SG187 - Motorola / Freescale Semiconductor

Automotive Selector Guide

Quarter 2, 2001

Automotive Selector Guide

SG187/D

motorola.com/semiconductors/automotive/

Quarter 2, 2001

Product information for:

Automotive SMARTMOS™

Automotive Sensors

Automotive Microcontrollers:

8-Bit 68HC05, 68HC08, and 68HC11

16-Bit 68HC12 and 68HC16

32-Bit 683XX, PowerPC™, and M•CORE™

LIN Technology for Automotive

™ DigitalDNA, M•CORE, and SMARTMOS are trademarks of Motorola, Inc.

Rev. 6

PowerPC is a registered trademark of International Business Machines Corporation.

WHAT’S NEW!

For Q2, the Sensor Products Division is proud to announce the introduction of our new Media Resistant Automotive Pressure Sensors.

The MPXAZ4100A and MPXAZ4115A use our new media resistant package. These devices can be used in automotive applications

where the sensor may be in contact with destructive liquids or aggressive gases. Our popular integrated on-chip circuitry in a media

resistant package is a winning combination!

• Visit www.pemicro.com/ics08 for FREE windows-based development software, including simulators, assemblers, and debuggers for

Motorola’s M68HC08 Family of microcontrollers.

• Visit www.mcu.motsps.com to view Motorola’s offering in technical support, including development tools, documentation, new

searchable FAQs, and freeware.

• Visit motorola.com/semiconductors/automotive/lldrivers/index.html for the latest information on Motorola Low-Level Drivers for

Powertrain applications.

• Visit mot-sps.com/products/microcontrollers/software for information on Motorola OSEK products, including documentation, order

information, and product support.

Section Description

SMARTMOS Revision of the SMARTMOS device tables

Sensors Addition of MPXAZ4100 and MPXAZ4115 Automotive Media Resistant Pressure Sensors

68HC12 Family Upgrade of PC68HC12BC32 device to XC qualiﬁcation status

Removal of XC68HC812A4 and XC68HC912BD32 devices; not recommended for new design-ins

68HC05 Family MC68HC05J1A, XC68HC705JJ7, MC68HC05JJ6, XC68HC705JP7, MC68HC05JP6, XC68HC805K3, MC68HC05K3, MC68HC705KJ1,

XC68HC705V8, XC68HC05V7, XC68HC705V12, and MC68HC05V12 devices not recommended for new designs

68HC11 Family Removal of MC68HC811E2 device, not recommended for new designs

System Example Diagrams Revision of all system diagrams

Nomenclature Addition of PowerPC device numbering system

Package Options Addition of PBGA and Super Small Outline packaging

68HC05 Family

SMARTMOS

MOTOROLA SMARTMOS SOLUTIONS

Multiplex Transceivers — LIN, ISO9141, J1850 Physical Interfaces

Motorola

Device

Number Device Description Main Characteristics Package Bus Type and

Standard Protection Supply I Standby Max Other Features Control

and Status

Reporting MC Status

MC33199 ISO9141 serial link driver K&L lines (at 200kbps) SO14 ISO9141, K and L lines I lim,

thermal 5V & 12V

battery — Baud rate up to 200kbps — Now

MC33290 ISO9141 serial link interface K line only — OBD II compatible SO8/8P ISO9141 K line I lim,

thermal 5V & 12V

battery 50µA Sleep mode // Now

MC33390 J1850 serial transceiver J1850 low-speed multiplexing bus SO8 J1850 I lim — — — — Now

MC33399 LIN: local interconnect network physical

interface LIN: local interconnect network physical

interface SO8 LIN single wire I lim,

thermal 12V battery 50µA Wake up input pin, control

of external voltage

regulator

// 4Q01

Multiplex Transceivers — CAN Physical interface Components

Motorola

Device

Number Device Description Main Characteristics Package Bus Type and

Standard Protection Supply I Standby Max Other Features Control

and Status

Reporting MC Status

MC33388 CAN low-speed fault tolerant physical

interface CAN low-speed fault tolerant physical

interface SO14 CAN low-speed, dual

wires Fault

tolerant 5V & 12V

battery 25µA Wake up input pin, fault

tolerant physical interface // Now

MC33389 System base chip Dual Vreg+LS CAN+WDG+3 wk up inputs HSOP20/

SO28 CAN low-speed, dual

wires Fault

tolerant 12V battery 150µA Dual voltage regulator,

watchdog, wake up input,

sleep mode, cyclic sense

SPI 2MHz 2Q01

Multiplex Transceivers — Distributed Systems Interface Components

Motorola

Device

Number Device Description Main Characteristics Package System Type No. of

Channels Current Limit Max Voltage Communications MC Status

MC33790 DSIP — 2-channel DSI physical interface

for bus masters Dual current-limited waveshaped outputs,

current sensing inputs, 3.3 V and 5 V SOW16 DIST 2 150mA 26.5 SPI Now

* denotes the Max Amp rating is dependant on PCB and hex

OT = over temp protection OL = open load protection

// = parallel communication SPI = serial peripheral interface

SMARTMOS Motorola’s SMARTMOS allows designers to interface high-

precision components with the harsh automotive environment.

Cost-Effective Ideally suited for rugged automotive applications,

SMARTMOS solutions offer a cost-effective blend of analog, digital, and

robust power silicon that enables integrated, mixed-signal, power control ICs.

Functionality SMARTMOS solutions implement traditional analog

functions with smaller die size, and a modular process produces

components with the minimum number of process steps for each circuit,

minimizing overhead.

Beneﬁts Motorola’s SMARTMOS technology brings a wide range of

beneﬁts to today’s designs, including component reductions, power ﬂexibility,

durability, efﬁciency, precision, high-performance analog, and robustness.

Occupant Safety SMARTMOS squib drivers, power supplies,

communications interfaces, and other devices for occupant safety systems

are in vehicles around the globe.

For additional information, please visit:

Documentation

mcu.motsps.com/documentation/index.html

(mask set errata, speciﬁcations, application notes, and other literature)

Automotive Home Page

motorola.com/semiconductors/automotive/

68HC05 Family

SMARTMOS

Power ICS — Low-Side Switches

Motorola

Device

Number Device Description Main Characteristics Package No. of

Channels High/Low Ron (mΩ) I LIM. I Standby

Max Protection Control Status

Reporting MC

Status

MC33385 Quad low side driver 4 times 2A, at Tamb = 125°C HSOP20,

SO28 4 L 500 3A — S/C, I, T // SPI Now

MC33397 SCOWL — selectively conﬁgurable outputs

for worldwide loads User conﬁgurable to be:

6 x 900mΩ outputs OR

2 x 300mΩ outputs at TJ = 25°C

(1.5W & 500mΩ at TJ = 150°C)

SOW24

QFN32 (7x7) 2 or 6 L 2X300,

6X900 1.5A 10µA S/C, I, T SPI SPI 1Q01

MC33298 OSS — octal serial switch w/SPI 8 times 1000mA, at Tamb = 125°C SOW24 8 L 650 3–6A 50µA S/C, I, T SPI SPI Now

MC33291 BOSS — basic octal serial switch w/SPI 8 times 500mA, at Tamb = 125°C SOW24 8 L 1000 1–3A 25µA S/C, I, T SPI SPI Now

MC33880 COSS — conﬁgurable octal serial switch

w/SPI 8 output hardware conﬁgurable high-side/

low-side switch with 8-bit serial input control SOW28

QFN32 (7x7) 8 H/L 1400 1.2A 25µA S/C, I, T SPI SPI w/2

PWM 4Q01

Power ICS — High Side Switches

MC33143 Dual high-side switch 2 times 1A, at Tamb = 125°C SOW24 2 H 380 3–6A 300µA S/C, I, T // 2 status

pins Now

MC33286 Gemini — dual high-side switch 2 times 3.5A* SOW20 2 H 2x35 30A 5µA S/C, I, T // 1 St/Chnl

(OT / OL) Now

MC33288 Flasher — dual high-side switch with

current sense 2 times 8A* HSOP20 2 H 2x25 30A 5µA S/C, I, CR, T // 1 St/Dev

(OT / OL) Now

MC33289 DHSS — dual high-side switch for inductive

loads 2 times 3A* SOW20 2 H 2x40 9A 5µA S/C, I, T // 1 St/Chnl

(OT / OL) Now

MC33486 DHSB — dual high-side for H-bridge 2 times 10A* HSOP20 2 H 15 35A 5µA S/C, I, CM, T // Now

MC33487 Flasher lite — dual 20mΩ high-side driver

with current sense 2 times 4.5A* SOW20 2 H 2x25 40A 5µA S/C, I, CR, T // 1 St/Chnl

(OT / OL) 2Q01

MC33880 COSS — conﬁgurable octal serial switch w/

SPI 8 output hardware conﬁgurable high-side/

low-side switch with 8-bit serial input control SOW28

QFN32 (7x7) 8 H/L 1400 1.2A 25µA S/C, I, T SPI SPI w/2

PWM 4Q01

Power ICS — H-Bridges and Conﬁgurable Switches

MC33186 150mΩ H-bridge 40V/150mΩ per FET HSOP20 4 H/L 150 6A 20mA S/C, I, T // 1 status pin

(OC, OT) Now

MC33192 Mi-bus interface stepper motor con. 16SO — — — — — — — — Now

MC33886 ETHIC — H-bridge (225mΩ@150°C) HSOP20

QFN44 (9x9) 4 H/L 120 6A 20mA S/C, I, T // 1 status pin

(OC, OT) 2Q01

MC33887 FIESTA — H-bridge with sleep mode and

current sense (130mΩ@25°C) SO28

QFN44 (9x9) 4 H/L 130 6A 25µA S/C, I, T // 1 status pin

(OC, OT) 4Q01

MC33486 DHSB — dual high-side for H-bridge,

protects and controls 2 external low-side

FETs

10A* HSOP20 2 H 2x15 35A 5µA S/C, I, CR, T // 1 status pin

(OC, OT) 2Q01

MC33253 Full bridge pre-driver with AOP for body

electronic application Full bridge pre-driver, 1A pulse current,

cross conduction suppression, global

enable, OAP, body electronic application

SO28 4 H/L N/A N/A 100µA No mosfet protection // No status 3Q01

68HC05 Family

SMARTMOS

Power ICS — Pre-Drivers (TMOS)

MotorolaDevice

Number Device Description Main Characteristics Package Operating

Voltage Input Control Output Drives

High/Low Side

Drive Current Protection Status

Reporting MC

Status

MC33091 High-side, N-channel MOSFET driver for driving loads

with high in-rush current — lamp driver Single-channel high-side MOSFET driver with fault

report pin SO8 7V to 28V 1 CMOS logic 1H SC

overvoltage

rev. battery

/Fault Now

MC33198 High-side, N-channel MOSFET driver for driving loads

with high in-rush current — lamp driver Single-channel high-side MOSFET driver with 1kHz

PWM capability and status report pin SO8 7V to 20V 1 CMOS logic 1H

110µA typ. SC

overvoltage

load dump

Status Now

MC33285 Dual high-side N-channel MOSFET driver Single channel high-side MOSFET driver with fault

report pin SO8 7V to 40V 1 analog 2H

110µA typ. SC

overvoltage

load dump

rev. battery

N/A Now

MC33253 Full bridge driver with AOP for body electronic and

powertrain applications Full bridge driver, fast PWWM capability, cross

conduction protection, global enable SO28 5.5V to

55V 4 invert.

4 non-invert.

CMOS, LSTTL logic

2H, 2L

1A pulse SC

overvoltage

undervoltage

Current sense

output ISout 1Q01

MC33883 Full bridge pre-driver for power train application Full bridge driver, fast PWM capability, global enable SO20 5.5V to

55V 4 non-invert.

CMOS, LSTTL logic 2H, 2L

1A pulse overvoltage

undervoltage N/A 2Q01

Peripheral and Special Function — Special Function Devices

MotorolaDevice

Number Device Description Main Characteristics Package Operating

Voltage MC

Status

MC33187 Long Duration Timer Target application: Rear defrog long duration timer; 400mA output current capability;

Integrated input debounce circuitry 8SO 5 to 18V Now

MC33193 Direction indicator Drive external relay, lamp failure detection, replacement of UAA1041 8SO 8 to 18V Now

MC33197A Wiper timer designed for harsh automotive applications. Performs the intermittent,

afterwash, and continuous wiper timer functions. Designed to drive a wiper motor relay; Adjustable time interval of less than 500ms to more

than 30s; Intermittent control pin can be switched from GND to Vbat; Integrated relay driver

with free wheeling protection diode

8SO 8 to 16V Now

MC33287 Contact monitoring + dual low-side switch Contact monitor + dual 500mA low side SO20 2 Now

MC33884 Multiple contact monitoring 12 inputs contact monitoring (6 GND, 2 VBAT, 4 conﬁgurable), pulse wetting current

Master, slave, and low-power mode INT capability SO24 12 2Q01

Power Supply — Alternator Voltage Regulators

MotorolaDevice

Number Device Description Main Characteristics Package Operating

Voltage MC

Status

MC33092A Alternator voltage regulator with load response control — 9SI — GM type LRC response during initial start. Programmable LRC rates from 2.5 to 10 sec. Fault

detection of undervoltage/overvoltage, phase loss and high remote sense resistance. SOW20 4.5V to 24V Now

Power Supply — Linear Regulators

MotorolaDevice

Number Device Description Main Characteristics Package Bus Type and

Standard Protection Supply I Standby Max. Other Features

MC33389 System base chip Cual Vreg+LS CAN+Wdg+3 Wk up inputs HS0P20

SO28 Low speed, dual Fault tolerant 12V battery 150µA Dual voltage regulator,

watchdog, wakeup input,

sleep

Safety and Sensors — Distributed Systems Interface Components

Device Package Description Status Bus Physical

Interface Comments Documentation

MC68HC55 16SOIC 2-channel SPI to DSI protocol converter for bus masters MC — Turns any MCU into a DSI master MC68HC55/D

MC33790 16SOIC 2-channel DSI physical interface for bus masters XC — Physical interface for DSI master nodes Contact sales

68HC05 Family

Sensors

MOTOROLA AUTOMOTIVE SENSORS

Inertial Sensors(1)

1. Motorola reserves the right to modify product speciﬁcations and/or introduction dates without any further notice. The product parameters are typical values at VDD = 5 V and T = 25°C, unless otherwise speciﬁed. Other trim range speciﬁcations can

be developed upon request. Please consult your Motorola sales representative.

Sensing

Direction Number of Axes

of Sensitivity G-Range AC Sensitivity Equivalent

Self-Test Output Temperature

Range Roll-Off

Frequency Package Status

Pin Samples

X 1 40g 50mV/g 12g –40°C to +125°C 400Hz SO-16 Yes Available

X 1 100g 20mV/g 12g –40°C to +125°C 400Hz SO-16 Yes Available

XY 2 50g 40mV/g 12g –40°C to +125°C 400Hz SO-20 Yes LTD, full production Q3 2001

Z 1 50g 40mV/g 30g –40°C to +125°C 400Hz SO-16 Yes LTD, full production Q3 2001

Z 1 100g 20mV/g 75g –40°C to +125°C 400Hz SO-16 Yes Available

Z 1 250g 8mV/g 75g –40°C to +125°C 400Hz SO-16 Yes Available

Z 1 5g 400 mV/g 3g –40°C to +105°C 50Hz SO-16 Yes LTD, full production Q3 2001

Z 1 8g 250 mV/g 5g –40°C to +105°C 300Hz SO-16 Yes LTD, full production Q3 2001

Sensor Products Division Our focus for 2001 is on new

products that will continue to meet customers’ needs. The ﬁrst of

these new automotive sensors is our 5g and 8g Inertial Sensor

devices that were released in Q1. In Q2, we are proud to

announce the introduction of our new Media Resistant Automotive

Pressure Sensors. The MPXAZ4100A and MPXAZ4115A use our

new media resistant package. These devices can be used in

automotive applications where the sensor may be in contact with

destructive liquids or aggressive gases. Our popular integrated

on-chip circuitry in a media resistant package is a winning

combination!

Accelerometers We use surface micromachining technology for

a capacitive “sensing” structure. A g-cell is coupled with a control

chip for signal application, signal conditioning low-pass ﬁlter, and

temperature compensation. Options for sensing directions,

g-ranges, and packaging allow for design versatility and systems

ﬂexibility.

Pressure Sensors Our pressure sensors are silicon

micromachined devices with integrated on-chip circuitry. These

devices are ideal for microprocessor interface and are designed to

perform in the automotive environment. The smaller packaging

options and integrated circuit design offer alternatives to a full

module solution.

Tire Pressure Monitor System (TPMS) Sensors We have

comprised a Tire Pressure Monitoring System chip set which

communicates using the car’s Remote Keyless Entry (RKE)

system. This chip set is made up of the MC68HC908RFRK2,

which is a MCU+RF Transmitter housed in a single package, the

MC33591, which is the RF Receiver, and the PPH6700A6, the

Pressure and Temperature Sensor. The PPH6700A6 is a CMOS-

based surface micromachined pressure sensor. By using a

CMOS-based technology, we are able to add such features as

Power Control, Battery Voltage Detection, and Wake-up. The TPM

Sensor is housed in our newly designed Super Small Outline

Package (SSOP).

Applications Motorola’s automotive sensors are designed for a

variety of applications ranging from safety and performance to

comfort and control. Our sensors are used in under-hood and in-

cabin applications, and are compatible with the Motorola

Microcontroller Family.

Got a new idea? Our marketing and engineering support staff is

ready to assist you on your new design. Call (480) 413-3333, or,

for additional information, please visit:

Automotive Home Page

motorola.com/semiconductors/automotive/

68HC05 Family Sensors

Pressure Sensors

Device Maximum

Pressure Rating

(kPa)

Full Scale

Span Voltage

(Typical)

(Vdc)

Sensitivity

(mV/kPa)

Accuracy

0–85°C

(% of VFSS)Package Samples Documentation

MPX4100A 105 4.59 54 ±1.8 6-pin unibody package; 8-pin SO surface mount Available now MPX4100A/D

MPXA4100A 105 4.59 54 ±1.8 Surface mount, small outline package (SOP) Available now MPX4100A/D

MPXAZ4100A 105 4.59 54 ±1.8 Surface mount, small outline package (SOP) — Media Resistant Package Available now MPX4100A/D

MPXA4101A 102 4.59 54 ±1.8 Surface mount, small outline package (SOP) Available now MPX4101A/D

MPX4101A 102 4.59 54 ±1.8 6-pin unibody package; 8-pin SO surface mount Available now MPX4101A/D

MPX4115A 115 4.59 45.9 ±1.5 6-pin unibody package; 8-pin SO surface mount Available now MPX4115A/D

MPXA4115 115 4.59 45.9 ±1.5 Surface mount, small outline package (SOP) Available now MPX4115A/D

MPXAZ4115 115 4.59 45.9 ±1.5 Surface mount, small outline package (SOP) — Media Resistant Package Available now MPX4115A/D

MPXV4115V 115 4.4 38.26 ±1.5 Surface mount, small outline package (SOP) or DIP Available now MPXV4115V/D

MPX4200A 200 4.5 25.5 ±1.5 6-pin unibody package Available now MPX4200/D

MPX4250A 250 4.7 20 ±1.5 Small outline package (SOP) Available now MPX4250A/D

MPXV5004 4 3.9 1000 ±2.5 Surface mount, small outline package (SOP) or DIP Available now MPXV5004G/D

MPX5010 10 4.5 450 ±5.0 6-pin unibody package Available now MPX5010/D

MPXV5010 10 4.5 450 ±5.0 8-pin, small outline package, DIP, or surface mount Available now MPX5010/D

MPX5100 100 4.5 4.5 ±2.5 6-pin unibody package Available now MPX5100/D

MPX5700 700 4.5 6.4 ±2.5 6-pin unibody package Available now MPX5700/D

MPX5999 1000 4.5 4.5 ±2.5 6-pin unibody package Available now MPX5999D/D

Tire Pressure Monitor System (TPMS) Sensors(1), (2)

1. Wake-up set at 6 second intervals.

2. Motorola reserves the right to modify product speciﬁcations and/or introduction dates without any further notice. The product parameters are typical values unless otherwise speciﬁed. Other speciﬁcations can be developed upon request. Please

consult your Motorola sales representative.

Device Maximum

Pressure Rating

(kPa)

Full Scale

Span Voltage

(Typical)

(Vdc)

Sensitivity

(kPa/bit) Accuracy

(–20 to 70°C) Package Supply

Voltage (V)

Operating Modes

Samples

Mode Response

Time (µs) Current

(µA)

PPH6700A6 650 Digital 1.37 ±7.5 kPa Super small outline package (SSOP) 2.1 to 3.6 V Standby/reset

Measure temperature

Measure pressure

Output read

—

70 µs

100 µs

50 µs

0.8 µA

500 µA

1400 µA

300 µA

Evaluation

Samples May 2001

Full production October 2001

68HC05 Family

68HC08 Family

THE MOTOROLA 68HC08 8-BIT MICROCONTROLLER FAMILY

68HC08 Family (Sheet 1 of 2)

Device ROM

(Bytes) RAM

(Bytes)

FLASH

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial MUX A/D PWM COP Pkg Option Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH or

OTP Avail. Comments Documentation

MC68HC08AB16A 16K 1K — 512 4-CH + 4-CH

16-Bit 51 SCI

SPI — 8-CH

8-Bit See

Timer Y 64 QFP(FU) 5.0 8.0

Max C, V, M 908AB32 Production MC68HC08AB16A/D

MC68HC908AB32 — 1K 32K 512 4-CH + 4-CH

16-Bit

I/C, O/C,

or PWM

51 SCI

SPI — 8-CH

8-Bit See

Timer Y 64 QFP(FU) 5.0 8.0

Max C, V, M — Production Order part number

SC510727. MC68HC908AB32A/D

XC68HC908AS60A — 2K 60K

FLASH 1K 6-CH + 2-CH

16-Bit

I/C, O/C,

or PWM

40/46 SCI

SPI J1850

(VPW) 15-CH

8-Bit See

Timer Y 52 PLCC(FN)

64 QFP(FU) 5.0 8.0

Max C, V, M 908AZ60A Production Recommended for

new design-ins. MC68HC908AZ60A/D

XC68HC08AS32 32K 1024 — 512 6-CH + 2-CH

16-Bit

I/C, O/C,

or PWM

40/46 SCI

SPI J1850 8-CH

8-Bit See

Timer Y 52 PLCC(FN)

65 QFP(FN) 5.0 8.0

Max C, V, M 908AS60A Production Recommended for

new design-ins. MC68HC08AS32/D

XC68HC908AZ60A — 2K 60K FLASH 1K 6-CH + 2-CH

16-Bit

I/C, O/C,

or PWM

48 SCI

SPI CAN

2.0a/2.0b 15-CH

8-Bit See

Timer Y 64 QFP(FU) 5.0 8.0

Max C, M, V — Production Recommended for

new design-ins. MC68HC908AZ60/D

68HC08 Motorola’s 68HC08 Family represents one of the

leading device families currently used in automotive

applications and is an industry standard architecture.

Memory The 68HC08 Family offers signiﬁcantly improved

performance over the 68HC05, with increased C compiler code

efﬁciency and the option of on-chip FLASH memory and

EEPROM. The HC908AZ60 is the world’s ﬁrst 8-bit MCU with

integrated FLASH programmable memory, EEPROM, and

CAN/J1850.

msCAN The integrated msCAN module (available on selected

devices) offers designers a cost-effective CAN controller which

is compliant with parts 2.0a and 2.0b of the CAN speciﬁcation.

Technology Motorola is aggressively transferring devices

from 0.65µtechnology (80% UDR) to 0.5µtechnology (85% and

below UDR). A number of new devices were introduced in 2000

at 0.5µ and more will follow in 2001.

Support and Services Motorola offers a full range of services

to accompany all of our microcontrollers, which includes

software development tools and device applications support.

For additional information, please visit:

Documentation

mcu.motsps.com/documentation/index.html

(mask set errata, speciﬁcations, application notes, and other

literature)

Automotive Home Page

motorola.com/semiconductors/automotive/

68HC05 Family 68HC08 Family

PC68HC08AZ32A 32K 1K — 512 4-CH + 4-CH

16-Bit

I/C, O/C,

or PWM

48 SCI

SPI CAN

2.0a/2.0b 15-CH

8-Bit See

Timer Y 64 QFP(FU) 5.0 8.0

Max C, V, M 908AZ60A Samples Recommended for

new design-ins.

See also 16-bit

XC68HC12BC32.

MC68HC08AZ32A/D

XC68HC08AZ60 60K 2K — 1K 6-CH + 2-CH

16-Bit

I/C, O/C,

or PWM

48 SCI

SPI CAN

2.0a/2.0b 15-CH

8-Bit See

Timer Y 64 QFP(FU) 5.0 8.0

Max C, V, M 908AZ60A Production See also 16-bit

PC68HC12D60. MC68HC08AZ60/D

PC68HC908EY8 — 256 7680 — Two 2-CH

16-Bit

I/C, O/C,

or PWM

25 ESCI

SPI LIN 8-CH

8-Bit See

Timer Y 32 QFP 3.0, 5.0 8.0

Max C, V, M — Samples

Q4 01 LIN speciﬁc

microcontroller,

RC oscillator

Contact sales — see

also LIN section

MC68HC08JL3 4K 128 — — 2-CH 16-Bit

I/C, O/C,

or PWM

23 — — 8-CH

8-Bit See

Timer Y 28 DIP(P)

28 SOIC(DW) 3.0, 5.0 8.0

Max C, M 908JL3 Samples Auto qual 3Q01.

RC oscillator

option, LVR with

selectable trip

points, 6-pin LED

drive. PPAP not

available, MC

3Q01.

MC68HC08JL3/H

MC68HC908JL3 — 128 4K FLASH — 2-CH 16-Bit

I/C, O/C,

or PWM

23 — — 12-CH

8-Bit See

Timer Y 28 DIP(P)

28 SOIC(DW) 3.0, 5.0 8.0

Max C. M — Samples Auto qual TBD. RC

oscillator option,

LVR with select-

able trip points, 6-

pin LED drive.

PPAP not avail-

able, MC TBD.

MC68HC908JL3/H

MC68HC908RK2 — 128 2K FLASH — 2-CH, 16-Bit 14 — — — See

Timer Y 20 SOIC(DW)

20 SSOP(SD) 1.8

to 3.6 4.0

Max C — Production Low-power

embedded FLASH

routine

MC68HC908RK2/D

XC68HC908RF2 — 128 2K FLASH — 1-CH, 16-Bit 12 — — — See

Timer Y 32 LQFP(FA) 1.8

to 3.6 4.0

Max C — Production RF transmitter

integrated MC68HC908RF2/D

68HC08 Reference Manuals

CPU08RM/AD

TIM08RM/AD HC08 CPU Reference Manual

HC08 Timer Reference Manual

68HC08 Emulators, Cables, and Adapters

Device Platform Emulation

Modules Packages

Supported Flex Cable Target Head

Adapter Surface Mount

Adapter

68HC08AS20/32/60

68HC908AS32/48/60 M68MMPFB0508

or M68MMDS0508 M68EM08AS60 52 PLCC-FN M68CBL05C X68TC08AX48FN52

64 QFP-FU M68CBL05C X68TC08AX48FU64 M68TQS064SAG1(2)

M68TQP064SA1(2)

68HC08AZ32/60

68HC908AZ60

68HC908AZ60A

68HC908AZ32A

M68MMPFB0508

or M68MMDS0508 M68EM08AZ60 52 PLCC-FN M68CBL05C X68TC08AX48FN52

64 QFP-FU M68CBL05C X68TC08AX48FU64 M68TQS064SAG1(2)

M68TQP064SA1(2)

1. Each QFP target head adapter includes one TQSOCKET with guides (M68TQSxxxSyG1) and one TQPACK disposable surface mount adapter (M68TQPxxxSy1 – 1.2-mm lead length or M68TQPxxxSyMO1 – 1.6-mm lead length). Order addi-

tional TQPACKs and TQSOCKETs (optional) using part numbers referenced in the Surface Mount Adapters column to support multiple target systems.

68HC08 Family (Sheet 2 of 2)

Device ROM

(Bytes) RAM

(Bytes)

FLASH

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial MUX A/D PWM COP Pkg Option Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH or

OTP Avail. Comments Documentation

68HC05 Family

68HC12/68HC16 Families

THE MOTOROLA 68HC12 AND 68HC16 16-BIT MICROCONTROLLER FAMILIES

68HC12 Family (Sheet 1 of 2)

Device ROM

(Bytes) RAM

(Bytes)

FLASH

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial MUX A/D PWM Pkg

Options

Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH

OTP Avail. Comments Documentation

MC9S12DP256 — 12K 256K

FLASH 4K 8-CH, 16-Bit Up to 45 2 SCI

2 SPI Up to 5

CAN and

1 x J1850

2 x 8-CH

10-Bit 8-CH

8-Bit

4-CH

16-Bit

112 LQFP

80 QFP 5.0 25.0 C, V, M(1) — Samples First device as

part of full family

roll-out

MC9S12DP256/D

MC68HC912B32 — 1K 32K

FLASH 768 8-CH, 16-Bit Up to 63 1 SCI

1 SPI J1850 8-CH

8-Bit 4-CH

8-Bit

2-CH

16-Bit

80 QFP 5.0 8.0 C, V, M(1) — Production J1850 muxed

bus, BDM MC68HC912B32/D

XC68HC912BC32 — 1K 32K

FLASH 768 8-CH, 16-Bit Up to 63 1 SCI

1 SPI CAN

2.0a/b 8-CH

10-Bit 4-CH

8-Bit

2-CH

16-Bit

80 QFP 5.0 8.0 C, V, M(1) — Production MSCAN module

on board, BDM MC68HC912B32TS/D

XC68HC12BC32 32K 1K — 768 8-CH, 16-Bit Up to 63 1 SCI

1 SPI CAN

2.0a/b 8-CH

8-Bit 4-CH

8-Bit 80 QFP 5.0 8.0 C, V, M(1) HC912BC32 Production MC68HC912B32TS/D

68HC12 Motorola’s 68HC12 and 68HC16 Families of

microcontrollers represent two of the leading device families currently

used in automotive applications.

Automotive The 68HC12 Family is based around Motorola’s CPU12

core and is complemented by various on-board peripherals such as

memory, timers, and analog-to-digital converters as well as

communications modules such as CAN, SCI, and SPI. The HC12

Family primarily is targeted at automotive applications.

Memory FLASH is the dominant memory type used by the 16-bit

families. Motorola is implementing a new split-gate FLASH cell,

providing great reliability beneﬁts by using a proven technology.

MC9S12DP256 Motorola announces the introduction of a high-

performance, 16-bit automotive MCU, with 256K FLASH memory, and

ﬁve integrated CAN modules — the MC9S12DP256. This device is the

ﬁrst member of the next generation, high-performance HC12 Family.

The entire Family is based on new System on a Chip Design

Technology (SoCDT), which utilizes the latest synthesized design

techniques, to allow faster design, production and qualiﬁcation of new

derivatives, all based on 0.25 µm technology. Based on the powerful

MC9S12 CPU, all Family members will be pin compatible and memory

upgradable, with a variety of on-chip peripheral options. This Family

continues the legacy of Motorola’s best in class automotive MCUs. Full

details of the 128/64/32K derivatives will be provided in the next issue

of the selector guide, in line with ofﬁcial roll-out plan.

msCAN The integrated msCAN module (available on selected HC12

devices) offers designers a cost-effective CAN controller which is

compliant with parts 2.0a and 2.0b of the CAN speciﬁcation.

Service Motorola offers a full range of services to accompany all of

its microcontrollers, which includes software solutions and support as

well as a wide range of low-cost development tools.

For additional information, please visit:

Documentation

mcu.motsps.com/documentation/index.html

(mask set errata, speciﬁcations, application notes, and other literature)

Automotive Home Page

motorola.com/semiconductors/automotive/

68HC05 Family

68HC12/68HC16 Families

MC68HC12BE32 32K 1K — 768 8-CH, 16-Bit

enchanced

capture timer

(ECT)

Up to 63 1 SCI

1 SPI J1850 8-CH

10-Bit 4-CH

8-Bit

2-CH

16-Bit

80 QFP 5.0 8.0 C, V, M(1) HC912B32 Production J1850 muxed

bus MC68HC912B32TS/D

PC68HC912D60A — 2K 60K

FLASH 1K 8-CH, 16-Bit

enchanced

capture timer

(ECT)

Up to 66,

plus up to

18 input

only lines

2 SCI

1 SPI CAN

2.0a/b 2 x 8-CH

10-Bit 4-CH

8-Bit

2-CH

16-Bit

80 QFP(2)

112 LQFP 5.0 8.0 C, V, M(1) — Samples 0.5µ technology,

5V FLASH, MC

plan Q2 01.

Replacement for

XC68HC912D60.

MC68HC912D60/D

XC68HC12D60 60K 2K — 1K 8-CH, 16-Bit

enchanced

capture timer

(ECT)

Up to 66,

plus up to

18 input

only lines

2 SCI

1 SPI CAN

2.0a/b 2 x 8-CH

10-Bit 4-CH

8-Bit

2-CH

16-Bit

80 QFP(2)

112 LQFP 5.0 8.0 C, V, M(1) HC912D60A Production MC68HC912D60/D

MC68HC912DG128A — 8K 128K

FLASH 2K 8-CH, 16-Bit

enchanced

capture timer

(ECT)

Up to 67,

plus up to

18 input

only lines

2 SCI

1 SPI 2 x CAN

2.0ab 2 x 8-CH

10-Bit 4-CH

8-Bit

2-CH

16-Bit

112 LQFP 5.0 8.0 C, V, M(1) — Production 0.5µ technology,

5V FLASH, MC

plan Q4 00. Ideal

for gateway

applications

MC68HC912DT128A/D

MC68HC912DT128A — 8K 128K

FLASH 2K 8-CH, 16-Bit

enchanced

capture timer

(ECT)

Up to 67,

plus up to

18 input

only lines

2 SCI

1 SPI 3 x CAN

2.0a/b 2 x 8-CH

10-Bit 4-CH

8-Bit

2-CH

16-Bit

112 LQFP 5.0 8.0 C, V, M(1) — Production 0.5µ technology.

5V FLASH. Ideal

for gateway

applications.

Replacement for

XC68HC912DG128

MC68HC912DT128A/D

PC68HC912GA32 — 2K 32K 1K 8-CH, 16-Bit,

I/C, O/C,

PWM, RTI

Up to 47 2 SCI,

1 SPI,

CAN

P/I

CAN

2.0a/b 8-CH

10-Bit 4-CH

8-Bit

2-CH

16-Bit

80 QFP 5.0 8.0 C, V, M — Samples Hyperintegration

device, includes

voltage regulator,

CAN phyiscal

interface, and

ISO9141 interface

Contact sales

M68KIT912DPQ56: Evaluatrion board kit for MC9S12DP256, includes evaluation boards, serial debugger interface, and evaluation compiler.

1. M temperature range limited to single-chip mode.

2. 1 x 8-CH 10-bit ATD in 80 QFP option

68HC12 Reference Manual

CPU12RM/AD 68HC12 CPU Reference Manual

68HC12 Family (Sheet 2 of 2)

Device ROM

(Bytes) RAM

(Bytes)

FLASH

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial MUX A/D PWM Pkg

Options

Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH

OTP Avail. Comments Documentation

68HC05 Family

68HC12/68HC16 Families

68HC16 Family

Device ROM

(Bytes) RAM

(Bytes) FLASH

(Kbytes) Device

Integration Timers Serial

Communication Analog Package

Options

Operating

Voltage

(V)

Operating

Frequency

(MHz) Temperature FLASH

OTP Avail. Documentation

XC68HC916Y1 0 2K+2K 48+2 SCIM GPT+TPU MCCI ADC 160 QFP 5.0 16 C — Production MC68HC16Y1UM/AD

MC68HC16Y1 48K 2K 0 SCIM GPT+TPU MCCI ADC 160 QFP 5.0 16 C, V, M HC916Y1 Production MC68HC16Y1UM/AD

MC68HC916Y3 0 4K 96+4 SCIM2 GPT+TPU2 QSM MCCI ADC 160 QFP 5.0 16 C — Production MC68HC16Y3PP/D

(MC68HC16Y3/916Y3UM/AD on

web only)

MC68HC16Y3 96K 4K 0 SCIM2 GPT+TPU2 QSM MCCI ADC 160 QFP 5.0 16 C, V, M HC916Y3 Production MC68HC16Y3PP/D

(MC68HC16Y3/916Y3UM/AD on

web only)

MC68HC916Y5 0 4K 160 SLIM+ACS TPU2+CTM3 RSPI MCCI QADC 160 QFP 5.0 20 C, V — Samples Contact sales

MC68HC16Y5 160K 4K 0 SLIM+ACS TPU2+CTM3 RSPI MCCI QADC 160 QFP 5.0 20 C, V HC916Y5 Samples Contact sales

MC68HC16Z3 8K 4K 0 SIM GPT QSM ADC 132 PQFP

144 LQFP 5.0 16, 20, 25 C, V, M — Production MC68HC16ZUM/AD

68HC16 Reference Manuals

CPU16RM/AD

SIMRM/AD

TPURM/AD

GPTRM/AD

QSMRM/AD

68HC16 CPU Reference Manual

System Integration Module Reference Manual

Timer Processor Unit Reference Manual

General-Purpose Timer Reference Manual

Queued Serial Module Reference Manual

ADCRM/AD

CTMRM/D

MCCIRM/AD

SCIMRM/AD

Analog-to-Digital Converter Reference Manual

Conﬁgurable Timer Reference Manual

Multi-Channel Communication Interface Reference Manual

Single-Chip Integration Module Reference Manual

68HC05 FamilyLocal Interconnect Network

MOTOROLA LOCAL INTERCONNECT NETWORK (LIN) SOLUTIONS

LIN Software Products

Product 68HC05 68HC08 68HC12 MC9S12DP256

LIN Master Now Now 2Q 2001

LIN Slave Now Now Now 3Q 2001

Operating System Now Now 2Q 2001

LIN Physical Interface

Device Supply Wakeup Sleep Mode Slew Rate I Standby Max

MC33399D 7 V to 27 V Several Modes Yes 1 to 2 V/µs50µA

Motorola and LIN As the only semiconductor member of the LIN

consortium, Motorola has the industry’s most advanced range of

components, software, tools, and support available.

Cost Beneﬁts from LIN A LIN sub-bus system uses a single-wire

implementation and self-synchronization, without a crystal or ceramic

resonator, in the slave node. With these cost beneﬁts, high-end

comfort and convenience features no longer need to be limited only to

top-of-the-line cars.

Embedded Controllers Since the LIN sub-bus is based on

common UART/SCI interface hardware, the 8-bit 68HC05, 68HC08,

68HC11, and 16-bit 68HC12 Families provide the industry’s broadest

range of performance and features, affording designers the freedom

to choose parts ideally suited to their needs.

Advanced Integration with LIN Microcontrollers will evolve in the

LIN environment to integrate the voltage regulator, physical interface,

and high-voltage I/O to provide space, cost, and reliability beneﬁts.

Motorola’s hyperintegration and Mechatronics solutions provide this

capability today.

Software for LIN Motorola is working closely with the leading LIN

tool supplier to ensure a ﬁrst class, seamless development and debug

environment for Motorola LIN products.

68HC908EY8 Motorola is pleased to announce the design of the

ﬁrst in a new family of dedicated LIN devices, the 68HC908EY8. A

member of the high-performance HC08 Family of 8-bit MCUs, the

68HC908EY8 is based in 0.5-µm technology and includes all of the

peripherals necessary for a wide range of LIN applications, whether

master or slave. Device peripheral features include an Enhanced

Serial Communications Interface (ESCI) and stable on-chip RC

Oscillator with an accuracy of 2% the key to synchronization with the

LIN protocol bus.

For additional information, please visit:

LIN Home Page

www.lin-subbus.org/

Automotive Home Page

motorola.com/semiconductors/automotive/

68HC05 Family

Local Interconnect Network

Hyperintegration / Mechatronics LIN Slave MCUs

Device ROM

(Bytes) RAM

(Bytes) FLASH

(Bytes) EEPROM

(Bytes) Timer Pkg Option Comments Documentation

MC68HC05PV8 8K 192 — 128 15-Bit 16-Bit

2I/C, 2O/C 28 SOIC(DW) Timer, PWM, A/D, Oscillator, Vreg, HV I/O, op amp,

physical I/F M68HC05PV8/D

MC68HC05PV8A 8K 192 — 128 15-Bit 16-Bit

2I/C, 2O/C 28 SOIC(DW) Hyperintegration device, 100 µA stop IDD current M68HC05PV8/D

MC68HC805PV8 — 192 8K 128 15-Bit 16-Bit

2I/C, 2O/C 28 SOIC(DW) Timer, PWM, A/D, Oscillator, Vreg, HV I/O, op amp,

physical I/F, relay drivers M68HC05PV8/D

MC33393TM — 64 — 1K 16-Bit SO8 Timer, oscillator, 2 x 175 mA H-bridge, mechatronics Contact sales for product reviews

LIN Slave MCUs

Device ROM

(Bytes) RAM

(Bytes)

FLASH

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial A/D PWM COP Pkg Option Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH

OTP Avail. Comments Documentation

XC68HC908JL3 — 128 4K FLASH — 2-CH 16-Bit

I/C, O/C, or PWM 23 — 12-CH

8-Bit See

Timer Y 28 DIP(P)

28 SOIC(DW) 3.0, 5.0 8.0

Max C, M — Samples

(TBD) Automotive qual TBD

RC oscillator option,

LVR w/ selectable trip

points, 6-pin LED drive

MC68HC908JL3/H

PC68HC08AB16A 16K 512 — — 4-CH + 2-CH 16-Bit

I/C, O/C, or PWM 51 SCI SPI 8-CH

8-Bit See

Timer Y 28 QFP 5.0 8.0

Max C, V, M — Production MC68HC08AB16A/D

MC68HC908AB32 — 1K 32K 512 4-CH + 4-CH,

16-Bit

I/C, O/C, or PWM

51 SPI, SCI 8-CH

8-Bit See

Timer Y 64 QFP (FU) 5.0 8.0

Max C, V, M — Production Order # SC510727 MC68HC908AB32A/D

PC68HC908EY8 — 256 8K FLASH — 2 x 2-CH 16-Bit

I/C, O/C, or PWM Up to 25 SPI, ESCI 8-CH

8-Bit See

Timer Y 32 QFP 3.3, 5.0 8.0

Max C, V, M — Samples

Q4 01 LIN-speciﬁc

microcontroller:

ESCI (enhanced SCI)

capable of 13 bit

break detect

Contact sales

MC68HC08JL3 4K 128 — — 2-CH 16-Bit

I/C, O/C, or PWM 23 — 8-CH

8-Bit See

Timer Y 28 DIP(P)

27 SOIC(DW) 3.0, 5.0 8.0

Max C, M 908JL3 Samples Automotive qual TBD

RCoscillatoroption, LVR

with selectable trip

points, 8-pin LED drive

MC68HC08JL3/H

Hyperintegration / Mechatronics LIN Master MCUs

Device ROM

(Bytes

)

RAM

(Bytes

)

FLASH

or OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial A/D PWM COP Pkg Option Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. OTP Avail. Comments Documentation

PC68HC912GA32 — 2K 32K

FLASH 1 K 8-CH 16-Bit

I/C, O/C,

PWM, RTI

Up to 47 2 SCI

1 SPI

CAN

P/I

8-CH

10-Bit 4-CH 8-Bit

2-CH 16-Bit

Y 80 QFP — 8.0 C, V, M — Samples Hyperintegration

device, includes

voltage regulator, CAN

phyiscal interface, and

ISO9141 interface

Contact sales

68HC05 FamilyLocal Interconnect Network

LIN Master MCUs

Device ROM

(Bytes) RAM

(Bytes)

FLASH

or OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial A/D Mux PWM COP Pkg Option Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. OTP Avail. Comments Documentation

XC68HC908AZ60A — 2K 60K

FLASH 1K 6-CH + 2-CH

16-Bit

I/C, O/C,

or PWM

48 SCI

SPI 15-CH

8-Bit CAN

2.0a/2.0b See

Timer Y 64 QFP(FU) 5.0 8.0

Max C, V, M — Production Recommended for

new design-ins. MC68HC908AZ60A/D

PC68HC08AZ32A 32K 1K — 512 4-CH + 4-CH

16-Bit

I/C, O/C,

or PWM

48 SCI

SPI 15-CH

8-Bit CAN

2.0a/2.0b See

Timer Y 64 QFP(FU) 5.0 8.0

Max C, V, M

908AZ60A

Samples Recommended for

new design-ins.

CAN 2.0a and

2.0b

MC68HC08AZ32A/D

MC9S12DP256 — 12K 256K

FLASH 4 K 8-CH 16-Bit Up to 45 2 SCI

1 SPI 2 x 8-CH

10-Bit Up to 5

CAN and

1 x J1850

8-CH 8-Bit

4-CH 16-Bit

Y 112 LQFP

80 QFP 5.0 25.0 C, V,

M(1) — Samples First device as

part of full family

roll-out

MC9S12DP256/D

http://www.mot-

sps.com/automotive

MC68HC912B32 — 1K 32K

FLASH 768 8-CH 16-Bit

I/C or O/C,

RTI, Pulse

Accumulator

Up to 63 SCI

SPI 8-CH

8-Bit J1850 4-CH 8-Bit

2-CH 16-Bit

Y 80 QFP(FU) 5.0 8.0

Max C, V, M — Production J1850,muxedbus,

BDM MC68HC912B32/D

MC68HC12BE32 32K 1K — 768 8-CH 16-Bit

I/C or O/C,

RTI, Pulse

Accumulator

Up to 63 SCI,

SPI 8-CH

10-Bit CAN

J1850 4-CH 8-Bit

2-CH 16-Bit

Y 80 QFP(FU) 5.0 8.0

Max C, V, M — Production BDM, enhanced

timer MC68HC912B32/D

XC68HC912BC32 — 1K 32K

FLASH 768 8-CH 16-Bit

I/C or O/C,

RTI, Pulse

Accumulator

Up to 63 SCI,

SPI 8-CH

10-Bit CAN

J1850 4-CH 8-Bit

2-CH 16-Bit

Y 80 QFP(FU) 5.0 8.0

Max C, V, M — Production msCAN CAN 2.0a

and 2.0b, BDM MC68HC912B32TS/D

PC68HC912D60A — 2K 60K

FLASH 1 K 8-CH 16-Bit

Enhanced

Capture

Timer (ECT)

Up to 66,

plus up to 18

input-only

lines

2 SCI

1 SPI 2 x 8-CH

10-Bit CAN

2.0a/2.0b 4-CH 8-Bit

2-CH 16-Bit

Y 112 QFP 5.0 8.0 C, V,

M(1)

1. M temperature range limited to single-chip mode.

— Samples

Q2 01 0.5µ technology,

5V FLASH,

MC plan Q2 01

MC68HC912D60/D

MC68HC912DG128A — 8K 128K

FLASH 2 K 8-CH 16-Bit

Buffered Input

Captures

Up to 67,

plus up to 18

input-only

lines

2 SCI

1 SPI 2 x 8-CH

10-Bit 2 x CAN

2.0a/2.0b 4-CH 8-Bit

2-CH 16-Bit

Y 112 LQFP 5.0 8.0 C, V,

M(1) — Production 0.5µ technology,

5V FLASH, ideal

for gateway

applications

MC68HC912DT128A/D

MC68HC912DT128A — 8K 128K

FLASH 2 K 8-CH 16-Bit

Buffered Input

Captures

Up to 67,

plus up to 18

input-only

lines

2 SCI

1 SPI 2 x 8-CH

10-Bit 3 x CAN

2.0a/2.0b 4-CH 8-Bit

2-CH 16-Bit

Y 112 LQFP 5.0 8.0 C, V,

M(1) — Production 0.5µ technology,

recommended for

newdesign-ins,5V

FLASH, ideal for

gateway

applications

MC68HC912DT128A/D

XC68HC12D60 60K 2K — 1K 8-CH, 16-Bit

enhanced

capture timer

(ETC)

Up to 66,

plus up to 18

input only

lines

2 SCI

1 SPI 2 x 8-CH

10-Bit CAN

2.0a/2.0b 4-CH 8-Bit

2-CH 16-Bit

80 QFP

112 LQFP 5.0 8.0 C, V,

M(1)

912DG60A

Production MC68HC912D60/D

68HC05 Family

THE MOTOROLA 68HC05 AND 68HC11 8-BIT MICROCONTROLLER FAMILIES

68HC05 Family (Sheet 1 of 2)

Device ROM

(Bytes) RAM

(Bytes)

FLASH

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial MUX A/D PWM COP Pkg Option Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH

or OTP Avail. Comments Documentation

MC68HC705B16 — 352 14.8K 256 16-Bit

2 I/C, 2 O/C 32 SCI

See

comment

— 8-CH

8-Bit 2-CH

8-Bit Y 52 PLCC(FN)

64 QFP(FU) 3.3, 5.0 2.1 C, V, M — Production 705B32 has OTP

for SDIP, SCI has

synchronous

master SPI like

capability

MC68HC05B6/D

MC68HC05B6 5.8K 176 — 256 16-Bit

2 I/C, 2 O/C 32 SCI

See

comment

— 8-CH

8-Bit 2-CH

8-Bit Y 56 SDIP(B)

52 PLCC(FN)

64 QFP(FU)

3.3, 5.0 4.0 C, V, M 705B16

705B32 Production SCI has synchro-

nous master SPI

like capability

MC68HC05B6/D

MC68HC05B8 7K 176 — 256 16-Bit

2 I/C, 2 O/C 32 SCI

See

comment

— 8-CH

8-Bit 2-CH

8-Bit Y 56 SDIP(B)

52 PLCC(FN)

64 QFP(FU)

3.3, 5.0 4.0 C, V 705B16

705B32 Production SCI has synchro-

nous master SPI

like capability

MC68HC05B6/D

MC68HC05B16 14.75K 352 — 256 16-Bit

2 I/C, 2 O/C 32 SCI

See

comment

— 8-CH

8-Bit 2-CH

8-Bit Y 56 SDIP(B)

52 PLCC(FN)

64 QFP(FU)

3.3, 5.0 4.0 C, V, M 705B16

See

comment

Production SCI has synchro-

nous master SPI

like capability.

See also FLASH

MC68HC908JL3

HC705P6AGRS/D

MC68HC05P6 4.5K 176 — — 16-Bit

1 I/C, 1 O/C 21 SIOP — 4-CH

8-Bit — Y 28 DIP(P)

28 SOIC(DW)

28 SSOP (SD)

3.3, 5.0 2.1 C, V, M 705P6A Production See also FLASH

MC68HC908JL3 MC68HC05P6/D

MC68HC05P6AD/D

XC68HC805P18B — 192 — 8K

+128 16-Bit

1 I/C, 1 O/

20 SIOP — 4-CH

8-Bit — Y 28 DIP(P)

28 SOIC(DW) — — C — Production HC805P18GRS/D

MC68HC805PV8 — 192 8K

EEPROM 128 15-Bit

16-Bit

2 I/C, 2 O/C

20 — — 6-CH

8-Bit 1-CH Y 28 SOIC(DW) 3.3, 5.0 2.1 C, V, M 805PV8 Production 4.2MHzhighspeed

available; on-chip

40mVreg.;

hyperintegration

device

HC05PV8GRS/D

MC68HC05PV8A 8K 192 — 128 15-Bit

16-Bit

2 I/C, 2 O/C

20 — — 6-CH

8-Bit 1 Y 28 SOIC(DW) 3.3, 5.0 2.1 C, V, M 805PV8 Production Hyperintegration

device HC05PV8GRS/D

XC68HC705X4 — 176 4K — 16-Bit

1 I/C, 1 O/C 16 — CAN — — Y 28 SOIC(DW) 5.0 2.1 C — Production 2MHz bus speed

only MC68HC05X4/D

MC68HC05X4 4K 176 — — 16-Bit

1 I/C, 1 O/C

MFI, RTI

16 — CAN — — Y 28 SOIC(DW) 5.0 2.1 C 705X4

(limited) Production 2MHz bus speed

only MC68HC05X4/D

MC68HC705X32 — 528 32K 256 16-Bit

2 I/C, 2 O/C 32 SCI CAN 8-CH

8-Bit 2-CH

8-Bit Y 64 QFP(FU) 5.0 4.0 C, V, M — Production 4MHz bus speed

available

See also FLASH

MC68HC908AB32

MC68HC05X16/D

MC68HC05X16 14.75K 352 — 256 16-Bit

2 I/C, 2 O/C 32 SCI CAN 8-CH

8-Bit 2-CH

8-Bit Y 64 QFP(FU) — 2.1 C, V, M 705X32 Production 2MHz bus speed

only.

See also FLASH

MC68HC908AB32

MC68HC05X16/D

68HC05 Reference Manuals

M68HC05AG/AD

M68HC05TB/D Applications Guide

Understanding Small Microcontrollers Text Book

68HC05 Family (Sheet 2 of 2)

Device ROM

(Bytes) RAM

(Bytes)

FLASH

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial MUX A/D PWM COP Pkg Option Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH

or OTP Avail. Comments Documentation

68HC05 Family

68HC11 Family

THE MOTOROLA 68HC11 8-BIT MICROCONTROLLER FAMILY

68HC11 Family (Sheet 1 of 2)

Device ROM

(Bytes) RAM

(Bytes)

FLASH or

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial A/D PWM Pkg

Options

Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH

OTP Avail. Comments Documentation

MC68HC11D0 — 192 — — 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator,

watchdog

32 SPI

SCI — — 40 PDIP

44 QFP

44 PLCC

3.0, 5.0 3.0 Max C, V, M — Production 64K external address bus,

low-voltage version

available

MC68HC11D3/D

MC68HC711D3 — 192 4K — 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator,

watchdog

32 SPI

SCI — — 40 PDIP

44 PLCC

44 QFP

44 CLCC

5.0 3.0 Max C, V, M — Production 64K external address bus,

3MHz, C temperature.

See also FLASH

MC68HC908JL3

MC68HC711D3/D

MC68HC11D3 4K 192 — — 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator,

watchdog

32 SPI

SCI — — 40 PDIP

44 QFP

44 PLCC

3.0, 5.0 3.0 Max C, V, M 711D3 Production 64K external address bus

See also FLASH

MC68HC908JL3

MC68HC11D3/D

MC68HC711E9 — 512 12K 512 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

38 SPI

SCI 8-CH

8-Bit — 52 PLCC

52 CLCC

64 QFP

5.0 3.0 Max C, V, M — Production EEPROM block protect

4MHz available, contact

factory

MC68HC11E/D

MC68HC711E20 — 768 20K 512 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

38 SPI

SCI+ 8-CH

8-Bit — 52 PLCC

64 QFP

52 CLCC

5.0 4.0 Max C, V, M — Production 4MHz available, contact

factory

See also FLASH

MC68HC908AB32

MC68HC11E/D

MC68HC11E20 20K 768 — 512 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

38 SPI

SCI+ 8-CH

8-Bit — 52 PLCC

64 QFP

52 CLCC

5.0 3.0 Max C, V, M 711E20 Production 4MHz available, contact

factory

See also FLASH

MC68HC908AB32

MC68HC11E/D

MC68HC11F1 — 1K — 512 16-Bit, 3/4IC,

4/5OC, watchdog,

RTI, pulse

accumulator

30 SPI

SCI 8-CH

8-Bit — 68 PLCC

80 LQFP 3.0, 5.0 5.0 Max C, V, M — Production 64K external address bus,

4 programmable chip

selects, 4MHz non-mux

address/data bus, low-

voltage version

MC68HC11F1/D

MC68HC11FC0 — 1K — — 6-Bit, 3/4IC,

4/5OC, watchdog,

RTI, pulse

accumulator

— SPI

SCI — — 80 LQFP

64 QFP 3.0, 5.0 5.0 Max C — Production 64K external address bus,

4 programmable chip

selects, extra pair of power/

GND pins

MC68HC11FTS/D

MC68HC11K0 — 768 — — 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

62 SPI

SCI+ 8-CH

8-Bit 4-CH

8-Bit

2-CH

16-Bit

84 PLCC

80 QFP 3.0, 5.0 4.0 Max C, V, M — Production 5MHz non-mux bus,

extended memory map,

4 chip selects

MC68HC11K4/D

MC68HC11K1 — 768 — 640 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

62 SPI

SCI+ 8-CH

8-Bit 4-CH

8-Bit

2-CH

16-Bit

84 PLCC

80 QFP 3.0, 5.0 4.0 Max C, V, M — Production 5MHz non-mux bus,

extended memory map,

4 chip selects

MC68HC11K4/D

MC68HC11K4 24K 768 — 640 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

62 SPI

SCI+ 8-CH

8-Bit 4-CH

8-Bit

2-CH

16-Bit

84 PLCC

80 QFP 3.0, 5.0 4.0 Max C, V, M 711K4

(limited) Production 5MHz non-mux bus,

extended memory map,

4 chip selects

See also FLASH

MC68HC908AB32

MC68HC11K4/D

68HC05 Family

68HC11

MC68HC711KS2 — 1K 32K 640 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

51 SPI+

SCI+ 8-CH

8-Bit 4-CH

8-Bit

2-CH

16-Bit

68 PLCC

80 LQFP 5.0 4.0 Max C, V, M — Production 4MHz non-mux bus,

no MMU, no chip selects,

low-power mode,

security option available

See also FLASH

MC68HC908AB32

MC68HC11K/D

MC68HC11KS2 32K 1K — 640 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

51 SPI+

SCI+ 8-CH

8-Bit 4-CH

8-Bit

2-CH

16-Bit

68 PLCC

80 LQFP 5.0 4.0 Max C, V, M 711KS2 Production 4MHz non-mux bus,

no MMU, no chip selects,

low-power mode,

security option available

See also FLASH

MC68HC908AB32

MC68HC11K/D

MC68HC11KW1 — 768 — 640 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

80 SPI+

SCI+ 10-CH

10-Bit 4-CH

8-Bit 100 LQFP 5.0 4.0 Max C — Production 4MHz non-mux bus,

2 extra timers, 4 chip

selects, extended memory

map

MC68HC11KW1/D

MC68HC711P2 — 1K 32K 640 16-Bit, 3/4IC,

4/5OC, RTI,

pulse accumulator

62 Triple

SPI

SCI

8-CH

8-Bit 4-CH

8-Bit 84 PLCC 5.0 4.0 Max C — Production 64K external address bus,

MI-bus interface, PLL clock

circuitry

See also FLASH

MC68HC908AB32

MC68HC11P2/D

68HC11 Reference Manual

M68HC11RM/AD 68HC11 Reference Manual

68HC11 Family (Sheet 2 of 2)

Device ROM

(Bytes) RAM

(Bytes)

FLASH or

OTP

(Bytes)

EEPROM

(Bytes) Timer I/O Serial A/D PWM Pkg

Options

Oper.

Voltage

(V)

Oper.

Freq.

(MHz) Temp. FLASH

OTP Avail. Comments Documentation

68HC05 Family

683XX/PowerPC Families

PowerPC Family

Device ROM

(Bytes) RAM

(Bytes) FLASH

(Bytes) Device

Integration Timer Serial MUX A/D PWM Operating

Voltage

Operating

Frequency

(MHz) Temp. Package

Options Comments Documentation

MPC555/6 0 26K + 6K

for TPUs 448K USIU 50-channel

timer system:

2 TPU3

+ MIOS1

QSMCM

(2 SCI + QSPI)

+ 2 TOUCAN

2 x

TOUCAN 2 QADC64

(10-Bit A/D with

64 result registers

on each)

8 x

PWM 3.3Vdc for core,

5.0Vdc for FLASH 40 M 272 PBGA Production available

now MPC556

offers code

compression support

MPC555UM/AD

TPURM/AD

RCPURM/AD

MPC561/2 0 32K + 8K

for TPU + 2K

for DECRAM

0 USIU 54-channel

timer system:

2 TPU3

+ MIOS14

QSMCM

(2 SCI

+ 1 QSPI)

+ 3 TOUCAN

3 x

TOUCAN 2 QADC64E

(10-Bit A/D with

64 result registers

each)

32 channels on chip

12 x

PWM 2.6Vdc for core,

5.0Vdc for A/D

and I/O

40 or 56 M 388 PBGA Samples 2H 2001

MPC562 offers code

compression support

MPC561UM/AD

TPURM/AD

RCPURM/AD

MPC563/4 0 32K + 8K

for TPU + 2K

for DECRAM

512K USIU 54-channel

timer system:

2 TPU3

+ MIOS14

QSMCM

(2 SCI

+ 1 QSPI)

+ 3 TOUCAN

3 x

TOUCAN 2 QADC64E

(10-Bit A/D with

64 result registers

each)

32 channels on chip

12 x

PWM 2.6Vdc for core,

5.0Vdc for A/D

and I/O

40 or 56 M 388 PBGA Samples 2H 2001

MPC564 offers code

compression support

MPC561UM/AD

TPURM/AD

RCPURM/AD

MPC565/6 0 36K + 10K

for TPU + 4K

for DECRAM

1M USIU 70-channel

timer system:

3 TPU3

+ MIOS14

QSMCMx2

(4 SCI

+ 2 QSPI) +

3 TOUCAN

3 x

TOUCAN 2 QADC64E

(10-Bit A/D with

64 result registers

each)

40 channels on chip

12 x

PWM 2.6Vdc for core,

5.0Vdc for A/D

and I/O

40 or 56 M 388 PBGA Samples 2H 2001

MPC566 offers code

compression support

MPC565UM/AD

TPURM/AD

RCPURM/AD

Device Processor

Speed (Typ) Drystone

Performance (MIPS) Microprogrammable

Module Translation

Lookaside Buffers FPU

Floating Point Unit Parallel

(Bits) Power Dissipation

(Typ) Miscellaneous

Peripherals Cache-L1

Instructional Cache-L1

Data

MPC823E 81 MHz 105 + 80 MHz CPM 8-entry — 53 170 m @ 25 MHz 2 UARTs, 1 IC, 1 SPI, USB 16 KBytes 8 KBytes

32-Bit Legacy Motorola’s PowerPCand MC683XX Families

of microcontrollers (MCU) represent two of the leading device

families currently used in automotive applications.

Automotive At the heart of the industry’s smartest automotive

systems is the PowerPC 32-bit RISC core, a high-performance

MCU that provides customers with added performance to tackle

increasingly complex control functions. The PowerPC Family is

code compatible and complemented by various on-board

peripherals such as memory, timers, and analog-to-digital

converters as well as communications modules such as CAN,

SCI, and SPI.

Memory FLASH is the dominant memory type used by the

32-bit families. Motorola is implementing a new split-gate

FLASH cell, providing great reliability beneﬁts by using a proven

technology.

MPC565 The MPC565 is the latest addition to the automotive

PowerPC Family whose success accelerated in 1998 with the

introduction of the MPC555. The MPC565 has been designed

speciﬁcally for the harsh automotive environment and offers the

high performance of a 56MHz PowerPC core and advanced

peripheral features all integrated with 1M of FLASH memory

on a single chip. Leading the MPC500 Family in functionality

and integration, the MPC565 extends Motorola’s portfolio of

high-power embedded MCUs available to the automotive

market.

Service Motorola offers a full range of services to accompany

all of its microcontrollers, along with software solutions, support,

and a wide range of low-cost development tools.

For additional information, please visit:

Documentation

http://mcu.motsps.com/documentation/index.html

(mask set errata, speciﬁcations, application notes, and other

literature)

Automotive Home Page

http://www.mot-sps.com/automotive/

68HC05 Family 683XX/PowerPC Families

M•CORE Devices

Device ROM or

EPROM

(Bytes)

RAM

(Bytes) EEPROM

(Bytes) Timer Serial A/D Operating

Voltage

(V)

Operating

Frequency

(MHz) Temperature Package

Options Available MC

MMC2103 64K

FLASH 2K SRAM 0 16-Bit, 2-CH PWM,

4-CH DASM QSPI, QSCI, SCI,

BDLC, DSIM, CAN 10-Bit, 10-CH

QADC 3.3, 5 33 C, V, M 100 QFP Production 1H01

MMC2107 128K

FLASH 8K SRAM 0 Dual 4-CH capture/compare,

3-CH PWM SCI 10-Bit, 8-CH

QADC 3.3, 5 33 100 LQFP

144 LQFP Production PPAP not

available

MMC2111 128K

FLASH 4K SRAM 0 16-Bit, 2-CH PWM,

4-CH DASM QSPI, QSCI, SCI,

BDLC, DSIM, CAN, SPI 10-Bit, 10-CH

QADC 3.3, 5 33 C, V, M 112 QFP Samples 2H01

683XX Family

Device ROM

(Bytes) RAM

(Bytes) FLASH

(Bytes) Device

Integration Timer Serial A/D Operating

Voltage

(V)

Operating

Frequency

(MHz) Temperature Package

Options Avail. Comments Documentation

MC68332 0 2K 0 SIM TPU QSM — 5.0 16, 20, 25 C, V, M 132 PQFP

144 LQFP Production MC68332UM/AD

MC68LK332EC16/D

SCIMRM/AD

MC68336 0 4K+3.5K 0 SIM TPU CTM4 QSM QADC 5.0 20, 25 C, V, M 160 QFP Production MC68336/376PP/D

MC68336/376UM/AD

SCIMRM/AD

MC68F375 8K 6K TPU

8K SRAM 256K SCIM2 CTM9

TPU3 2 SCI

TOUCAN

Queued

SPI

QADC64/

AMUX 3.3, 5.0 33 M 217 PBGA Production MC683F375UM/AD

SCIMRM/AD

MC68376 8K 4K+3.5K 0 SIM TPU CTM4 QSM

TOUCAN QADC 5.0 20, 25 C, V, M 160 QFP Production MC68336/376PP/D

MC68336/376UM/AD

SCIMRM/AD

683xx Reference Manuals

CPU32RM/AD CPU32 Reference Manual

SIMRM/AD System Integration Module Reference Manual

TPURM/AD Timer Processor Unit Reference Manual

GPTRM/AD General-Purpose Timer Reference Manual

QSMRM/AD Queued Serial Module Reference Manual

ADCRM/AD Analog-to-Digital Converter Reference Manual

CTMRM/D Conﬁgurable Timer Reference Manual

SCIMRM/D Single-Chip Integration Module Reference Manual

68HC05 Family

Automotive Door System

Automotive Door System Example

Device Application Suggested Device Device Highlights

System basis chip with CAN XSCVR, 2V-regulators, reset, IRQ MC33889 SPI, CAN low-speed tolerant physical interface (125kbps)

Contact monitoring and dual low-side protected driver MC33287DW Parallel interface, VBDSS = 65V, RDSON = 1.4Ω, ILoad = 0.5A

LIN physical interface MC33399D Supply 7V to 27V, several wakeup modes, sleep mode, slew rate 1 to 2V/µs

Microcontroller MC9S12DP256 256K FLASH, 12K RAM, 4K EEPROM, up to 5 CAN and 1 J1850, 2 x SPI, 2 x SCI

Microcontroller XC68HC908AZ60A 60K FLASH, 2K RAM, 1K EEPROM, CAN, 64 QFP(FU), 0.5µ device

Motor driver/controller MC33186DH1R2 150MΩ H-bridge driver, VBDSS = 40V, RDSON = 0.15Ω

High-side driver MC33486DH Motor control with diagnostics and current recopy function, H-bridge, VBDSS = 40V, RSDON = 15MΩ, ILoad = 1-A – 20A

TMOS power FET MTB75N06HD 60V, 0.01Ω

M68HC08

VBATT

MIRROR

POSITION

MIRROR

FOLD

DOOR

LOCK

MTB75N06HD

WINDOW

LIFT

I/O

MTB75N06HD

I/O

SPI

WAKE UP

TERMINATION

V 3

CAN L RTH

RTL

CAN H CAN LOW SPEED

VREG

WATCHDOG

MC33389

SPI

5 V

DOOR SWITCH

DUAL LOW

FAULT TOLERANT

VBATT

RX/TX

MC9S12DP256

PANEL SWITCH

IGNIT SWITCH

BATTERY SUPPLY

INTERRUPT

RESET

SIDE SWITCH

PANEL ILLUMINATION

VBATT

MC33290D

RX/TX

K-LINE DIAGNOSTIC

PANEL SWITCHES

I/O

VDD

SPI

MC33887 M

VBATT

MC33887 M

VBATT

MC33887 M

VBATT

MC33887 M

MC33486DH

VBATT

MC33287DW

CONTACT MONITORING

FAMILY

68HC05 Family

Intelligent Switches Unit

Body Controller Switching Unit Example

Device Application Suggested Device Device Highlights

System basis chip with CAN XSCVR, 2V-regulators, reset, IRQ MC33889 SPI, CAN low-speed tolerant physical interface (125kbps)

Contact monitoring and dual low-side protected driver MC33287DW Parallel interface, VBDSS = 65V, RDSON = 1.4Ω, ILOAD = 0.5A

LIN physical interface MC33399D Supply 7V to 27V, several wakeup modes, sleep mode, slew rate 1 to 2V/µs

Microcontroller XC68HC908AZ60A 60K FLASH, 2K RAM, 1K EEPROM, CAN, 64 QFP(FU), 0.5µ device

Motor driver/controller MC33186DH1R2 150MΩ H-bridge driver, VBDSS = 40V, RDSON = 0.15Ω

High-side driver MC33486DH Motor control with diagnostics and current recopy function, H-bridge, VBDSS = 40V, RSDON = 15MΩ, ILoad = 1-A – 20A

TMOS power FET MTB75N06HD 60V, 0.01Ω

Microcontroller MC9S12DP256 256K FLASH, 12K RAM, 4K EEPROM, timer, up to 5 CAN, 1 x J1850

M68HC08

VBATT

FLASHER

MTB75N06HD

FRONT WIPER

SUN ROOF

I/O

MTB75N06HD

I/O

SPI

WAKE UP

TERMINATION

CAN L

RTH

RTL

CAN H CAN LOW SPEED

VREG

WATCHDOG

MC33389

SPI

DOOR SWITCH

MC33884DW

CONTACT MONITORING

2 (UP TO 6)

FAULT TOLERANT

VBATT

RX/TX

MC9S12DP256

PANEL SWITCH

IGNIT SWITCH

BATTERY SUPPLY

INTERRUPT

RESET

MC33399D

RX/TX

SUB BUS LIN

BANK OF SWITCHES

VDD

SPI

MC33286DW

MC33486DH

HIGH SIDE SWITCH

21W TO 35W

MC33286DW

HIGH SIDE SWITCH

55W TO 65W

MC33288DH

HIGH SIDE SWITCH

MC33286DW

HIGH SIDE SWITCH M

VBATT

REAR WIPER

WASH WIPER

FOG

FRONT

REAR

BRAKE

COURTESY

LAMP...

SPI

6 (UP TO 10)

PANEL ILLUMINATION

VBATT

12 INPUTS

INT

MC33880DW

OCTAL CONFIGURABLE

SWITCH (HS/LS)

SPI

6 (UP TO 10)

FAMILY

68HC05 Family

RKE Transmitter/Receiver

RKE Transmitter/Receiver System Example

I/O

WITH

KBI

68HC908RK2

VCO

PFD OP1

OP2

XTL

UPCLK

TIM

PTB0

MC33492

DATA

RFIN

ADC

TIM

SPI

I/O

J1850

STROBE/

WAKEUP

MC33590

DATA OUT

68HC08AZ32

68HC08AS20/

/CAN

MC33390

MC33388

ANTENNA

SAW

FILTER

VBATT

VBATT VBATT

VBATT

MUX

BUS

LED RF DATA

KEY FOB

BUTTONS

VBATT

68HC908RF2

Device Application Suggested Device Device Highlights

Microcontroller MC68HC908RK2 2K FLASH, 128K RAM, timer, low-power embedded FLASH routine

Microcontroller XC68HC908RF2 2K FLASH, 128K RAM, timer, integrated RF transmitter

RF transmitter/receiver MC33492 PLL tuned UHF transmitter (ASK and FSK modulation)

RF transmitter/receiver MC33590 PLL tuned UHF AM receiver

Microcontroller XC68HC08AS32 20K ROM, 1K RAM, 512 EEPROM, timer, A/D, SCI, SPI, J1850

J1850 serial link transceiver MC33390 GM/Chrysler J1850 Class B

CAN physical interface MC33388D SPI, CAN low-speed tolerant physical interface (125kbps)

RECEIVER

TRANSMITTER

68HC05 Family DSI Architecture

DSI Architecture Example

Device Application Suggested

Device Device Highlights

DSI physical interface MC33790 2-channel DSI physical interface for bus masters

M•CORE Microcontroller MMC2103 With on-chip 8-channel DSI bus master protocol module

DSI Sensor PC33793 Connects analog output sensors to the bus

DSI ﬁring unit PC33792 Connects remote squibs to the bus

Inertial sensor 50g Dual axis, XY direction

Inertial sensor 250g Single axis, Z direction

RFU

OPTIONS

BASE SYSTEM

LEFT REAR AIR BAG STAGE I

LEFT REAR AIR BAG STAGE II

RIGHT REAR AIR BAG STAGE I

RIGHT REAR AIR BAG STAGE II

REAR BELT PRETENSIONER III

ALTERNATOR DISCONNECT

RFU

50g

DUAL AXIS

ACCELEROMETER

CENTRAL

ECU

MMC2103

64K FLASH

2K RAM

2–4 TIMER CHANNELS

10-CH 10-BIT ADC

QSPI, QSCI, SCI,

BDLC, DSIM, CAN

Vreg + RESET

BOOST SUPPLY

FAIL LAMP DRIVER

CAN OR J1850

PHYSICAL LAYER

1 IC

MCU

4–8 BIT

OCCUPANT PRESENCE

DETECTOR

ASIC

MCU

4–8 BIT

OCCUPANT PRESENCE

DETECTOR

ASIC

MCU

4–8 BIT

OCCUPANT PRESENCE

DETECTOR

ASIC

MCU

4–8 BIT

OCCUPANT PRESENCE

DETECTOR

ASIC

MCU

4–8 BIT

OCCUPANT PRESENCE

SENSOR

ASIC

SWITCH

ACCELEROMETER

MCU + Vreg +

COM. DRIVER

SINGLE AXIS

ACCELEROMETER

1–2 ICs

1 PACKAGE

ACCELEROMETER

MCU + Vreg +

COM. DRIVER

250g

SINGLE AXIS

ACCELEROMETER

BUCKLE-UP DETECTION

OCCUPANT DETECTION

SIDE IMPACT SENSORS

SENSOR BUS

FIRING BUS I

FIRING BUS II

FIRING BUS IIIFIRING BUS IV

DRIVER AIR BAG STAGE I

DRIVER AIR BAG STAGE II

PASSENGER AIR BAG STAGE I

PASSENGER AIR BAG STAGE II

DRIVER KNEE AIR BAG

PASSENGER KNEE AIR BAG

PASSENGER BELT PRETENSIONER

PASSENGER SIDE AIR BAG STAGE I

PASSENGER SIDE AIR BAG STAGE II

REAR SIDE AIR BAG STAGE III

REAR SIDE AIR BAG STAGE IV

REAR BELT PRETENSIONER II

DRIVER BELT PRETENSIONER

DRIVER SIDE AIR BAG STAGE I

DRIVER SIDE AIR BAG STAGE II

REAR SIDE AIR BAG STAGE I

REAR SIDE AIR BAG STAGE II

REAR BELT PRETENSIONER I

RFU

68HC05 Family

Single-Point Sensing

Motorola Single-Point Sensing Solution Example

Device Application Suggested

Device Device Highlights

Inertial sensor 50g Dual axis, XY direction

Inertial sensor 50g Single axis, X or Z direction

Inertial sensor 250g Single axis, Z direction

Microcontroller MC68HC05PV8A 8K ROM, 192 RAM, 128 EEPROM, timer, PWM, A/D

CAN physical interface MC33388D SPI, CAN, low-speed tolerant physical interface (125kbps)

Microcontroller XC68HC912BC32 32K FLASH, 1K RAM, 768 EEPROM, timer, PWM, A/D, SCI, SPI, CAN

Microcontroller PC68HC08AZ32A 32K ROM, 1K RAM, 512 EEPROM, timer, PWM, A/D, SCI, SPI, CAN

OPTIONS

BASE SYSTEM

SWITCH

SINGLE AXIS

ACCELEROMETER

ASIC

DISCRETES

1–2 ICs

1 PACKAGE

MCU

4–8 BIT

SINGLE AXIS

ACCELEROMETER

ASIC

DISCRETES

250g

MCU

4–8 BIT

50g

SINGLE AXIS

ACCELEROMETER

SEATING SENSOR

MCU

8-BIT MCU 8 MHz BUS

12K–32K ROM

512–1K RAM, 512 EEPROM

2–8 TIMER CHANNELS

SPI, SCI

8–10 CH, 8-BIT ADC

J1850 OR CAN OPTION O

FLASH/EPROM VERSION

FOR QUICK TURN

1 IC

CAN OR J1850 PHYSICAL LAYER

Vreg + RESET

BOOST SUPPLY

FAIL LAMP DRIVER

ISO INTERFACE

SQUIB DRIVER AND

DIAGNOSTICS

CIRCUITS

1 IC

SQUIB DRIVER AND

DIAGNOSTICS

OCCUPANT

1 IC

SQUIB

2A 2ms

SQUIB

2A 2ms

SQUIB

2A 2ms

SQUIB

2A 2ms

SQUIB

2A 2ms

SQUIB

2A 2ms

SQUIB

2A 2ms

SQUIB

2A 2ms

MCU

4–8 BIT

OCCUPANT PRESENCE

DETECTOR

ASIC

DRIVER AIR BAG

PASSENGER AIR BAG

DRIVER BELT PRETENSIONER

PASSENGER BELT PRETENSIONER

DRIVER AIR BAG I

DRIVER SIDE AIR BAG II

PASSENGER SIDE AIR BAG I

PASSENGER SIDE AIR BAG II

SIDE IMPACT SENSORS

BUCKLE-UP

DETECTION

CENTRAL

ECU

DETECTION

50g

DUAL AXIS

ACCELEROMETER

68HC05 Family Adaptive Suspension

Adaptive Suspension

Device Application Suggested

Device Device Highlights

Main MCU 68HC05B16 14.75K ROM, 352K RAM, 256K EEPROM, timer, SCI, A/D, PWM

Pressure sensor MPX5999 1000KPa max. pressure rating, 4.5-mV/KPa sensitivity, 6-pin unibody package

System basis chip PC33989 Cval Vreg+LS CAN+Wdg+3 WK up inputs, low speed, dual fault tolerant, 12V battery, 150µA, dual

voltage regulator, watch dog, wake up input, sleep

VEHICLE SPEED

INDICATOR

WARNING

INDICATOR(S)

SYSTEM

POWER

DRIVER/MANUAL

CONFIGURATION

VEHICLE LEVEL

SENSORS

SYSTEM MANAGEMENT PACKAGE

MICROCONTROLLER

68HC05B16

PUMP SWITCH/

POWER STAGE*

SENSOR*

SIGNAL

CONDITIONING

* Contact sales

PRESSURE SENSOR

MPX5999

VALVE*

DRIVERS

AIR PUMP AIR IN AIR FLOW

CONTROL VALVES AIR SPRING

AIR OUT

REGULATORS

& CAN HS P/I

SYSTEM

VOLTAGE

PC33989DW

BASIS CHIP

68HC05 Family

Antilock Braking System

Device Application Suggested

Device Device Highlights

Main MCU PC68HC912D60A 2K RAM, 60K FLASH, 8-CH/16-bit ECT, 2 SCI, SPI, CAN 2.0a/b

H-bridge driver MC33886 150-mΩ H-bridge driver

Low-side driver MC33293AT Dual low-side driver

Fail-safe MCU PC68HC08AZ32A 32K ROM, 1K RAM, 512 bytes EEPROM, CAN 2.0a/b, 64 QFP packaging option

SENSOR*

SIGNAL

CONDITIONING MAIN

MICROCONTROLLER

68HC912D60A

FAIL-SAFE

MICROCONTROLLER

68HC08AZ32A

FAULT

INDICATOR

REDUNDANT

VEHICLE

SPEED

SENSORS

BUS

CONTROL PACKAGE

FAIL-SAFE*

SWITCH

CURRENT*

VERIFICATION

CURRENT*

VERIFICATION

CAN*

PHYSICAL

SYSTEM-

INTERFACE

BASIS-CHIP

MC33886

H-BRIDGE

DRIVER

* Contact sales

SYSTEM

POWER

QUAD LOW-SIDE

DRIVER x 2

MC33293AT

SOLENOIDS

POWERTRAIN

MOTOR

FLUID

RESEVOIR

HIGH-SPEED

68HC05 Family

Electric Power Assist

Electric Power Assist Steering System Example

Device Application Suggested

Device Device Highlights

Main MCU XC68HC912BC32 32K ROM, 1K RAM, 768 bytes EEPROM, CAN 2.0a/b, 80 QFP packaging option

Fail-safe MCU PC68HC08AZ32A 32K ROM, 1K RAM, 512 bytes EEPROM, CAN 2.0a/b, 64 QFP packaging option

H-bridge driver MC33253 Full bridge pre-driver, 1A pulse current, global enable, SO20 packaging

SENSOR*

SIGNAL

CONDITIONING

MAIN

MICROCONTROLLER

68HC912BC32**

FAIL-SAFE

MICROCONTROLLER

68HC08AZ32A

FAULT

INDICATOR

STEERING

WHEEL

POSITION

SENSOR

TORQUE

SENSOR

VEHICLE

SPEED

ENGINE

SPEED

SYSTEM

POWER

CONTROL PACKAGE

FAIL-SAFE*

SWITCH

CURRENT*

VERIFICATION

CLUTCH*

DRIVE

MOTOR

FAIL-SAFE

CLUTCH

REGULATORS

& CAN HS P/I

SYSTEM

MC33253

H-BRIDGE

PRE-DRIVER

* Contact sales

** The 68HC912D60 or 68HC912D128

may also be used in this application.

VOLTAGE

PC33989DW

BASIS CHIP

68HC05 Family

TPMS

Tire Pressure Monitoring System (TPMS) Enabling Chip Set

Device Application Suggested

Device Device Highlights

Pressure sensor MPH6700A6 Surface micromachined CMOS technology, power control, battery voltage detection, and wakeup,

SSOP package

UHF receiver MC33591 PLL tuned UHF AM receiver

UHF transmitter + MCU (FLASH) MC68HC908RF2 2K user FLASH ROM, 128 RAM, timer, integrated RF transmitter

Receiver Microcontroller MC9S12DP256 256K FLASH, 12K RAM, 4K EEPROM, up to 5 CAN, 1xJ1850, 250MHz operating speed.

PRESSURE

SENSOR

WAKEUP TIMER

POWER

CONTROL

TEMPERATURE

SENSOR

A/D

PLL UHF TRANS

HC08

2K FLASH LV

RC OSC/EXT OSC

TIMER

LOW VOLT DETECT

RAM

MPH6700A6 MC68HC908RF2

–

3–6 VOLT

LITHIUM

BATTERIES

RSM

BAT

MC68HC908RF2

RKE

MC33591

MC9S12DP256

RKE

AND

TPMS

RECEIVER

68HC05 Family Direct Injection System

Direct Injection System Example

Fuel

Inj Fuel

Inj

Fuel

Inj

Fuel

Inj

Sensor

Bus

OSEK

PowerPC

+FPU Flash

1M RAM

36K

TPU3 TPU3TPU3 Tou

CAN Tou

CAN

Tou

CAN

QADC

QSM

MPC565

Power

Injector-Driver

MC33385DH

High Current

Driver

Spark Coils

Exhaust After-

Treatment

Fuel rail

SPI

Stratified StratifiedStratified

NOX

Sensor

NOX

Sensor

NOX

Sensor

NOX

Sensor

Transmission

Calibration

HBRIDGE

MC33186DH1 Throttle

Control

Monitor

SPI

CAN

TPU

QADC

CCP Driver Flash Driver TPU LLD Suite

SMOS

Key

Fuel rail Fuel rail

Stratified

Exhaust

After-

Treatment

Device Suggested Device Device Highlights

PowerPC microcontroller MPC565 1M FLASH, 36K RAM + 10K for TPU + 4K DECRAM

H-bridge driver MC33186DH1 150-mΩ H-bridge driver

Direct injection FET driver MC33385DH Direct fuel injection MOSFET driver and controller

68HC05 Family

Driver Information

Driver Information Systems, mobileGT™ Architecture

Device Processor

Speed (Typ) Drystone

Performance (MIPS) Microprogrammable

Module Translation

Lookaside Buffers FPU

Floating Point Unit Parallel

(Bits) Power Dissipation

(Typ) Miscellaneous

Peripherals Cache-L1

Instructional Cache-L1

Data

MPC823E 81 MHz 105 + 80 MHz CPM 8-entry — 53 170 m @ 25 MHz 2 UARTs, 1 IC, 1 SPI, USB 16 KBytes 8 KBytes

IEEE 1394, MOST,

CAN, J1850, IDB

WEB /

E-MAIL

SMART CARD /

E-COMMERCE

RAPID HUMAN

UI PROTOTYPING

SPEECH RECOG./

SYNTHESIS

NAVIGATION /

MAPPING

POWER PC

823E

32-BIT

RISC CORE

32-BIT

RISC

COMMUNICATION

PROCESSOR

MODULE

FLEXIBLE/

MULTIPLE

ON-CHIP

I/O

CHANNELS

OPERATING SYSTEM/DRIVERS

JAVA VM

FLASH

RAM

GATEWAYS AND COMMUNICATION

INTERFACES

SOFTWARE

APPLICATIONS

DAB

DIGITALLY CONTROLED ANALOG RADIO

WIRELESS

BLUETOOTH, IrDA, CELLULAR

POSITIONING/NAVIGATION

SERVER-BASED AUTON.

OTHER . . .

IMAGING SMART CARD

READER

2-WAY

PAGING

BROADCAST

68HC05 Family Deﬁnitions

— Deﬁnitions —

ADC — Analog-to-Digital Converter

BDM — Background Debug Mode

CAN — Controller Area Network

CDIP — Ceramic Dual In-Line Package

CLCC — Ceramic Leaded Chip Carrier

COP — Computer Operating Properly (Watchdog Timer)

CPU16 — 16-Bit Central Processor Unit (HC11 Compatible)

CPU32 — 32-Bit Central Processor Unit (68000 Compatible)

CTM — Conﬁgurable Timer Module (Various Hardware Options)

DIP — Dual In-line Package

DTMF — Dual-Tone Multi-Frequency

EBI — External Bus Interface

GPT — General-Purpose Timer Module (4 IC, 5 OC, 2 PWM)

IC — Input Capture

I2C — Inter-Integrated Circuit

i/o — Bidirectional Input and Output Port Pins

i — Input-Only Port Pins

ISPI — Interval Serial Peripheral Interface

KBI — Keyboard Interrupt

LCD — Liquid Crystal Display

LTD — Limited Availability

LQFP — Low-Proﬁle Quad Flat Pack

LVI — Low-Voltage Interrupt

LVR — Low-Voltage Reset

MC — Fully Qualiﬁed Production

MCCI — Multi-Channel Communication Interface (2 SCI, SPI)

MFT — Multi-Function Timer

MUX — Multiplexed

o — Output-Only Port Pins

OC — Output Compare

PC — Pre-Qualiﬁcation, Engineering Samples Only

PEEP — Personality EEPROM

PEP — Personality EPROM

PLCC — Plastic Leaded Chip Carrier

PLL — Phase-Locked Loop

PQFP — Plastic Quad Flat Pack

PWM — Pulse-Width Modulation

QADC — Queued Analog-to-Digital Converter (10-Bit)

QFP — Quad Flat Pack

QSM — Queued Serial Module (SCI + QSPI)

QSPI — Queued SPI

RTI — Real-Time Interrupt

SCI — Serial Communication Interface

SCI+ — Enhanced SCI

SCIM — Single-Chip Integration Module

SDIP — Shrink Dual In-line Package

SIM — System Integration Module

SIML — Low-Power System Integration Module

SIOP — Simple Serial I/O Port

SPI — Serial Peripheral Interface

SPI+ — Enhanced SPI

SRAM — Standby RAM Module

TPU — Time Processor Unit (16 Programmable Channels)

TPURAM — Standby RAM Module with TPU Emulation Capability

UART — Universal Asynchronous Receiver/Transmitter

USB — Universal Serial Bus

XC — Initial Production Qualiﬁcation, Not Fully Characterized

— Package Designators —

B — Shrink DIP (70 mil spacing)

DW — Small Outline (Wide-Body SOIC)

FA — 7 x 7 mm Quad Flat Pack (QFP)

FB — 10 x 10 mm Quad Flat Pack (QFP)

FE — CQFP (windowed) — Samples Only

FN — Plastic Quad (PLCC)

FS — CLCC (windowed) — Samples Only

FT — 28 x 28 mm Quad Flat Pack (QFP)

FU — 14 x 14 mm Quad Flat Pack (QFP)

FZ — CQFP (windowed) — Samples Only

K — Cerdip (windowed) — Samples Only

L — Ceramic Sidebraze

P — Dual in-Line Plastic

PU — 14 x 14 mm Low-Proﬁle Quad Flat Pack (LQFP)

PV — 20 x 20 mm Low-Proﬁle Quad Flat Pack (LQFP)

S — Cerdip (windowed) — Samples Only

TM — Mechatronics Connector

68HC05 Family

Nomenclature

Device Numbering System for Microcontrollers

Device Numbering System for Pressure Sensors

MC 68HC 908 JK3 X XX

QUALIFICATION STATUS CORE

0x ROM

70x OTP

80x EEPROM

90x FLASH

FAMILYTEMPERATURE RANGE

PACKAGING DESIGNATOR

MPXS2XXXAPXT1

DEVICE CATEGORY

QUALIFIED STANDARD

CUSTOM DEVICE

PROTOTYPE DEVICE PRESSURE SENSORS

PACKAGING TYPE

NONE

A/V

UNIBODY

SMALL OUTLINE PACKAGE

SMALL OUTLINE

P, X

DEVICE FEATURES

NONE

UNCOMPENSATED

TEMPERATURE COMPENSATED/CALIBRATED

OPEN

TEMPERATURE COMPENSATED/CALIBRATED/

SIGNAL CONDITIONED AUTOMOTIVE ACCURACY

TEMPERATURE COMPENSATED/CALIBRATED/

SIGNAL CONDITIONED

OPEN

SHIPPING METHOD

NONE

TRAYS

TAPE AND REEL

RAIL

LEADFORM OPTION

1–2

3–5

6–7

OPEN

CONSULT FACTORY

OPEN

NGP* ONLY

PORTING STYLE

AXIAL PORT (SMALL OUTLINE PACKAGE)

PORTED (UNIBODY)

P = SINGLE PORT

DP = DIFFERENTIAL PORT

STOVEPIPE PORT (UNIBODY)

AXIAL PORT (UNIBODY)

MAXIMUM PRESSURE IN kPa,

EXCEPT FOR MPX2300

EXPRESSED IN mmHg

DEVICE TYPE

ABSOLUTE

GAUGE

DIFFERENTIAL

OPEN

C = –40°C to 85°C

V = –40°C to 105°C

M = –40°C to 125°C

MEDIA RESISTANT PACKAGE

Device Numbering System for MPC5xx K MPC 5xx L F M ZP 40

SAMPLE PACK CONTAINING QUALIFICATION STATUS

DEVICE DESIGNATOR

500 – 599

TPU MASK

MEMORY TYPE

TWO PARTS; IF BLANK, THEN

TRAY PARTS IS IMPLIED. PPC = ENGINEERING SAMPLES

XPC = PILOT PRODUCTION

MPC = FULL SPEC QUALIFIED

PRODUCT BLANK

L = TPU2 A/G COMBO

BLANK = NONE

F = FLASH

TEMPERATURE RANGE

C = –40°C to 85°C

V = –40°C to 105°C

M = –40°C to 125°C

PACKAGE TYPE

ZP = 272 PIN PBGA

BUS SPEED

40 = 40 MHz

56 = 56 MHz

BLANK = –40°C to 70°C

(ALL MPC5xx PARTS ONLY AVAILABLE IN M TEMP)

H SUPER SMALL OUTLINE PACKAGE

68HC05 Family

Package Options

84-Lead PLCC/CLCC 68-Lead PLCC/CLCC 52-Lead PLCC/CLCC 44-Lead PLCC/CLCC

160-Lead QFP 144-Lead LQFP 100-Lead LQFP 80-Lead QFP/LQFP

52-Lead QFP 44-Lead QFP 32-Lead QFP

132-Lead PQFP 112-Lead LQFP

50 mil/1.27 mm Pitch

1.15 in x 1.15 in Body

50 mil/1.27 mm Pitch

0.950 in x 0.950 in Body

50 mil/1.27 mm Pitch

0.750 in x 0.750 in Body

50 mil/1.27 mm Pitch

0.650 in x 0.650 in Body

.65 mm Pitch

28 mm x 28 mm Body

.5 mm Pitch

20 mm x 20 mm Body

.5 mm Pitch

14 mm x 14 mm Body .65 mm Pitch

14 mm x 14 mm Body

25 mil/06.35 mm Pitch

0.950 in x 0.950 in Body

(Nominal, w.o. Bumpers)

.65 mm Pitch

20 mm x 20 mm Body

.65 mm Pitch

10 mm x 10 mm Body .8 mm Pitch

10 mm x 10 mm Body

.8 mm Pitch

7 mm x 7 mm Body

28-Lead SOIC 20-Lead SOIC 16-Lead SOIC

50 mil/1.27 mm Pitch

10.35 mm x 7.5 mm Body

50 mil/1.27 mm Pitch

12.8 mm x 7.5 mm Body

50 mil/1.27 mm Pitch

18.0 mm x 7.5 mm Body

FT FV PU FU/PU

PB FB FA

DW DW DW

FN/FS FN/FS FN/FS FN/FS

64-Lead QFP

.8 mm Pitch

14 mm x 14 mm Body

40-Pin Plastic DIP 28-Pin DIP 16-Pin Plastic DIP20-Pin Plastic DIP48-Pin Plastic DIP

100 mil/2.54 mm Pitch

2.45 in x .55 in Body

(100 mil x 600 mil pin centers)

100 mil/2.54 mm Pitch

2.05 in x .55 in Body

(100 mil x 600 mil pin centers)

100 mil/2.54 mm Pitch

1.45 in x .55 in Body

(100 mil x 600 mil pin centers)

100 mil/2.54 mm Pitch

.97 in x .29 in Body

(100 mil x 600 mil pin centers)

100 mil/2.54 mm Pitch

.75 in x .25 in Body

(100 mil x 600 mil pin centers)

PPPP P

56-Pin Plastic SDIP 42-Pin Plastic SDIP

70 mil/1.778 mm Pitch

2.05 in x .55 in Body

(70 mil x 600 mil pin centers)

70 mil/1.778 mm Pitch

1.45 in x .55 in Body

(70 mil x 600 mil pin centers)

388-Ball PBGA

1 mm Pitch

27.0 mm x 27.0 mm Body

1.27 mm Pitch

27.0 mm x 27.0 mm Body

272-Ball PBGA

Package Options

BASIC ELEMENT

CASE 344-15

SUFFIX A/D

GAUGE PORT

CASE 344B-01

SUFFIX AP/GP

DUAL PORT

CASE 344C-01

SUFFIX DP

4-Pin

STOVEPIPE PORT

CASE 344E-01

SUFFIX AS/GS

BASIC ELEMENT

CASE 867-08

SUFFIX A/D

6-Pin

GAUGE PORT

CASE 867B-04

SUFFIX AP/GP

SMALL OUTLINE

(SURFACE MOUNT)

CASE 482-01

8-Pin

SMALL OUTLINE

(DIP)

CASE 482B-03

SMALL OUTLINE

(SURFACE MOUNT/PORTED)

CASE 482A-01

SMALL OUTLINE

(PORTED/DIP)

CASE 482C-03

SUPER SMALL OUTLINE

(SURFACE MOUNT)

CASE 1317-02

SUPER SMALL OUTLINE

(SURFACE MOUNT/PORTED)

CASE 1317A-02

SG187/D

Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does Motorola assume any liability arising out

of the application or use of any product or circuit, and speciﬁcally disclaims any and all liability, including without limitation consequential or incidental damages. "Typical" parameters which may be provided in Motorola data sheets and/or speciﬁcations can and do vary

in different applications and actual performance may vary over time. All operating parameters, including "Typicals" must be validated for each customer application by customer's technical experts. Motorola does not convey any license under its patent rights nor the

rights of others. Motorola products are not designed, intended, or authorized for use as components in systems intended for surgical implant into the body, or other applications intended to support or sustain life, or for any other application in which the failure of the

Motorola product could create a situation where personal injury or death may occur. Should Buyer purchase or use Motorola products for any such unintended or unauthorized application, Buyer shall indemnify and hold Motorola and its ofﬁcers, employees,

subsidiaries, afﬁliates, and distributors harmless against all claims, costs, damages, and expenses, and reasonable attorney fees arising out of, directly or indirectly, any claim of personal injury or death associated with such unintended or unauthorized use, even if

such claim alleges that Motorola was negligent regarding the design or manufacture of the part. Motorola and are registered trademarks of Motorola, Inc. Motorola, Inc. is an Equal Opportunity/Afﬁrmative Action Employer.

How to reach us:

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