ Application – CAN Controller

IN2515 is a stand-alone Controller Area Network (CAN) controller that implements the CAN specification, version 2.0B

The IC is designed to perform data receiving-transmitting in automotive and industrial applications.

FEATURES

• Supply voltage range VCC: - for IN2515AN, IN2515ADW 2.7 … 5.5 V, - for IN2515BN, IN2515BDW; 4.5 … 5.5 V • Three transmit buffers with prioritizaton and abort features of the transmittance • Two receive buffers with prioritized message storage - Six 29-bit filters - Two 29-bit masks • High-speed SPI Interface (10MHz): - SPI modes 0.0 and 1.1 • Implements CAN V2.0B at 1 Mb/s - 0 – 8 byte length in the data field - Standard and extended data and remote frames • Data byte filtering on the first two data bytes

PIN DIAGRAM (Package)

BLOCK DIAGRAM

EXAMPLE SYMTEM IMPLEMENTATION

Page 15: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

■ Application – CAN Transceiver

ILA82C251 is the interface between the CAN protocol controller and the physical bus. The device provides differential transmit capability

to the bus and differential receive capability to the CAN controller. The IC is intended for automotive electronic applications

FEATURES

• Fully compatible with the “ISO 11898-24 V” standard • Thermally protected • Short-circuit proof • Three mode operation • An unpowered node does not disturb the bus lines • At least 110 nodes can be connected • High speed of data transfer (up to 1 Mbit/s) • High immunity against electromagnetic interference.

PIN DIAGRAM (Package)

BLOCK DIAGRAM

EXAMPLE SYMTEM IMPLEMENTATION

Page 16: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

Sensor

Page 17: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

■ Application – Air-Core Tach/Speedo Driver

The IL8190 is specifically designed for use with air–core meter movements. The IC provides all the functions necessary for an analog

tachometer or speedometer. The IL8190 takes a speed sensor input and generates sine and cosine related output signals to differentially drive an air–core meter.

FEATURES

• Direct Sensor Input • High Output Torque • Low Pointer Flutter • High Input Impedance • Overvoltage Protection • Return to Zero

PIN DIAGRAM (Package)

BLOCK DIAGRAM TYPICAL APPLICATION CIRCUIT

Page 18: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

■ Application – Fluxgate Current Sensor

IK8014

<경쟁사 “L”社>

Page 19: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

Alternator

Page 20: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

• IK8001 : Alternator Regulator with RVC protocol • Alternator Regulator ASIC for 12V battery system : PWM type and GM specific Application

• Completed AEC-Q100 qualification in 2013

• After 2 years Automobile Car evaluation, Started Production Shipping from 2015

• Competitor product is the ST Micron L9914 but IK8001 has a better performance

(standby current : ≤ 250uA vs. ≤ 400uA @room Temp, ≤ 300uA vs. ≤ 1mA @150℃)

• IK8006 : Multi Function Alternator Regulator • Alternator Regulator ASIC for 12V battery system : PWM type with wide optional parameter range

• AEC-Q100 qualification & Customer design-win is scheduled on 2017 Oct

• Competitor products are ST Micron L9911, Bosch CR719 but IK8006 has wider optional parameter range

■ Application – Regulator for Alternator

Page 21: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

• IK8011 : Active MOSFET Rectifier alternator ASIC

• Powerful solution for high efficiency & CO2 emissions Environmental Regulation

• Controller ASIC for half bridge Power MOSFET rectification

• EU CO2 emissions Regulation

130g/km since 2012 but will be more strict from 2020 such as 95g/km

Penalty fee = (excessive CO2 gas [g/km] x 95Euro) x annual new automobile car

quantities

• Two Customers confirmed 80% VDA efficiency with IK8011 solution and their planned

production start is 2019 year

■ Application – Rectifier for Alternator

Page 22: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

범용(Regulator)

Page 23: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is

■ Application – LDO

Product IK4993 ILE4263 ILE4264-2G ILE4270G ILE4275 ILE4276 ILE4278 ILE4279-4G

Compatibility L4993 TLE4263 TLE4264-2G TLE4270G/S TLE4275 TLE4276 TLE4278 TLE42794

PKG Type SOP8 SOP20

SOP14 SOT223 TO263-5 TO220-5

TO263-5 TO252-5

TO263-5 TO252-5

SOP14 SOP14

Input Voltage (V) 5.6~31 6~45 6~28 6~42 6~40 6~40 6~45 6~45

Consumption Current(MAX) 2mA 18mA >4mA 75mA 22mA 25mA 12mA >8mA

Quiescent Current(Io≤1mA, MAX) 125uA 1.3mA 70uA 1.5mA 220uA 220uA 230uA 300uA

Shutdown Current - 50uA - - - 10uA 10uA -

Output Voltage (V) 5 5 5 5 5 5 / 8.5 / 10 ADJ(2.5~20)

5 5

Drop Voltage (V, MAX) <0.4 <0.5 <0.5 <0.7 <0.5 <0.5 <0.5 <0.5

Tolerance (%) ±2 ±2 ±3 ±2 ±2 ±4 ±4 ±2

Output current (mA) 150 200 150 550 400 400 200 150

Over temp Protection yes yes yes yes yes yes yes yes

Short circuit Protection yes yes yes yes yes yes yes yes

Reset Output yes yes - yes yes - yes yes

Rest delay yes yes - yes yes - yes yes

Reset Switching Threshold Adjust - yes - - - - yes yes

Watchdog Input yes yes - - - - yes -

Watchdog Output - - - - - - yes -

Watchdog Adjust yes - - - - - yes -

Watchdog Enable yes - - - - - - -

Inhibit - yes - - - yes - -

Sense input / output - - - - - - - yes

AEC Q100 - yes yes - - yes yes -

Datasheet Click Click Click Click Click Click Click -

APP Note ClickDEMO Click Click Click Click Click Demo Click -

Low Dropout Regulator

Page 24: IK SEMICON Proposal Semicon Proposal for each application.pdf · is based on bipolar technology for the control of an N-channel power MOSFET used as a high-side switch. The IC is