S08D|8-bit Cost-Effective with CAN D MCUs

Areas of CAN Possibilities	Specific Applications
Passenger vehicle	Body Motor control, power door, power sunroof, power lift gate, door modules, HVAC, low-end body controller (lighting, network communication) Safety Passenger occupant detection, electronic parking brake Powertrain Vacuum leak detection, electronic throttle control, watchdog Chassis Watchdog, motor control
Factory automation	Conveyors, production data recording, end-user configurable systems, off-the-shelf plug-and-play capability
Industrial machine control	Textile machines, printing machines, injection molding machines, or packaging machines
Building automation	Manage heating, cooling, lighting, air ventilation, doors, alarm system control, sprinkler systems, backstage control systems, studio equipment including audio and video control for railway stations, school building, deep-freezers and refrigerators in some super-markets
Non-industrial equipment	Communicate data between microscopes and other laboratory equipment, use in boilers and solar power systems, measurement systems such as petrol pump stations
Medical equipment and devices	Operating room management, X-ray machines, patient beds, hospital control systems with voltage control, indication and control units, multi cube power meters and digital I/O, and visualization software are networked via CAN
Non-industrial control	Vending machines, automatic teller machines (ATM), gambling machines (e.g. Japanese Patchinko machines), bank terminals, copy machines, printers
Lifts and escalators	Panels, controller, doors, drives, light barriers, etc. are linked to each other and controlled via CAN
Trucks and busses	Power-train applications, communication between truck and trailer
Off-highway and off-road vehicles	Position sensing, add-on sub-systems such as harvester, cranes, etc
Passenger and cargo trains	Linking the door units or brake controllers, passenger information system connecting inside and outside displays, ticket validation devices, acoustic output devices, passenger counting units and other peripheral sub-systems
Maritime electronics	Boats, ships and vessels as embedded network

Areas of CAN Possibilities

Specific Applications

Passenger vehicle

Body
Motor control, power door, power sunroof, power lift gate, door modules, HVAC, low-end body controller (lighting, network communication)

Safety
Passenger occupant detection, electronic parking brake

Powertrain
Vacuum leak detection, electronic throttle control, watchdog

Chassis
Watchdog, motor control

Factory automation

Conveyors, production data recording, end-user configurable systems, off-the-shelf plug-and-play capability

Industrial machine control

Textile machines, printing machines, injection molding machines, or packaging machines

Building automation

Manage heating, cooling, lighting, air ventilation, doors, alarm system control, sprinkler systems, backstage control systems, studio equipment including audio and video control for railway stations, school building, deep-freezers and refrigerators in some super-markets

Non-industrial equipment

Communicate data between microscopes and other laboratory equipment, use in boilers and solar power systems, measurement systems such as petrol pump stations

Medical equipment and devices

Operating room management, X-ray machines, patient beds, hospital control systems with voltage control, indication and control units, multi cube power meters and digital I/O, and visualization software are networked via CAN

Non-industrial control

Vending machines, automatic teller machines (ATM), gambling machines (e.g. Japanese Patchinko machines), bank terminals, copy machines, printers

Lifts and escalators

Panels, controller, doors, drives, light barriers, etc. are linked to each other and controlled via CAN

Trucks and busses

Power-train applications, communication between truck and trailer

Off-highway and off-road vehicles

Position sensing, add-on sub-systems such as harvester, cranes, etc

Passenger and cargo trains

Linking the door units or brake controllers, passenger information system connecting inside and outside displays, ticket validation devices, acoustic output devices, passenger counting units and other peripheral sub-systems

Maritime electronics

Boats, ships and vessels as embedded network

Part Show description	Status	Package Type	Package Termination Count	Budgetary Price excluding tax	Flash (kB)	RAM (kB)	Core Type	Operating Frequency [Max] (MHz)	Bus Frequency (typ) (MHz)	I²C	SPI	Supply Voltage [min] (V)	Supply Voltage [max] (V)	GPIO	Ambient Operating Temperature (Min to Max) (℃)	SCI
G9S08DN32F2CLC Data Sheet	Active	LQFP32	32	1K @ US$2.39	32	1.5	—	20	20	1	1	2.7	5.5	26	-40 to 85	1
G9S08DN32F2CLF Data Sheet	Active	LQFP48	48	1K @ US$2.39	32	1.5	—	20	20	1	1	2.7	5.5	40	-40 to 85	1
G9S08DN48F2VLF Data Sheet	Active	LQFP48	48	1K @ US$2.59	48	2	—	20	20	1	1	2.7	5.5	40	-40 to 85	1
G9S08DV32F2MLC Data Sheet	Active	LQFP32	32	1K @ US$2.66	32	1	—	20	20	1	1	2.7	5.5	26	-40 to 85	2
G9S08DV60F2CLH Data Sheet	Active	LQFP64	64	—	60	3	—	20	20	1	1	2.7	5.5	54	-40 to 85	2
G9S08DZ128F2MLH Data Sheet	Active	LQFP64	64	1K @ US$3.95	128	8	—	20	20	1	1	2.7	5.5	54	-40 to 85	2
G9S08DZ32F2MLF Data Sheet	Active	LQFP48	48	1K @ US$2.86	32	2	—	20	20	1	1	2.7	5.5	40	-40 to 85	2
G9S08DZ60F2MLF Data Sheet	Active	LQFP48	48	1K @ US$3.18	60	4	—	20	—	1	1	2.7	5.5	40	-40 to 85	2
MC9S08DN16ACLC Data Sheet	Active	LQFP32	32	10K @ US$4.75	16	1	S08	20	—	1	1	2.7	5.5	26	-40 to 85	—
MC9S08DN16AMLF Data Sheet	Active	LQFP48	48	10K @ US$5.37	16	1	S08	20	—	1	1	2.7	5.5	40	-40 to 85	—