Analog and Mixed Signal Product SG1002, 3Q2015 - Selector Guide

Freescale Semiconductor, Inc.
Quarter 3, 2015
SG1002 Rev. 47
Analog Selector Guide
Making embedded systems better
with robust reliable performance
freescale.com
Contents
PRODUCTS
Sub category
Page number
Battery Management
Battery Sensors
Battery Chargers
Battery Cell Controller
Page 3
Page 4
Page 5
Drivers and Switches
LED Drivers
Low-side Switches
High-side Switches
Predrivers
Squib Drivers
Configurable I/O
Valve Control
Page 6
Page 6
Page 7
Page 11
Page 12
Page 12
Page 13
Engine and DC Motor Control
Powertrain and Engine Control
Automotive Alternator Voltage Regulators
H-Bridges
High Current Motor Control
Microcontroller (MCU) and Injection Driver
Page 14
Page 15
Page 15
Page 17
Page 18
Interface
Audio codec
Page 18
Power Management
Linear Regulators
Switching Regulators
PMICs for i.MX Processors
System Basis Chip
LED Drivers
Power over Ethernet (PoE)
Page 18
Page 18
Page 19
Page 20
Page 23
Page 23
Radar
ADAS Transceiver
Page 23
Transceivers
CAN Physical Interface Components
LIN, ISO-914,J-1850 Physical Interface Components
Distributed Systems Interface (DSI) Components
Page 23
Page 24
Page 25
SG1002 (Selector Guide) (3Q2015) – 2
Freescale Semiconductor Analog Products
The product categories range from Power Actuation and Communication
Transceivers to Signal Conditioning and Embedded MCU + Power. Power Actuation
covers a broad range of load control and drivers, including motor control.
SMARTMOS—Freescale Semiconductor SMARTMOS technology allows designers
to interface high-precision components with the harsh automotive environment.
Cost-Effective—Ideally suited for rug 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—Freescale Semiconductor SMARTMOS technology brings a wide range of
benefits to today’s designs, including component reductions, power capability,
durability, efficiency, precision, high-performance analog, and robustness.
Packaging - Freescale device may be offered in EPP and RoHS compliant packages;
view the external web for specifics.
For additional information, visit:
Documentation, Tool, and Product Libraries 
www.freescale.com
www.freescale.com/analog
www.freescale.com/powermanagement
www.freescale.com/productlongevity
www.freescale.com/files/shared/doc/ prod_num_scheme/ANALOGPN.pdf
Battery Management - Battery Sensors
Product
Description
Main Characteristics
Operating
Voltage (V)
Output Voltages
Protection
Features
Packaging
Status
MM912_637
Battery Sensor with LIN for 12 V
Lead-acid Batteries
Simultaneous Battery voltage & current
measurement with 16-bit sigma-delta ADC &
IIR filter
Voltage Regulators: 2.5 V/10 mA & 60 mA,
5.0 V/80 mA
LIN 2.1 Physical Layer w/Selectable Slew
rates and triggered wake-up
3.5 to 28
VDDA= 2.25 V to 2.75 V
VDDH=2.25 V to 2.75 V
VDDX=3.15 V to 5.9 V
VDDA Output Current limitation= 10 mA
VDDH Output Current limitation= 65 mA
VDDX Output Current Limitation=45 to 80
mA
Overtemperature protect
Tolerates input voltage up to 42 V DC
48-pin QFN
Exposed Pad
Production
EVB
MM9Z1_638
Battery Sensor with CAN and LIN
Multiple Battery voltage measurement I/Os
synchronized with current measurement
using two 16-bit sigma-delta ADCs & IIR
filters respectively
A dedicated 16-bit sigma-delta ADC for
multiple Temperature measurements Voltage
Regulator directly supplied from the battery
with a operating range up to 28 V
Embedded 16/32-bit MCU, Flash, EEPROM,
RAM, SPI
Integrated LIN 2.2 protocol and physical
interface, and an MSCAN protocol controller
3.5 to 28
VDDA= 2.25 V to 2.75 V
VDDH=2.25 V to 2.75 V
VDDX=3.2 V to 5.25 V
VDDA Output Current limitation= 30 mA
VDDH Output Current limitation= 65 mA
VDDX Output Current Limitation= 150 to
300 mA
Overtemperature protect
Tolerates input voltage up to 42 V DC
48-pin QFN
Exposed Pad
Production
EVB,
Ref. Design
SG1002 (Selector Guide) (3Q2015) – 3
Battery Management - Battery Chargers
Product
Description
Main Characteristics
Operating
Voltage (V)
Output Voltages
Protection
Features
Packaging
Status
MC34671
High-input Voltage Charger for
Single-cell Li-Ion or Li-Polymer
Batteries
Fixed output charge voltage with ±0.7%
voltage accuracy and a maximum user
programmable charge current of 600 mA
with ±5% current accuracy, Supports
trickle, CC and CV charge modes
2.6 to 10
4.2 V
@ 600 mA
Undervoltage POR, Input overvoltage
protection above 11 V, Overtemperature
protect, Tolerates input voltage up to 28 V
DC
8-pin UDFN
Exposed Pad
Production
EVB
MC34673
High-input Voltage Charger for
Single-cell Li-Ion or Li-Polymer
Batteries
Fixed output charge voltage with ±0.7%
voltage accuracy and a maximum user
programmable charge current of 1200 mA,
with ±6% current accuracy, Supports
trickle, CC, and CV charge modes
2.6 to 6.6
4.2 V
@ 1200 mA
Undervoltage POR, Input overvoltage
protection above 6.8 V, Overtemperature
protect, Tolerates input voltage up to 28 V
DC
8-pin UDFN
Exposed Pad
Production
EVB
MC34674
High-input Voltage Travel Charger for Fixed output charge voltage with ±0.4%
Single-cell Li-Ion or Li-Polymer
voltage accuracy and a maximum factory
Batteries
selectable charge current of 1050 mA with
±8% current accuracy, Supports trickle,
CC, and CV charge modes, Interface to
NTC thermistor
4.3 to 10
4.2 V
@ various currents - see Data Sheet
Undervoltage POR, Input Overvoltage
protection above 11 V, Overtemperature
protect, Tolerates input voltage up to 28 V
DC
8-pin UDFN
Exposed Pad
Production
EVB
MC34675
High-input Voltage Charger for
Single-cell Li-Ion or Li-Polymer
Batteries
Fixed output charge voltage with ±0.7%
voltage accuracy and a maximum factory
selectable charge current of 1050 mA with
±6% current accuracy, Supports trickle,
CC, and CV charge modes, Interface to
NTC thermistor
2.6 to 6.6
4.2 V
@ various currents - see Data Sheet
Undervoltage POR, Input overvoltage
protection above 11 V, Overtemperature
protect, Tolerates input voltage up to 28 V
DC
8-pin UDFN
Exposed Pad
Production
EVB
BC3770
2.0 A Switch-Mode Charger with
Intelligent Power-Path for 1-Cell
Li-Ion Battery
Dual-path output to power-up system in
dead battery, Single input for USB/TA,
High-efficiency synchronous switching
regulator, 20 V maximum withstanding
input voltage, Charge reduction mode for
maximizing charging efficiency
4.5 to 6.2
5.0 to 5.2 V
SG1002 (Selector Guide) (3Q2015) – 4
Adaptive input current, Overvoltage,
overcurrent, Overtemperature, Shortcircuit
25-Pin WLCSP Production
EVB
Battery Management - Battery Cell Controller
Product
Description
Main Characteristics
Operating
Voltage (V)
Output Voltages
Protection
Features
Packaging
Status
MC33771
Battery Cell Controller IC
4.0 Mbps SPI or 2.0 Mbps Isolated
Differential Communication, 14 cell voltage
input channels, One current channel with
Auto PGA and Coulomb Counter, 7 GPIO
configurable as Temperature Sensor
Inputs,14 onboard 300 mA balancing
switches, 5.0 V @ 5.0 mA Output
Reference Supply, Low power mode with
monitoring and cell balance capability, I2C
interface for external EEPROM, Automatic
cell over/under voltage and over/under
temperature detection routable to Fault
Output Pin,
Hot plug capable, Fully compatible with the
MC33772 for 6 cells
9.6 to 61.6
Cell balancing : 10 V
Fault pin: 5.0 V
GPIO: 5.0 V
Single chip ASIL C capable, Diagnostics
of internal and external faults as open
lines, shorted lines, and leakage currents,
Diagnostic state routable to the Fault
Output pin, Die overtemperature
detection and protection
64-pin LQFPEP
1Q 2016
EVB
MC33772
Battery Cell Controller IC
4.0 Mbps SPI or 2.0 Mbps Isolated
Differential Communication, 6 cell voltage
input channels, one current channel with
Auto PGA and Coulomb Counter,
7 GPIO configurable as Temperature
Sensor Inputs, 6 onboard 300 mA
balancing switches, 5.0 V @ 5.0 mA
Output Reference Supply, Low power
mode with monitoring and cell balance
capability, I2C interface for external
EEPROM, Automatic cell over/under
voltage and over/undertemperature
detection routable to Fault Output Pin,Hot
plug capable, Fully compatible with the
MC33771 for 14 cells
5.0 to 30 (SPI
type)
7.0 to 30 (TPL
type)
Cell balancing : 10 V
Fault pin: 5.0 V
GPIO: 5.0 V
Single chip ASIL C capable, Diagnostics
of internal and external faults as open
lines, shorted lines, and leakage currents,
Diagnostic state routable to the Fault
Output pin, Die overtemperature
detection and protection
48-PIN LQFPEP
2Q 2016
EVB
SG1002 (Selector Guide) (3Q2015) – 5
Drivers and Switches — LED Drivers
Product
MC34844
Description
Main Characteristics
Operating Input
Voltage (V)
Output Voltages
Protection
Features
Packaging
Status
7.0 to 28
60 V,
@ 3.0 A
Undervoltage Lockout, Overvoltage
protection, Overtemperature protect,
Overcurrent protection, Output Short
protect
32-pin QFN
Exposed Pad
Production
EVB (1)
10 Channel LED Backlight Driver with High efficiency LED driver for use in
Integrated Power Supply
backlighting LCD displays, Capable of
driving more than 150 LEDs in 10 parallel
strings, with 50/80 mA per string,
Currents in the 10 strings are matched to
within ±2%, Controlled through an I2C bus,
Contains a PWM generator for LED
dimming
1.Supporting backlight EVB - KITLEDBKLT16EVBE
Drivers and Switches— Low-side Switches
Product
Description
No of
High-side
Outputs or Low-side
Continuous
Current Each
Output (A)
RDS(on) (m)
of Each
Output
Current
Limitation
(A)
Current
Limitation
Standby Max
(A)
Control
Status/
Fault
Reporting
Protection Features
Packaging
Status
(2)
MC33800
Engine Control IC, with Eight Low-side
Switches, Two Constant Current Low-side
Switches and Six MOSFET gate predrivers
8
L
8 @ 0.35
2 @ 700
6 @ 1000
2 @ 6.0
6 @ 2.0
30
Parallel,
SPI
SPI
Open Load detect,
Overcurrent protect,
Overvoltage protect, Short
load detect, Undervoltage
protect, Thermal protect
54-pin SOICW
Exposed Pad
Production
EVB
MC33810
Engine Control Integrated Circuit capable of
driving a combination of four Low-side loads and
four MOSFETs or IGBT gates
4
L
1.0
100
6.0
30
Parallel,
SPI
SPI Status
Flags
Shorted Load detect,
Thermal protect
32-pin SOICW
Exposed Pad
Production
EVB
MC33812
Engine control power IC, with three Low-side
drivers, one pre-driver, +5.0 V pre-regulator, 
ISO-9141 physical interface and MCU watchdog
circuit.
3
L
2L @ 4.0
1L @ 1.5
2 @ 200
1 @ 1000
2 @ 6.0
1 @ 2.0
2 @ 1000
1 @ 20
Parallel
Parallel
Overcurrent, Outputs
Short to Battery,
Overtemperature protect
32-pin SOICW
Exposed Pad
Production
EVB
Ref. Design
MC33879
(1.0 RDS(on)) Configurable Eight Output SPI
Controlled Switch
8
H/L
0.35
550
1.2
25
SPI w/
2 PWM
SPI
Short-circuit, Current
Limit, Temp Sense
32-pin SOICW
Exposed Pad
Production
EVB
MC33882
(0.8 RDS(on)) Smart Six Output Switch with
SPI and Parallel Input Control
8
L
1.0
375
3.0
10
SPI
SPI
Short-circuit, Current
Limit, Temp Sense
30-pin HSOP,
32-pin SOICW
Exposed Pad,
32-pin QFN
Exposed Pad
Production
EVB
MC33996
16 Output Hardware Low-side Switch with 24-bit
Serial Input Control
16
L
0.5
450
1.0 to 2.5
50
SPI
SPI
Short-circuit, Current
Limit, Temp Sense, Open
Load
32-pin SOICW
Production
EVB
MC33999
16 Output Hardware Low-side Switch with 24-bit
Serial Input Control and 8 Parallel Control
16
L
0.5
450
1.0 to 2.5
50
SPI and
Parallel
SPI
Short-circuit, Current
Limit, Temp Sense, Open
Load
54-pin SOICW
Production
EVB
2.Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
SG1002 (Selector Guide) (3Q2015) – 6
Drivers and Switches — High-side Switches
Product
Description
No of
Outputs
High-side
or Lowside
Maximum Current
Each Output (A)
RDS(on) (m)
of Each
Output
Current
Limitation
(A)
Current
Limitation
Standby Max
(A)
Control
Status/Fault
Reporting
Overcurrent,
Status Pin,
Overtemperature, ShortCurrent
circuit, Undervoltage Lock
Monitor,
Out
Temperature
(3)
Protection Features
Packaging
Status
16-pin PQFN
Production
MC12XS2
12 V Multipurpose Low RDS(on) eXtreme Switches
MC33981
Single High-side Switch (4.0 m), with PWM,
Protection and Diagnostics
1
H
40
4
100
5.0
Parallel
MC33982
Self Protected 2.0 m Switch with Diagnostic
and Protection
1
H
60
2
150
5.0
SPI and
Parallel
SPI
Temp Sense, Over/
Undervoltage, Shutdown,
Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN
Production
EVB
MC33984
Self Protected 4.0 m Switch with Diagnostic
and Protection
2
H
30
4
100
5.0
SPI and
Parallel
SPI
Temp Sense, Over/
Undervoltage, Shutdown,
Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN
Production
EVB
MC33988
Self Protected 8.0 m Switch with Diagnostic
and Protection
2
H
30
8
60
5.0
SPI and
Parallel
SPI
Temp Sense, Over/
Undervoltage, Shutdown,
Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN
Production
EVB
MC12XS3
12V Automotive Exterior Lighting Multichannel eXtreme Switches
MC06XS3517 Penta High-side Switch (3 x 6 m, 
2 x 17 m), with PWM, Protection, Diagnostics
and SPI Control. Also, 1 logic level output driver.
5+1
H
2.8, 5.5
3 X 6, 2 X 17
48, 96
5.0
SPI and
Parallel
SPI
Overcurrent,
Overtemperature,
Overvoltage,
Undervoltage & Shortcircuit protect
24-pin PQFN
Production
EVB
MC07XS3200 Dual High-side Switch (2 x 7 m), with PWM,
Protection, Diagnostics and SPI Control
2
H
6.0
2X7
93
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed Pad
Production
MC09XS3400 Quad High-side Switch (4 x 9 m), with PWM,
Protection, Diagnostics and SPI Control
4
H
6.0
4X9
89
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
24-pin PQFN
Production
EVB
MC10XS3412 Quad High-side Switch (2 x 10 m, 
2 x 12 m), with PWM, Protection, Diagnostics
and SPI Control
4
H
6.0
2 x 10, 2 x 12
78
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
24-pin PQFN
Production
EVB
MC10XS3425 Quad High-side Switch (2 x 10 m, 
2 x 25m), with PWM, Protection, Diagnostics
and SPI Control
4
H
6.0
2 X 10, 2 X 25
39, 78
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed Pad
Production
EVB
MC10XS3435 Quad High-side Switch (2 x 12 m,
2 x 35 m), with PWM, Protection, Diagnostics
and SPI Control
4
H
6.0
2 x 10, 2 x 35
78
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
24-pin PQFN
Production
EVB
MC10XS3535 Penta High-side Switch (3 x 10 m,
2 x 35 m), with PWM, Protection, Diagnostics
and SPI Control. Also, 1 logic level output driver.
5+1
H
2.8, 5.5
3 x10, 2 x 35
44, 88
2.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
24-pin PQFN
Production
EVB
SG1002 (Selector Guide) (3Q2015) – 7
Drivers and Switches — High-side Switches (continued)
Product
No of
Outputs
High-side
or Lowside
Maximum Current
Each Output (A)
RDS(on) (m)
of Each
Output
Current
Limitation
(A)
Current
Limitation
Standby Max
(A)
Control
Status/Fault
Reporting
Protection Features
Packaging
Status
MC15XS3400 Quad High-side Switch (4 x 15 m), with PWM,
Protection, Diagnostics and SPI Control
4
H
6.0
15
78
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
24-pin PQFN
Production
EVB
MC35XS3400 Quad High-side Switch (4 x 35 m), with PWM,
Protection, Diagnostics and SPI Control
4
H
6.0
35
39
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
24-pin PQFN
Production
EVB
MC35XS3500 Penta High-side Switch (5 x 35 m), with PWM,
Protection, Diagnostics and SPI Control. Also, 1
logic level output driver.
5+1
H
2.8
35
39.5
2.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
24-pin PQFN
Production
EVB
MC12XS6
Description
(3)
External Automotive Lighting Multichannel Scalable eXtreme Switches
MC07XS6517 Penta High-side Switch (3 x 7 m2x 17 m),
with PWM, Protection, Diagnostics and SPI
Control. Also, 1 logic level output driver.
5+1
H
11, 5.5
3 x 17
2x7
100, 50
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
54-pin SOICW
Exposed PAD
Production
EVB
MC08XS6421 Quad High-side Switch (2 x 8 m2x 21 m),
with PWM, Protection, Diagnostics and SPI
Control. Also, 1 logic level output driver
4+1
H
11, 5.5
2 x 8.0
2 x 21.0
100, 50
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
MC17XS6400 Quad High-side Switch (4 x 17 m), with PWM,
Protection, Diagnostics and SPI Control. Also, 1
logic level output driver
4+1
H
5.5
4 x 17
50
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
MC17XS6500 Penta High-side Switch (5 x 17 m), with PWM,
Protection, Diagnostics and SPI Control. Also, 1
logic level output driver
5+1
H
5.5
5 x 17
50
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
MC40XS6500 Penta High-side Switch (5 x 40 m), with PWM,
Protection, Diagnostics and SPI Control. Also, 1
logic level output driver
5+1
H
3.9
5 x 40
35
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
MC10XS6200 Dual High-side Switch (2 x 10 m), with PWM,
Protection, Diagnostics and SPI Control. Also, 1
logic level output driver
2+1
H
9
2 x 10
85
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
MC10XS6225 Dual High-side Switch (1 x 10 m1 x 25 m),
with PWM, Protection, Diagnostics and SPI
Control. Also, 1 logic level output driver
2+1
H
9, 4.5
1 x 10
1 x 25
85, 40
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
MC10XS6325 Triple High-side Switch (2 x 10 m1 x 25 m),
with PWM, Protection, Diagnostics and SPI
Control. Also, 1 logic level output driver
3+1
H
9, 4.5
2 x 10
1 x 25
85, 40
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
SG1002 (Selector Guide) (3Q2015) – 8
Drivers and Switches — High-side Switches (continued)
Product
Description
MC25XS6300 Triple High-side Switch (3 x 25 m), with PWM,
Protection, Diagnostics and SPI Control. Also, 1
logic level output driver
MC24XS4
No of
Outputs
High-side
or Lowside
Maximum Current
Each Output (A)
RDS(on) (m)
of Each
Output
Current
Limitation
(A)
Current
Limitation
Standby Max
(A)
Control
Status/Fault
Reporting
Protection Features
Packaging
Status
3+1
H
4.5
3 x 25
40
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
(3)
24 V Multipurpose Low RDS(on) Intelligent eXtreme Switches
MC06XS4200 Dual High-side Switch (2 x 6 m), with PWM,
Protection, Diagnostics and SPI Control (24 V)
2
H
9.0
2X6
30, 90
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
23-pin PQFN
Production
EVB
MC10XS4200 Dual High-side Switch (2 x 10 m), with PWM,
Protection, Diagnostics and SPI Control (24 V)
2
H
6.0
2 X 10
18, 55
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
23-pin PQFN
Production
EVB
MC20XS4200 Dual High-side Switch (2 x 20 m), with PWM,
Protection, Diagnostics and SPI Control (24 V)
2
H
3.0
2 X 20
9.0, 27
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
23-pin PQFN
Production
EVB
MC22XS4200 Dual High-side Switch (2 x 22 m), with PWM,
Protection, Diagnostics and SPI Control (24 V)
2
H
3.0
2 X 22
9.0, 27
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
32-pin SOIC
Exposed PAD
Production
EVB
MC50XS4200 Dual High-side Switch (2 x 50 m), with PWM,
Protection, Diagnostics and SPI Control (24 V)
2
H
1.2
2 X 50
3.5, 11
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
32-pin SOIC
Exposed PAD
Production
EVB
Status Pin,
Overcurrent,
Current
Overtemperature, ShortMonitor,
circuit, Undervoltage lock
Temperature
out
16-pin PQFN
Production
MC12XSB
12 V Industrial Multipurpose Low RDS(on) eXtreme Switches
MC34981
Single High-side Switch (4.0 m), with PWM,
Protection and Diagnostics
1
H
40
4
100
5.0
Parallel
MC34982
Single High-side Switch (2.0 m), with
Protection and Diagnostics
1
H
60
2
150
5.0
SPI and
Parallel
SPI
Temp Sense, Over/
Undervoltage, Shutdown,
Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN
Production
EVB
MC34984
Self Protected (4.0 m Switch with Diagnostic
and Protection
2
H
30
4
100
5.0
SPI and
Parallel
SPI
Temp Sense, Over/
Undervoltage, Shutdown,
Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN
Production
EVB
MC34988
Self Protected (8.0 m) Switch with Diagnostic
and Protection
2
H
30
8
60
5.0
SPI and
Parallel
SPI
Temp Sense, Over/
Undervoltage, Shutdown,
Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN
Production
EVB
MC12XSC
12V External Industrial Lighting Multichannel eXtreme Switches
6.0
2x7
93
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed Pad
Production
MC07XSC200 Dual High-side Switch (2 x 7 m), with PWM,
Protection, Diagnostics and SPI Control
2
H
SG1002 (Selector Guide) (3Q2015) – 9
Drivers and Switches — High-side Switches (continued)
Product
Description
MC10XSC425 Quad High-side Switch (2 x 10 m, 
2 x 25m), with PWM, Protection, Diagnostics
and SPI Control
MC12XSF
No of
Outputs
High-side
or Lowside
Maximum Current
Each Output (A)
RDS(on) (m)
of Each
Output
Current
Limitation
(A)
Current
Limitation
Standby Max
(A)
Control
Status/Fault
Reporting
Protection Features
Packaging
Status
4
H
6.0
2 x 0, 2 x 25
39, 78
5.0
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed Pad
Production
EVB (3425)
(3)
External Industrial Lighting Multichannel Scalable eXtreme Switches
MC07XSF517 Penta High-side Switch (3 x 7 m2 x 17 m),
with PWM, Protection, Diagnostics and SPI
Control. Also, 1 logic level output driver.
5+1
H
11, 5.5
3 x 17
2x7
100, 50
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
54-pin SOICW
Exposed PAD
Production
EVB (6517)
MC17XSF500 Penta High-side Switch (5 x 17 m), with PWM,
Protection, Diagnostics and SPI Control. Also,
one logic level output driver.
5+1
H
5.5
5 x 17
50
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB (6500)
MC17XSF400 Quad High-side Switch (4 x 17 m), with PWM,
Protection, Diagnostics and SPI Control. Also, 1
logic level output driver
4+1
H
5.5
4 x 17
50
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
MC08XSF421 Quad High-side Switch (2 x 8 m, 2 x 21 m),
with PWM, Protection, Diagnostics and SPI
Control. Also, 1 logic level output driver
4+1
H
11, 5.5
2x8
2 x 21
100, 50
20
SPI
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit
32-pin SOICW
Exposed PAD
Production
EVB
MC36XSD
36 V Multipurpose Industrial Low RDS(on) Intelligent eXtreme Switches
MC06XSD200 Dual High-side Switch (2 x 6 m), with PWM,
Protection, Diagnostics and SPI Control (36 V)
2
H
9.0
2x6
30, 90
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
23-pin PQFN
Production
EVB (4200)
MC10XSD200 Dual High-side Switch (2 x 10 m), with PWM,
Protection, Diagnostics and SPI Control (36 V)
2
H
6.0
2 x 10
18, 55
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
23-pin PQFN
Production
EVB (4200)
MC16XSD200 Dual High-side Switch (2 x 16 m), with PWM,
Protection, Diagnostics and SPI Control (36 V)
2
H
3.0
2 x 16
9.0, 27
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
23-pin PQFN
Production
EVB (4200)
MC22XSD200 Dual High-side Switch (2 x 22 m), with PWM,
Protection, Diagnostics and SPI Control (36 V)
2
H
3.0
2 x 22
9.0, 27
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
32-pin SOICW
Exposed PAD
Production
EVB
MC50XSD200 Dual High-side Switch (2 x 50 m), with PWM,
Protection, Diagnostics and SPI Control (36 V)
2
H
1.2
2 x 50
3.5, 11
10
SPI and
Parallel
SPI
Fail-safe mode,
Overcurrent shutdown,
Overtemperature, Shortcircuit, Parallel operation
32-pin SOICW
Exposed PAD
Production
EVB
3.Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
SG1002 (Selector Guide) (3Q2015) – 10
Drivers and Switches — Predrivers
Product
Description
Main Characteristics
Operating
Voltage (V)
Control (4)
Output Drives
High/Low-side,
Drive Current
Status
Reporting(4)
Protection Features
Packaging
Status
MC33800
Engine Control Integrated Circuit
Engine control IC, with six MOSFET gate
predrivers, eight Low-side Switches, and two
constant current Low-side switches
5.0 to 36
Parallel, SPI
6 H, 2.0 mA (typ.)
SPI
Open Load Detect,
Overcurrent Protect,
Overvoltage Protect,
Shorted Load Detect,
Undervoltage Protect,
Thermal Protect
54-pin SOICW
Exposed Pad
Production
EVB
MC33810
Automotive Engine Control IC
Engine control IC with four MOSFET/IGBT
gate drivers and four Low-side switches.
4.5 to 36
Parallel, SPI
4 L, 780 A (typ.)
SPI, Status
Flags
Shorted Load Detect,
Thermal Protect
32-pin SOICW
Exposed Pad
Production
EVB
MC33812
Single Cylinder Engine Control IC
Engine control power IC with three Low-side
driver, one pre-driver, +5.0 V pre-regulator,
IOS-9141 physical interface and MCU
watchdog circuit.
4.5 to 36
Parallel
2L, 4.0 A (typ.)
1L, 1.5 A (typ..)
Parallel
Overcurrent Outputs Short
to Battery,
Overtemperature Protect
32-pin SOICW
Exposed Pad
Production
EVB
Ref. Design
MC33883
Quad TMOS driver, for fuel injector
Quad TMOS driver, in H-Bridge configuration
5.5 to 28/55
4 non-invert
CMOS,
LSTTL logic
n/a
None
Overvoltage, Undervoltage 20-pin SOICW
Production
EVB
MC33937
Three-Phase Field Effect Transistor Predriver
Triple High-side and Low-side FET
predrivers, with parallel & SPI control and
programmable shoot-through protect.
8.0 to 58
Parallel, SPI
3 H, 3 L, 1.0 A (typ.)
SPI
Programmable Deadtime,
Reverse Charge Injection
Protect
54-pin SOICW
Exposed Pad
Production
EVB
MC34937
Three-Phase Field Effect Transistor Predriver
Triple high-side and low-side FET predrivers
with parallel and SPI control and
programmable shoot-through protect
8.0 to 58
Parallel, SPI
3 H, 3 L, 1.0 A (typ.)
SPI
Programmable Deadtime,
Reverse Charge Injection
Protect
54-pin SOICW
Exposed Pad
Production
EVB
GD3000
Three Phase Field Effect Transistor Pre-driver Triple High-side and Low-side FET predrivers,
with parallel & SPI control and programmable
deadtime (shoot-through protect)
8.0 to 58
Parallel, SPI
3 H, 3 L, 1.0 A (typ.)
SPI
Programmable Deadtime,
Reverse Charge Injection
Protect
54-pin QFN
Production
EVB
Planned
4.Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
SG1002 (Selector Guide) (3Q2015) – 11
Drivers and Switches — Squib Drivers
Product
MC33797
Description
Four Channel Squib Driver IC
Main Characteristics
Regulation Voltage
Operating
Voltage (V)
Packaging
Status
Four-Channel High-side and Low-side 2.0 A FET Switches, Externally Adjustable FET Current
Limiting, Adjustable Current Limit Range: 0.8 A to 2.0 A, 8-bit SPI for Diagnostics and FET Switch
Activation, Diagnostics for High-side Safing Sensor Status
7.0 to 35
4.75 to 5.25
32-pin SOICW
Production
Ref. Design
Drivers and Switches — Configurable I/O
Product
Description
Main Characteristics
Switch Monitor Voltage (V)
Operating
Voltage (V)
Packaging
Status
0 to 64
10.5 to 15.5
16-pin SOICW
Production
EVB
-14 to 38
5.5 to 26
32-pin SOICW,
32-pin SOICW
Exposed Pad
Production
EVB
MC33811
Solenoid Monitor Integrated Circuit
5 input solenoid monitoring to verify proper electrical and
mechanical solenoid operation.
MC33972
22 input Multiple Switch Detect Interface with
16 mA Wetting Current and Suppressed
Wake-up
Multiple switch detection interface with suppressed wake-up
designed to detect closing and opening of up to 22 switch
contacts (14 GND, 8 configurable), wetting current of 2.0 mA
or 16 mA.
MC33975
22 input Multiple Switch Detect Interface with
32 mA Wetting Current and Wake-up
22 inputs contact monitoring (14 GND, 8 configurable), 4.0 mA
or 32 mA pulse wetting current, low-power mode interrupt
capability, wake-up. Can supply current to external sensors.
-14 to 38/40
5.5 to 26.5
32-pin SOICW
Exposed Pad
Production
EVB
MC33978
22 input Multiple Switch Detect Interface with
programmable Wetting Current
Multiple switch detection interface designed to detect closing
and opening of up to 22 switch contacts (14 GND, 8
configurable), programmable wetting current from 2.0 to 20
mA, 24 to 1 Analog Multiplexer
-14 to 38 V
4.5 to 36
32-pin SOICW
Exposed Pad
Production
EVB
CD1030
33 Channel Multiple Switch Detection Interface Multiple switch detection interface designed to detect closing
with Programmable Wetting Current
and opening of up to 33 switch contacts (21 GND, 11
configurable), programmable wetting current from 2.0 to 20
mA, 35 to 1 Analog Multiplexer
-14 to 38 V
4.5 to 36
48-pin LQFP-EP
1Q 2016
EVB
Planned
MC34825
Micro-USB Interface IC
Supports the UCS/OMTP recommended charger function as
well as provides USB interface signal levels and other audio
interface functions
0 to 28
(VBus only)
2.7 to 5.5
20-pin QFN
Exposed Pad
Production
EVB
MC34827
Mini or Micro-USB Interface IC
This is a dedicated IC for managing charging and signal
multiplexing between multifunctional devices and their
accessories, via a 5 pin Mini or Micro-USB connector.
0 to 28
(VBus only)
2.7 to 5.5
20-pin 3x3 mm
UTQFN
Exposed Pad,
20-pin 3x4 mm
UTQFN
Exposed Pad
Production
MC34972
22 input Multiple Switch Detect Interface with
16 mA Wetting Current and Suppressed
Wake-up
Multiple switch detection interface with suppressed wake-up
designed to detect closing and opening of up to 22 switch
contacts (14 GND, 8 configurable), wetting current of 2.0 mA
or 16 mA.
-14 to 38
5.5 to 26
32-pin SOICW,
32-pin SOICW
Exposed Pad
Production
EVB
MC34975
22 input Multiple Switch Detect Interface with
32 mA Wetting Current and Wake-up
22 inputs contact monitoring (14 GND, 8 configurable), 4.0 mA
or 32 mA pulse wetting current, low-power mode interrupt
capability, wake-up. Can supply current to external sensors.
-14 to 38/40
5.5 to 28
32-pin SOICW
Exposed Pad
Production
EVB
MC34978
22 input Multiple Switch Detect Interface with
programmable Wetting Current
Multiple switch detection interface designed to detect closing
and opening of up to 22 switch contacts (14 GND, 8
configurable), programmable wetting current from 2.0 to 20
mA. 24 to 1 Analog Multiplexer.
-14 to 38 V
4.5 to 36
32-pin SOICW
Exposed Pad
Production
EVB
-14 to 40
-14 to 40
SG1002 (Selector Guide) (3Q2015) – 12
Drivers and Switches — Valve Control
Product
Description
Main Characteristics
Load Supply Voltage (V)
Min.
Max.
Other Features
Interface and Input
Control
Protection
Features
Packaging
Status
SB0400
Two Channels Motorcycle and
Integrates Safe switch, Valve Drivers,
Scooter ABS in the smallest ABS Wheel Speed Sensor Interface, Motor
Package
Pump predriver, and a warning lamp
driver inside a small package 7x7 size,
Low RDS(on) (160 mOhms) allowing
heatsink removal
5.3
30
Low RDS(on) (160 mOhms),
PWM up to 5 KHz, Low-side
Drivers up to 5.0 A, Vehicle
Speed Output, Diagnostic line,
Supervision
SPI
Overcurrent, Open
Load,
Overtemperature,
VDS monitoring,
Overvoltage,
Undervoltage,
Clock Failure,
Watchdog
48-pin QFN-EP
4Q 2015
SB0401
One Channel Motorcycle and
Integrates Safe switch, Valve Drivers,
Scooter ABS in the smallest ABS Wheel Speed Sensor Interface, Motor
Package
Pump predriver, and a warning lamp
driver inside a small package 7x7 size,
Low RDS(on) (160 mOhms) allowing
heatsink removal
5.3
30
Low RDS(on) (160 mOhms),
PWM up to 5 KHz, Low-side
Drivers up to 5.0 A, Vehicle
Speed Output, Diagnostic line,
Supervision
SPI
Overcurrent, Open
Load,
Overtemperature,
VDS monitoring,
Overvoltage,
Undervoltage,
Clock Failure,
Watchdog
48-pin QFN-EP
4Q 2015
SB0410
Fully Integrated Quad Valve
Controller System on Chip 36 V
Integrates high precision, x4 valve drivers
current regulated or x4 PWM valve
drivers, DC motor pump predriver (16
KHz), x2 low- side drivers, ADC 10-bit
safety state machine
6.0
36
Current regulated valve
drivers up to 2.25 A, up to 5.0
KHz, PWM valve drivers up to
5.0 A, up to 5.0 KHz, Easy
current control, x3 input A/D
SPI
Overcurrent,
Open Load,
Overtemperature,
VDS monitoring,
Overvoltage,
Undervoltage,
Clock Failure,
Watchdog
48-pin LQFP-EP
Production
EVB
SB0800
Fully Integrated Octal Valve
Controller System on Chip 36 V
Integrates fail-safe switch, high precision,
x4 valve drivers current regulated, x4
PWM valve drivers, DC motor pump
predriver, low-side driver and high-side
driver for general purpose, ADC 10-bit
safety state machine
6.0
36
Current regulated valve
drivers up to 2.25 A, up to 5.0
KHz, PWM valve drivers up to
5.0 A, up to 5 KHz, Easy
current control, x3 input A/D
SPI
Overcurrent,
Open Load,
Overtemperature,
VDS monitoring,
Overvoltage,
Undervoltage,
Clock Failure,
Watchdog
64-pin LQFP-EP
Production
EVB
SG1002 (Selector Guide) (3Q2015) – 13
Engine and DC Motor Control — Powertrain and Engine Control
Product
Description
Main Characteristics
Peak
Current
Limit (A)
RDS(on)
(m)
Control (5)
Operating
Voltage (V)
Packaging
Status
MC33800
Engine Control Integrated Circuit
Engine control IC, with six MOSFET gate predrivers, eight Lowside Switches, and two constant current Low-side switches
2 @ 6.0
6 @ 2.0
1 @ 2.8
1 @ 1.0
2 @ 700
6 @ 1000
1 @ 250
1 @ 1000
SPI,
Parallel
5.0 to 36
54-pin SOICW
Exposed Pad
Production
EVB
MC33810
Automotive Engine Control IC
Engine control IC with four MOSFET/IGBT gate drivers and four
Low-side switches.
6.0
100
SPI,
Parallel
4.5 to 36
32-pin SOICW
Exposed Pad
Production
EVB
MC33811
Solenoid Monitor Integrated Circuit
5 input solenoid monitoring to verify proper electrical and
mechanical solenoid operation.
-
-
SPI
10.5 to 15.5
16-pin SOICW
Production
EVB
MC33812
Single Cylinder Engine Control Integrated Circuit
Engine control power IC, with three low-side drivers, one predriver, +5.0 V pre-regulator, IOS-9141 physical interface and
MCU watchdog circuit.
2 @ 6.0
1 @ 2.0
2 @ 200
1 @ 1000
Parallel
4.5 to 36
32-pin SOICW
Exposed Pad
Production
EVB
Ref. Design
MC33813
One Cylinder Small Engine Control IC
Engine control analog power IC intended for one cylinder
motorcycle and other small engine control applications. Includes
ISO9141 communication interface.
1 @ 3.0
1 @ 6.0
2 @ 2.4
1 @ .110
1 @ 400
1 @ 300
2 @ 1500
1 @ 20000
SPI,
Parallel
6.0 to 18
48-pin LQFP,
Exposed Pad
Production
EVB
MC33814
Two Cylinder Small Engine Control IC
Engine control analog power IC intended for two cylinder
motorcycle and other small engine control applications. Includes
ISO9141 communication interface.
2 @ 3.0
1 @ 6.0
2 @ 2.4
1 @ .110
2 @ 400
1 @ 300
2 @ 1500
1 @ 20000
SPI,
Parallel
6.0 to 18
48-pin LQFP,
Exposed Pad
Production
EVB
MC33816
Automotive Engine Control IC with Smart Gate Control
The 33816 is a 12-channel gate driver IC for automotive engine
control applications. The IC consist of five external MOSFET
high-side predrivers and seven external MOSFET low-side
predrivers. Also contains four independent and concurrent
digital microcores
SPI
Parallel
9.0 to 16
64-pin LQFP
Exposed Pad
Production
FRDM EVB
-
-
MC33899
Programmable H-Bridge Power IC
Designed to drive a DC motor in both forward and reverse shaft
rotation under Pulse Width Modulation (PWM) of speed and
torque. Can be controlled by SPI or parallel control lines.
15.0
90
SPI,
Parallel
6.0 to 26.5
30-pin HSOP
Production
MC33926
5.0A Throttle Control H-Bridge
H-Bridge power IC for DC servo motor control like engine throttle
control. Load can be PWM’ed up to 20 kHz
8.0
120
Parallel
8.0 to 28
32-pin PQFN
Production
EVB
PT2000
Programmable Solenoid Controller for Automotive/Truck
Engine (Direct Injection) Control
The PT2000 is a programmable gate driver IC for precision
solenoid control applications. The chip integrates six microcores
used to control, seven external MOSFET high-side pre-drivers,
eight external MOSFET low-side pre-drivers (two of them with
higher switching frequency can be used for DC/DC converters),
integrated end of injection detection, current measurement, and
diagnostics and protection for both high-side and low-side.
-
-
SPI
Parallel
5.0 to 36
80-pin LQFP
4Q 2015
FRDM EVB
5.Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
SG1002 (Selector Guide) (3Q2015) – 14
Engine and DC Motor Control - Automotive Alternator Voltage Regulators
Product
TC80310
Description
Main Characteristics
Bus Type
Operating
Voltage
(VDC)
Regulation
Voltage
(VDC)
Other Features
Diagnostics
Protection Features
Packaging
Status
An integrated circuit intended to
regulate the output voltage of an
automotive alternator. It supplies a
current via a high-side MOSFET to the
excitation coil of the alternator and
provides an internal free-wheeling
diode.
High-side field driver, Internal
freewheeling diode, Up to 8.0 A
rotor current (excitation coil),
Load response control (LRC),
LIN interface, Set point voltage
selectable
LIN 1.3
8.0 to 27
150
Factory Selectable Features: LRC
Rate, LRC disable RPM, Self start,
Self start threshold, Alternator Pole
pairs, Thermal Fault Threshold,
Thermal Compensation Threshold,
Phase Sensitivity, Phase Start
Regulating RPM, Phase Stop
Regulating RPM
LIN communication
used for Electrical,
Mechanical and
Thermal fault
reporting
Load Dump
Protection, Thermal
protection, Thermal
compensation
Die
Production
No of
Outputs
RDS(on) (m)
of Each
Output
Current
Limit
Threshold
Max
(A)
Sleep
Current
Max
Control
(6)
Status/Fault
Reporting
Protection Features
Packaging
Status
Short-circuit,
Current Limit,
Overtemperature,
Undervoltage
20-pin HSOP
Production
Engine and DC Motor Control — H-Bridges
Product
Description
Main Characteristics
MC33186
H-Bridge Driver (5.0 A)
Monolithic H-Bridge ideal for
fractional horsepower DC-motor
and bi-directional thrust solenoid
control. Load can be PWM'ed up
to 10 kHz
2
150
7.8
—
Parallel
Status Flag
MC33879
(1.0 RDS(on)) Configurable Eight Output SPI
Controlled Switch
8-output hardware configurable,
high-side/ low- side switch with
16-bit serial input control using
SPI with up to 1.2 A current
driving capability
8
750
1.2
5 µA
SPI w/2
PWM
SPI
Short-circuit, Current Limit, 32-pin SOICW Production
Overtemperature, Open
Exposed Pad
EVB
load detection, Overvoltage
MC33880
Configurable Eight Output SPI Controlled Switch
8-output hardware configurable,
high-side/ low- side switch with
16-bit serial input control using
SPI with up to 2.0 A current
driving capability
8
550
2.0
5 µA
SPI w/2
PWM
SPI
Short-circuit, Current Limit, 32-pin SOICW Production
Overtemperature, Open
EVB
load detection, Overvoltage
MC33886
H-Bridge Driver (5.2 A)
Monolithic H-Bridge ideal for
fractional horsepower DC-motor
and bi-directional thrust solenoid
control. Load can be PWM'ed up
to 10 kHz
2
120
7.8
—
Parallel
Status Flag
Short-circuit,
Current Limit,
Overtemperature,
Undervoltage
20-pin HSOP
MC33887
H-Bridge Driver with Sleep Mode and current
feedback (5.0 A)
Monolithic H-Bridge ideal for
fractional horsepower DC-motor
and bi-directional thrust solenoid
control. Load can be PWM'ed up
to 10 kHz
2
120
7.8
50 A
Parallel
Status Flag
Short-circuit,
Current Limit,
Overtemperature,
Undervoltage
20-pin HSOP, Production
36-pin PQFN,
EVB
54-pin SOICW
Exposed Pad
MC33899
Programmable H-Bridge Power IC
H-Bridge with SPI based
diagnostics and configurability
designed to drive a DC motor in
both forward and reverse shaft
rotation under Pulse Width
Modulation (PWM) of speed and
torque
2
—
10.6
145 A
SPI and
Parallel
SPI
Open Circuit detect,
Undervoltage,
Overtemperature
Shutdown,
Output Short-circuit Current
Limit
30-pin HSOP
Production
MC33926
5.0 A Throttle Control H-Bridge
H-Bridge power IC for DC servo
motor control like engine throttle
control. Load can be PWM’ed up
to 20 kHz.
2
120
8.0
50 A
Parallel
Status Flag
Output Short-circuit
Protect, Overcurrent Limit,
Overtemperature
32-pin PQFN
Production
EVB
SG1002 (Selector Guide) (3Q2015) – 15
Production
EVB
Engine and DC Motor Control — H-Bridges (continued)
Product
Description
Main Characteristics
No of
Outputs
RDS(on) (m)
of Each
Output
Current
Limit
Threshold
Max
(A)
Sleep
Current
Max
Control
(6)
Status/Fault
Reporting
Protection Features
Packaging
Status
MC33931
5.0 A Throttle Control H-Bridge
H-Bridge power IC for DC servo
motor control like engine throttle
control. Load can be PWM'ed up
to 11 kHz
2
120
8.0
50 A
Parallel
Status Flag
Output Short-circuit
44-pin HSOP, Production
Protect, Overcurrent Limit, 32-pin SOICW
EVB
Overtemperature
with Exposed
Pad
MC33932
5.0 A Throttle Control Dual H-Bridge
H-Bridge power IC for DC servo
motor control like engine throttle
control. Load can be PWM'ed up
to 11 kHz
4
120
8.0
50 A
Parallel
Status Flag
Output Short-circuit
44-pin HSOP, Production
Protect, Overcurrent Limit, 54-pin SOICW
EVB
Overtemperature
with Exposed
Pad
HB2000
10 A H-Bridge, Programmable Brushed DC Motor H-Bridge power IC for brushed DC
Driver
motor control. Load can be
controlled via parallel inputs as
well as SPI with advanced
diagnostic to meet ISO26262
functional safety standards
2
—
SPI
selectable
5.1/6.7/8.4/
10.3
50 A
SPI,
Parallel
SPI,
Status Flag
Charge pump
undervoltage, overvoltage,
and undervoltage on
VPWR, short to ground and
short to VPWR for each
output, open load,
temperature warning, and
overtemperature shutdown
32-pin PQFN
4Q 2015
FRDM
EVB
Planned
HB2001
10 A H-Bridge, Programmable Brushed DC Motor H-Bridge power IC for brushed DC
Driver
motor control. Load can be
controlled via parallel inputs as
well as SPI with advanced
diagnostic to meet ISO26262
functional safety standards
2
—
SPI
selectable
5.1/6.7/8.4/
10.3
50 A
SPI,
Parallel
SPI,
Status Flag
Charge pump
undervoltage, overvoltage,
and undervoltage on
VPWR, short to ground and
short to VPWR for each
output, open load,
temperature warning, and
overtemperature shutdown
32-pin PQFN
4Q 2015
FRDM
EVB
Planned
MC34931
5.0 A H-Bridge Brushed DC Motor Driver, Single,
5-36 V, 5.0 A
Automatic thermal back-off; Realtime current output Feedback;
Low leakage current
2
120
6.5
20 A
Parallel
Status Flag
Output Short-circuit
32-pin SOICW
Protect, Overcurrent Limit, Exposed Pad
Overtemperature
Production
EVB
MC34932
5.0 A Dual H-Bridge Brushed DC/Stepper Motor
Driver, 5.0-36 V, 5.0 A
Automatic thermal back-off; Realtime current output Feedback;
Low leakage current
4
120
6.5
20 A
Parallel
Status Flag
Output Short-circuit
54-pin SOICW
Protect, Overcurrent Limit, Exposed Pad
Overtemperature
Production
EVB
MC34933
Dual H-Bridge Motor Driver, 7.0V, 1.4 A Peak, 200 Monolithic dual H-Bridge driver IC
kHZ PWM, for Stepper Motor or two H-Bridges
in ultra-small
3X3 mm UQFN package,
integrated charge pump and
protection
2
400
1.4
1 A
Parallel
Shutdown
Shoot Through Protect,
Undervoltage Detect,
Thermal detection
16-pin UQFN
Production
FRDM
EVB
MPC17C724
Dual H-Bridge Motor Driver, 5.5 V, 0.8 A Peak,
200 kHZ PWM, for Stepper Motor or two HBridges
Monolithic dual H-Bridge driver IC
in ultra-small 3X3 mm QFN
package and 1 uA sleep mode
2
1000
0.8
1.0 A
Parallel
Shutdown
Shoot Through Protect,
Undervoltage Detect
16-pin QFN
Production
FRDM
EVB
MPC17510
H-Bridge Motor Driver, 15 V, 3.8 A Peak,
200 kHZ PWM, with integrated MOSFET driver
Monolithic H-Bridge driver IC with
integrated charge pump and
protection. Includes unique
MOSFET gate drive option.
1
450
3.8
1.0 mA
Parallel
Shutdown
Shoot Through
Undervoltage Detect
24-pin
TSSOP
Production
FRDM
EVB
MPC17511
H-Bridge Motor Driver, 6.8 V, 3.0 A Peak, 200 kHZ Monolithic H-Bridge driver IC with
PWM, with integrated MOSFET driver
integrated charge pump and
protection. Includes unique
MOSFET gate drive option.
2
600
3.0
1.0 A
Parallel
Shutdown
Shoot Through
Undervoltage Detect
24 pin QFN,
16-pin VMFP
Production
FRDM
EVB
MPC17529
Dual H-Bridge Motor Driver, 6.8 V, 1.4 A Peak,
200 kHZ PWM, for Stepper Motor or two HBridges
2
700
1.4
1.0 mA
Parallel
Shutdown
Shoot Through
Undervoltage Detect
20-pin VMFP
Production
FRDM
EVB
Monolithic dual H-Bridge driver IC
with integrated charge pump and
protection
SG1002 (Selector Guide) (3Q2015) – 16
Engine and DC Motor Control — H-Bridges (continued)
Product
Description
Main Characteristics
No of
Outputs
RDS(on) (m)
of Each
Output
Current
Limit
Threshold
Max
(A)
Sleep
Current
Max
Control
(6)
Status/Fault
Reporting
Protection Features
Packaging
Status
MPC17531
700 mA Dual H-Bridge Motor Driver with 3.0 V
Compatible Logic I/O
Monolithic dual H-Bridge driver IC
with integrated charge pump and
protection
4
120
1.4
1.0 A
Parallel
Shutdown
Shoot Through
Undervoltage Detect
16-pin VMFP
Production
FRDM
EVB
MPC17533
Dual H-Bridge Motor Driver, 6.8 V, 1.4 A Peak,
200 kHZ PWM, for Stepper Motor or two HBridges
Monolithic dual H-Bridge driver IC
with integrated charge pump and
protection, 2 uA sleep mode
2
800
1.4
< 200 A
Parallel
Shutdown
Shoot Through
Undervoltage Detect
16-pin VMFP
Production
FRDM
EVB
6.Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards
Engine and DC Motor Control - High Current Motor Control
Product
Description
Main Characteristics
Power Features
MM908E621 DC Motor/Mirror Control and LIN Mirror
Control, Integrated Quad Half-bridge
and Triple High-side with Embedded
MCU and LIN
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slew rates,
Window Watchdog, “Normal/Stop/Sleep
Mode “Control
MM908E622 DC Motor/Mirror Control and LIN Mirror
Control, Integrated Quad Half-bridge,
Triple High-side and EC Glass Driver
with Embedded MCU and LIN
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slew rates,
Window Watchdog, “Normal/Stop/Sleep
Mode “Control
MCU Reference
Additional Information
Packaging
Status
2 x 275 m Half-Bridges;
2 x 750 m Half-Bridges;
1 x 185 m High-side;
2 x 440 m High-side;
Switched 5.0 V Output (25 mA)
2/3 Pin Hall Sensor Input,
Analog Input with Current
Source, 40 V Rated Wake-up
Input, VSUP, Chip Temp. and
Current Sensing
54-pin SOICW
Exposed Pad
Production
2 x 275 m Half-bridges;
2 x 750 m Half-bridges;
1 x 185 m High-side;
2 x 440 m High-side;
Switched 5.0 V Output (25 mA)
EC Glass Driver
2/3 Pin Hall Sensor Input,
Analog Input with Current
Source, 40 V Rated Wake-up
Input, VSUP, Chip Temp. and
Current Sensing
54-pin SOICW
Exposed Pad
Production
Operational Amplifier, 2 x
40 V Rated Wake-up Inputs
54-pin SOICW
Production
EVB
8-bit MCU
HC908EY16
MCU Detail
HC08 Core, 16 k Flash, 
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC, 
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
MM908E624 DC Motor Control Using Relays (for
example, Window Lift, Sun Roof, and
Power Seats), Triple High-side Switch
with Embedded MCU + Power + LIN
Voltage Regulator 5.0 V/50 mA, LIN
Physical Layer with Selectable Slew rates,
Window Watchdog with Selectable Timing,
Normal/Stop/Sleep Mode Control
1 x 7  High-side,
2 x 2.5  High-side Switches for
Relay Control
MM908E625 Mirror Control, Stepper Motor Control,
Door Lock Quad Half-bridge and Single
High-side with Embedded MCU and
LIN
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slew rates,
Timeout Watchdog with Periodic Wake-up
Feature, Normal/Stop Mode Control
4 x 400 m Half-bridges with
Current Control;
1 x 600 m High-side;
Switched 5.0 V Output (25 mA)
3 x 2 Pin Hall Sensor Inputs
with Cyclic Wake-up
Feature, Analog Input with
Current Source, VSUP, Chip
Temp. and Current Sensing
54-pin SOICW
Exposed Pad
Production
EVB
MM908E626 Stepper Motor Control, Quad Halfbridge with Embedded MCU and LIN
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slew rates.
High Temperature use, TJ = 135 °C
4 x 400 m Half-bridges with
Current Control;
Switched 5.0 V Output (24 mA)
VSUP, Chip Temperature and
Current Sensing
54-pin SOICW
Exposed Pad
Production
EVB (‘625)
SG1002 (Selector Guide) (3Q2015) – 17
Engine and DC Motor Control - Microcontroller (MCU) and Injection Driver
Product
Description
Main Characteristics
MCU Reference
MCU Detail
MM912_P812 S12P MCU and Multifunctional Ignition An engine control IC combining an MCU
and Injector Driver System In Package (S12P) and analog control die (MC33812)
(SiP)
intended for motorcycle and other single/
dual cylinder small engine control
applications.
16-bit MCU
S12P
The MCU S12P has 6 KB RAM, and flash memory size of 96
KB or 128 KB. The S12P family uses many of the same
features found on the S12XS family, including error correction
code (ECC) on flash memory, a separate data-flash module
for diagnostic or data storage, a fast analog-to-digital
converter (ATD), and a frequency modulated phase locked
loop (IPLL) that improves the electromagnetic compatibility
(EMC) performance.
Analog functions consists of 100 lead LQFP, Production
three integrated low-side
Exposed Pad Ref. Design
drivers, one pre-driver, a +5.0
V, voltage pre-regulator, an
MCU watchdog circuit, an
ISO 9141 K-Line interface,
and a parallel interface for
MCU communication. The
three low-side drivers are
provided for driving a fuel
injector, a lamp or LED, and a
relay, another injector or fuel
pump.
MM912_S812 S12XS MCU and Multifunctional
Ignition and Injector Driver System In
Package (SiP)
16-bit MCU
S12XS
The MCU S12XS has 8 KB or 12 KB RAM, and flash memory
size of 128 KB or 256 KB. The S12XS family uses many of
the same features found on the S12P family, including error
correction code (ECC) on flash memory, a separate dataflash module for diagnostic or data storage, a fast analog-todigital converter (ATD), and a frequency modulated phase
locked loop (IPLL) that improves the electromagnetic
compatibility (EMC) performance.
Analog functions consists of 100 lead LQFP, Production
three integrated low-side
Exposed Pad Ref. Design
drivers, one pre-driver, a +5.0
V, voltage pre-regulator, an
MCU watchdog circuit, an
ISO 9141 K-Line interface,
and a parallel interface for
MCU communication. The
three low-side drivers are
provided for driving a fuel
injector, a lamp or LED, and a
relay, another injector or fuel
pump.
An engine control IC combining an MCU
(S12XS) and analog control die
(MC33812) intended for motorcycle and
other single/dual cylinder small engine
control applications.
Additional
Features
Packaging
Status
Interface - Audio Codec
Product
SGTL5000
Description
Ultra Low-power Audio Codec
Main Characteristics
A low-power stereo codec that includes headphones amplifier
and is designed to provide a comprehensive audio solution for
portable products that require line-in, mic-in, line-out,
headphone-out and digital I/O.
Operating
Power
Frequency
Voltage (V) Dissipation
Band
(mW)
(KHz)
1.62 to 3.6
<10
.020 to 20
Additional
Features
Packaging
Status
PLL clocking; I2S, I2C and SPI
communications; 2 internal power
supplies; stereo line in; ADC & DAC;
Mic/line-in; Integrated Digital
Processing
20-pin QFN,
32-pin QFN
Production
EVB
Power Management — Regulators
Product
Description
Main Characteristics
MC33730
Switch Mode Power Supply with
Multiple Linear Regulators and Power
Sequencing
Step-down switching regulator (2.0 A), with 3 Programmable
Linear Regulators (15 mA, 15 mA, 15 mA) and 2 x 5.0 V sensor
supply (100 mA, 100 mA).
MC34700
9.0 to 18 V, Quad Output,
Integrated MOSFET Power
Supply
High-efficiency power supply. It features three step-down
switching regulators and one low dropout linear regulator.
Voltage mode control with external compensation
Internal soft-start, and internal power MOSFETs enable
Operating
Voltage (V)
Output Voltages
Protection
Features
Packaging
Status
4.5 to 28
4.9 to 5.1 V,
2.0 to 3.3 V,
1.5 to 3.3 V,
1.0 to 5.0 V,
5.0 V
Reverse Battery Protect, Undervoltage and
Overvoltage Lockout, Reset monitor
signals for regulators (4)
32-pin SOICW
Exposed Pad
Production
EVB
9.10 to 18.0
2.0 to 5.25 V
0.7 to 3.6 V
0.7 to 3.6 V
0.7 to 3.6 V
Undervoltage, Overcurrent, and
Overtemperature protection
32-pin QFN
Exposed Pad
Production
EVB
SG1002 (Selector Guide) (3Q2015) – 18
Power Management — Regulators (continued)
Product
Description
Main Characteristics
Operating
Voltage (V)
Features 8(A) or 5(B) buck & boost DC/DC switching regulators,
with up to ±2% output voltage accuracy. It provides dynamic
voltage scaling on all regulators. It is capable of operating at a
switching frequency of up to 2.0 MHz. The 34704 utilizes I2C
programmability.
2.7 to 5.5
Output Voltages
Protection
Features
15.0 V (adj.) @ 30 mA Output Undervoltage & Overvoltage detect,
15.0 V (adj.) @ 60 mA (A
Overcurrent limit detection and Shortonly)
circuit protect, Thermal limit detect
5.0 V @ 500 mA (A only)
3 - 3.6 V (adj.) @ 300/
500 mA
1.8 V (adj.) @ 550 mA
-9.0 V (adj.) @ 60 mA (A
only)
Packaging
Status
56-pin QFN
Exposed Pad
Production
EVB(A)
EVB(B)
MC34704
Multiple Channel DC-DC Power
Management IC
MC34712
Single Synchronous DDR Switch-Mode Synchronous buck switching regulator with adjustable output and
regulator (±3.0 A)
an accuracy of ±2% and a programmable switch frequency of 200
kHz to 1.0 MHz
3.0 to 6.0
0.7 to 1.35 V
Overcurrent limit, Short-circuit protect,
Thermal shutdown, Output Overvoltage &
Undervoltage detect
24-pin QFN
Production
EVB
MC34713
Single Synchronous Buck Switching
regulator (5.0 A)
Synchronous buck switching regulator with adjustable output and
an accuracy of ±2% and a programmable switch frequency of 200
kHz to 1.0 MHz
3.0 to 6.0
0.7 to 3.6 V
Overcurrent limit, Short-circuit protect,
Thermal shutdown, Output Overvoltage &
Undervoltage detect
24-pin QFN
Production
EVB
MC34716
Dual Synchronous DDR Switch-Mode
regulators (5.0 A, ±3.0 A)
Synchronous buck switching regulators with adjustable outputs
and an accuracy of ±2% and a programmable switch frequency of 
200 kHz to 1.0 MHz.
3.0 to 6.0
Chan. 1: 0.7 to 3.6 V,
Chan. 2: 0.7 to 1.35 V
Overcurrent limit, Short-circuit protect,
Thermal shutdown, Output overvoltage &
Undervoltage detect
26-pin QFN
Production
EVB
MC34717
Dual Synchronous Buck Switching
regulators (5.0 A, 5.0 A)
Synchronous buck switching regulators with adjustable outputs
and an accuracy of ±2% and a programmable switch frequency of 
200 kHz to 1.0 MHz.
3.0 to 6.0
Chan. 1: 0.7 to 3.6 V,
Chan. 2: 0.7 to 3.6 V
Overcurrent limit, Short-circuit protect,
Thermal shutdown, Output Overvoltage &
Undervoltage detect
26-pin QFN
Production
EVB
VR500
Power Management Integrated Circuit
for QorlQ LS1 networking
communications processors
Quad buck regulator with up to 4.5 A output and five userprogrammable LDOs
2.8 to 4.5
SW1, 0.625 to 1.875 V ;
4.5 A
SW2, 0.625 to 1.975 V ;
1.0 A
SW3, 0.625 to 1.975 V ;
2.5 A
SW4, operates in VTT
mode (50% of SW3) or
0.625 To 1.975 V ; 2.5 A
LDO1, 0.80 to 1.55 V,
250 mA
LDO2, 1.8 to 3.3 V, 100
mA
LDO3, 1.8 to 3.3 V, 350
mA
LDO4, 1.8 to 3.3 V, 100
mA
LDO5, 1.8 to 3.3 V, 200
mA
Thermal protection, Undervoltage
detection, V-Regs current limits
56-pin WFQFN Exposed
pad
Production
EVB
Power Management - PMICs for i.MX Processors
Product
Description
Main Characteristics
MCU Support
Operating
Voltage (V)
Protection Features
Light Management
Additional Features
Packaging
Status
MC13783
Highly Integrated, High 18 LDOs, 4 buck and 1 boost switching regulators; Li-Ion
Tier Power Management battery charging; 2 handset mic & 1 headset mic
& Audio IC
transmitter amplifiers; Earpiece, loudspeaker and headset
receiver amplifiers; 13-bit voice Codec; 16-bit stereo
record; 16-bit stereo DAC; multiple charging modes; Dual
SPI and Dual SSI interfaces.
Single and dual
i.MX31 and
i.MX27
2.9 to 4.65
Overtemperature,
overvoltage,
undervoltage
3 zone LED drivers, 3
zone RGB drivers
RTC, USB-OTG, CEA936-A Car kit, Dynamic
Voltage Scaling (DVS),
Coincell, Touchscreen
Interface
247-pin BGA,
(10x10 mm)
Production
MC13892
Power Management
18 regulators: 12 LDOs, 4 buck switchers, 2 boost
Integrated Circuit (PMIC) switchers; Li-Ion and Coin cell battery charging, single and
serial path, SPI, I2C, 10-bit ADC with 8 channels, 3 GPO
ADCs, mux and scaling circuitry included.
i.MX27, i.MX35,
i.MX37, i.MX51
2.55 to 4.65
Overtemperature,
overvoltage,
overcurrent, shortcircuit
3 zone LED drivers, 3
zone RGB drivers
RTC, USB - OTG,
Dynamic Voltage
Scaling (DVS)
139-pin BGA
(7x7 mm),
186 pin BGA
(12x12 mm)
Production
EVB (x2)
SG1002 (Selector Guide) (3Q2015) – 19
Power Management - PMICs for i.MX Processors (continued)
Product
Description
Main Characteristics
MCU Support
Operating
Voltage (V)
Protection Features
Light Management
Additional Features
Packaging
Status
i.MX50, i.MX53,
i.MX35, i.MX37,
i.MX51
3.0 to 4.5
Regulators are
overvoltage &
undercurrent
protected, Thermal
limit protect,
_
4 wire Touch Screen,
PWM outputs, RTC,
Coincell
130-pin
MAPBGA (8x8
mm)
Production
MC34709
Power Management
5 programmable buck converters and 8 low drop out (LDO)
Integrated Circuit (PMIC) regulators for primary use with Freescale i.MX series of
for i.MX50/53 Families
microprocessors, graphics, peripheral and memory
devices, as well as other system supplies.
MMPF0100
Power Management
Integrated Circuit for
i.MX6 Series
Highly integrated, fully programmable PMIC with 4/ 6 buck
regulators, 5.0 V boost regulator, 6 general purpose LDOs,
1 VSNVS LDO/switch and DDR Reference
i.MX6 series
3.0 to 4.5
Thermal protection,
undervoltage
detection, V-Regs.
current limits
_
Coincell charger, OTP
memory, I2C bus, 6
Buck, 1 Boost and 6
LDO V-Regs.
56-pin QFN,
(8x8x0.85 mm)
Exposed pad
(2 Types)
Production
EVB
PRGM
MMPF0200
12 Channel Configurable Highly integrated, fully programmable PMIC with 3/ 4 buck
Power Management
regulators, 5.0 V boost regulator, 6 general purpose LDOs,
Integrated Circuit
1 VSNVS LDO/switch and DDR Reference
i.MX6 series
2.8 to 4.5
Thermal protection,
undervoltage
detection, V-Regs.
current limits
_
Coincell charger, OTP
memory, I2C bus, 4
Buck, 1 Boost and 6
LDO V-Regs.
56-pin QFN,
(8x8x0.85 mm)
Exposed pad
Production
EVB
PRGM
PF3000
Power Management
Integrated Circuit for
i.MX6 and i.MX7
Families
Highly integrated, fully programmable PMIC with 3/4 buck
regulators, 5.0 V boost regulator, 6 LDOs, 1 VSNVS LDO/
switch and DDR reference
i.MX6 series and
i.MX7 series
2.8 to 4.5 or 3.7
to 5.5
Thermal protection,
undervoltage
detection, V-Regs.
current limits
_
Coincell charger, OTP
memory, I2C bus, 4
Buck, 1 Boost and 6
LDO V-Regs.
48-pin QFN,
(7x7x0.85 mm)
Exposed pad
Production
FRDM EVB
PRGM
PF3001
Power Management
Integrated Circuit for
i.MX6 and i.MX7
Families in “always ON”
applications
Highly integrated, fully programmable PMIC with 3 buck
regulators, 6 LDOs and 1 VSNVS LDO/switch
i.MX6 series and 2.8 V to 4.5 V or
i.MX7 series
3.7 V to 5.5 V
Thermal protection,
undervoltage
detection, V-Regs.
current limits
_
Coincell charger, I2C
48-pin QFN,
Production
bus, 3 Buck, and 6 LDO (7 x7 x 0.85 mm) FRDM EVB
V-Regs.
Exposed pad
PRGM
Power Management - System Basis Chip
Product
Description
Main Characteristics
Bus Type
and
Standard
Operating
Voltage
(V)
Current
Limitation
Standby
(A)
Typ.
Max.
CAN highspeed, dual
wires.
5.5 to 27
60
150
PSI5
5.2 to 20
-
-
Control and
Status
Reporting (8)
Protection
Features
Packaging
Status
Low power modes, remote
and local wake-up
capabilities
SPI
Current and thermal
protection for CAN
and regulator
28-pin
SOICW,
48-pin QFN
Exposed Pad
Production
EVB
Safing state machine, 9
switch input monitors, 2
config. high/low-side
drivers, Power-on-reset,
watchdog timer, Squib
energy reserve
SPI
Safing state
machine, Scrap
mode
64-pin LQFP
Exposed Pad
Production
EVB
Ref.
Design
Fault tolerant
Other Features
MC33742
System Basis Chip with SBC, Dual VREG, Enhance HS CAN with Bus failure
Enhanced High Speed
diagnostic capability, 4 wake-up inputs
CAN (250 k to 1.0 Mbps)
MC33789
Airbag System Basis
Chip (SBC) with Power
Supply and PSI5 Sensor
Interface
Air bag control module which monitors battery voltage,
sensor status and supplies various voltages to the air bag
system. Uses SPI for MCU communication. Uses PSI5 for
satellite sensors communication.
MC33889
System Basis Chip with
Low Speed Fault
Tolerant CAN
Dual 5.0 V regulators LS CAN, 2 wake-up inputs
CAN lowspeed,
dual wires
5.5 to 27
60
100
Dual voltage regulator,
watchdog, wake input, sleep
and stop modes
SPI
MC33903
System Basis Chip
(SBC)-Gen 2-with High
Speed CAN & LIN
Interfaces
High speed CAN and 1 or 2 LIN physical interface. 5.0 or
3.3 V VDD regulator.
LIN single
wire
5.5 to 27
15
35
Config. I/O, MUX - out, pin
compatible with MC33905
“Secured” SPI
Overcurrent,
32-pin SOICW Production
Overtemperature, Exposed Pad
EVB
Short-circuit,
Undervoltage detect
MC33904
System Basis Chip
(SBC)-Gen 2-with High
Speed CAN Interface
High-speed CAN physical interface. 5.0 or 3.3 VDD and
VAUX regulators w/current sharing
CAN highspeed, dual
wires
5.5 to 27
15
35
Config. I/O, MUX - out, pin
compatible with MC33905
“Secured” SPI
Overcurrent,
32-pin SOICW Production
Overtemperature, Exposed Pad EVB(‘905)
Short-circuit,
Undervoltage detect
SG1002 (Selector Guide) (3Q2015) – 20
28-pin SOICW Production
EVB
Power Management - System Basis Chip (continued)
Product
Description
Main Characteristics
Bus Type
and
Standard
Operating
Voltage
(V)
Current
Limitation
Standby
(A)
Typ.
Max.
Other Features
Control and
Status
Reporting (8)
Protection
Features
Packaging
Status
MC33905
System Basis Chip
(SBC)-Gen 2-with High
Speed CAN & LIN
Interfaces
CAN highspeed, dual
wires.
LIN single
wire
5.5 to 27
15
35
Config. I/O, MUX - out,
SAFE output, Low power
modes w/INT and RST
capability.
“Secured” SPI
Overcurrent,
Overtemperature,
Short-circuit,
Undervoltage detect
MC33907
Safe System Basis Chip Multiple switching and linear voltage regulators, built-in
CAN highwith Buck and Boost DC/ enhanced high speed CAN interface fulfills the ISO11898-2 speed, dual
DC up to 800 mA
and -5 standards.
wires
5.6 to 40
32
60
Safe Assure product
“Secured” SPI
Overcurrent,
48-pin LQFP
Overtemperature, Exposed Pad
Over &
Undervoltage detect
Production
EVB
MC33908
Safe System Basis Chip Multiple switching and linear voltage regulators, built-in
CAN highwith Buck and Boost DC/ enhanced high speed CAN interface fulfills the ISO11898-2 speed, dual
DC up to 1.5 A
and -5 standards.
wires.
5.6 to 40
32
60
Safe Assure product
“Secured” SPI
48-pin LQFP
Overcurrent,
Overtemperature, Exposed Pad
Over &
Undervoltage detect
Production
EVB
MC33909
System Basis Chip with
CAN, LIN Multiple
Switch-to-Ground
Interface
Two high speed CAN interfaces plus four LINs, compatible CAN highwith specification 2.1 and SAEJ2602-2. Also contains 17 speed, dual
switch to ground inputs for switch detection.
wires.
LIN single
wire
3.5 to 27
125
-
MC33910
System Basis Chip with
High-side Drivers and
LIN Physical Interface
LIN 2.0 compatible, 5.0 V 60 mA LDO, 2 High-side drivers
w/PWM, 1 analog/digital input
LIN single
wire
5.5 to 18
48
MC33911
System Basis Chip with LIN 2.0 compatible, 5.0 V 60 mA LDO, 1 High-side driver &
DC Motor Pre-driver and 2 Low-side drivers w/PWM, 2 analog/digital inputs
LIN Physical Interface
LIN single
wire
5.5 to 18
MC33912
System Basis Chip with LIN 2.0 compatible, 5.0 V 60 mA LDO, 
DC Motor Pre-driver and 2 High-side drivers & 2 Low-side drivers w/PWM, 4 analog/
Current Sense and LIN
digital inputs
Physical Interface
LIN single
wire
MC33989
System Basis Chip with
High Speed CAN
Dual 5.0 V regulators HS CAN, 4 wake-up inputs
MC34903
System Basis Chip
(SBC)-Gen 2-with High
Speed CAN & LIN
Interfaces
High-speed CAN and one LIN physical interface. 5.0 or 3.3
V VDD regulator.
MC34904
System Basis Chip
(SBC)-Gen 2-with High
Speed CAN Interface
MC34905
System Basis Chip
(SBC)-Gen 2-with High
Speed CAN & LIN
Interfaces
High speed CAN & 1 or 2 LIN physical interfaces. 5.0 or
3.3 VDD and VAux regulators w/current sharing.
32-pin SOICW Production
Exposed Pad,
EVB
54-pin SOICW
Exposed Pad
Watchdog timer, Switched
inputs wake-up, Fail safe
mode
SPI
Overvoltage
48-pin LQFP
Exposed Pad
Production
EVB
80
Hall Sensor supply,
Configurable Window
Watchdog
SPI
Multiple wake-up
sources, LDO Fault
Detect, Low Voltage
Reset
32-pin LQFP
Production
EVB (‘912)
48
80
Configurable Window
Watchdog
SPI
Multiple wake-up
sources, LDO Fault
Detect, Low Voltage
Reset
32-pin LQFP
Production
EVB (‘912)
5.5 to 18
48
80
Hall Sensor supply,
Configurable Window
Watchdog, Current Sense
SPI
Multiple wake-up
sources, LDO Fault
Detect, Low Voltage
Reset
32-pin LQFP
Production
EVB
CAN high
speed,
dual wires
5.5 to 27
80
150
Dual voltage regulator,
watchdog, wake input, sleep
and stop modes
SPI
Current limitation, 28-pin SOICW Production
Thermal protection
EVB
LIN single
wire
5.5 to 27
15
35
Config. I/O, MUX-out, pin
compatible with MC34905.
“Secured” SPI
Overcurrent,
32-pin SOICW Production
Overtemperature, Exposed Pad
EVB
Short-circuit,
Undervoltage detect
High-speed CAN physical interface. 5.0 or 3.3 VDD and
VAUX regulators with current sharing.
CAN highspeed, dual
wires
5.5 to 27
15
35
Config. I/O, MUX - out, pin
compatible with MC34905.
“Secured” SPI
Overcurrent,
32-pin SOICW Production
Overtemperature, Exposed Pad EVB (‘905)
Short-circuit,
Undervoltage detect
High-speed CAN and one LIN physical interfaces. 5.0 or
3.3 VDD and VAUX regulators with current sharing.
CAN highspeed, dual
wires.
LIN single
wire
5.5 to 27
15
35
Config. I/O, MUX-out, SAFE
output, Low-power modes
with INT and RST capability.
“Secured” SPI
Overcurrent,
32-pin SOICW Production
Overtemperature, Exposed Pad,
EVB
Short-circuit,
Undervoltage detect
SG1002 (Selector Guide) (3Q2015) – 21
Power Management - System Basis Chip (continued)
Product
Description
Main Characteristics
Bus Type
and
Standard
Operating
Voltage
(V)
Current
Limitation
Standby
(A)
Typ.
Max.
Other Features
Control and
Status
Reporting (8)
Protection
Features
Packaging
Status
FS6407
Safe System Basis Chip Multiple switching and linear voltage regulators, built-in
CAN highwith Buck and Boost DC/ enhanced high speed CAN interface fulfills the ISO11898-2 speed, dual
DC up to 800 mA
and -5 standards.
wires.
5.6 to 40
32
60
SafeAssure product
“Secured” SPI
Overcurrent,
48-pin LQFP
Overtemperature, Exposed Pad
Over &
Undervoltage detect
4Q 2015
EVB
Planned
FS6408
Safe System Basis Chip Multiple switching and linear voltage regulators, built-in
CAN highwith Buck and Boost DC/ enhanced high speed CAN interface fulfills the ISO11898-2 speed, dual
DC up to 1.5 A
and -5 standards.
wires.
5.6 to 40
32
60
SafeAssure product
“Secured” SPI
Overcurrent,
48-pin LQFP
Overtemperature, Exposed Pad
Over &
Undervoltage detect
4Q 2015
EVB
Planned
FS4409
System Basis Chip with
DC-DC and Multiple
Switch-to-Ground
Interface
Buck/Boost DC/DC and linear voltage regulators. Single CAN highenhanced high speed CAN interface fulfills the ISO11898-2 speed, dual
and -5 standards) plus four LIN's compatible with specifica- wires. LIN
tion 2.1 and SAEJ2602-2. Also contains 6 switch to ground single wire
inputs.
2.5 to 35
100
200
Multiple source wake-up,
3.3 or 5.0V MCU supply,
Watchdog timer, Switched
inputs, MUX output SAFE
output
“Secured” SPI
Overcurrent,
Overtemperature,
Short-circuit,
Undervoltage detect
7.Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
SG1002 (Selector Guide) (3Q2015) – 22
48-pin LQFP
Exposed Pad
Production
EVB
(33909)
Power Management - LED Drivers
Product
Description
Main Characteristics
Operating
Voltage (V)
Output Voltages
Protection
Features
Packaging
Status
MC34844
10 Channel LED Backlight Driver with
Integrated Power Supply
High efficiency LED driver for use in backlighting LCD displays. Capable of
driving more than 150 LEDs, in 10 parallel strings, with 50/80 mA per string.
Currents in the 10 strings are matched to within ± 2%. Controlled through an I2C
bus. Contains an PWM generator for LED dimming.
7.0 to 28
60 V,
@ 3.0 A
Undervoltage lockout,
Overvoltage protection,
Overtemperature protect,
Overcurrent protection, Output
short protect
32-pin QFN
Exposed Pad
Production
EVB (8)
MC34845
Low Cost Six Channel LED
Backlight Driver with Integrated
Power Supply
High efficiency LED driver for use in backlighting LCD displays. Capable of
driving more up to 16 LEDs in series per channel, programmable LED current
from 3mA to 30mA per string. Currents in the 6 strings are matched to within ±
2%. External PWM control.
5.0 to 21
8.0 to 60 V @ 2.1 A
Overtemperature shutdown,
Overcurrent protection,
Undervoltage lockout,
Overvoltage protection
24-pin QFN
Exposed Pad
Production
EVB
Protection
Features
Packaging
Status
Fast Short-circuit Detect, Thermal
Shutdown, Overvoltage Shutdown,
Inrush Current Limit, Overvoltage Lock
Out
20-pin SOICW
Production
EVB
8.Supporting backlight EVB - KITLEDBKLT16EVBE
Power Management - Power over Ethernet (PoE)
Product
MC34670
Description
IEE 802.3af Powered Device with
Current Mode Switching Regulator
Main Characteristics
Operating
Voltage (V)
Integrated IEEE 802.3af Compliant Interface, Signature
Detection and Power Classification Functionality, High
Performance Current Mode Switching Regulator
Max Current LImit Number of
(A)
Channels
30 to 60
2.1
1
Radar — ADAS Transceiver
Product
MR2001
Description
Multi-channel 77 GHz Radar
Transceiver Chipset
Main Characteristics
Operating Temp Range (°C)
TA= Ambient Temp
TB= Backside of Die Temp
TB
TA
Scalable number of transmitter and receiver channels
-40 to +125
-—
Packaging
Status
6x6 mm BGA
Production
KITRADAR
2001EVM
Transceivers — CAN Physical Interface Components
Product
Description
Main Characteristics
Bus Type and
Standard
Operating
Voltage (V)
Current Limit
Standby (A)
Typ.
Max.
Other Features
Control and
Status
Reporting (9)
Protection
Features
Packaging
Status
CM0902
Dual High-Speed CAN Transceiver
The CM0902 is a dual high-speed CAN
transceiver device, providing the physical
interface between the CAN protocol
controller of an MCU and the physical dual
wire CAN bus. Both channels are
completely independent, featuring CAN
bus wake-up on each CAN interface, and
TXD dominant timeout functionality
Dual CAN HS
dual wire
4.5 to 5.5
-
15
CAN bus wake-up, 3.3 or
5.0 V MCU I/O, TXD
dominant time-out
Parallel
High system
ESD spec.
14-pin SOICN Production
EVB
MC33897
Single-Wire CAN
Low or high (33.3 kbps or 83.3 kbps) data
rates, wake-up capability (GMW3089 v2.3
compatible)
Single-wire CAN
6.0 to 27
45
60
Regulator Control Output
Waveshaping,
Undervoltage lockout and
loss of GND
2 Mode Control
Pins
Thermal
shutdown,
Current limit
14-pin SOICN Production
SG1002 (Selector Guide) (3Q2015) – 23
Transceivers — CAN Physical Interface Components (continued)
Product
Description
Main Characteristics
Bus Type and
Standard
Operating
Voltage (V)
Current Limit
Standby (A)
Typ.
Max.
Other Features
Control and
Status
Reporting (9)
Protection
Features
Packaging
Status
MC33901
High-Speed CAN Transceiver
Single CAN high-speed physical layer
provides operation up to 2 Mbps and the
physical interface between an MCU and
the physical dual wires of the CAN bus.
CAN HS dual
wire
4.5 to 5.5
-
15
CAN bus wake-up. TXD
dominant timeout, 3.3 or
5.0 V MCU I/O
Parallel
High system
ESD spec.
8-pin SOICN
Production
EVB
MC34901
High-Speed CAN Transceiver
Single CAN high-speed physical layer
provides the physical interface between
an MCU and the physical dual wires of the
CAN bus.The MC34901 supports longlength CAN node interconnects for
industrial applications.
CAN HS dual
wire
4.5 to 5.5
-
15
CAN bus wake-up, 3.3 or
5.0 V MCU I/O
Parallel
High system
ESD spec.
8-pin SOICN
Production
EVB
9.Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Transceivers — LIN, ISO9141, J1850 Physical Interface Components
Product
Description
Main Characteristics
Bus Type and
Standard
Operating
Voltage
(V)
Current
Limitation
Standby
(A)
Typ.
Max.
Protection
Features
Packaging
Status
Additional switching
output,
DC-DC buck converter,
On-chip RC oscillator,
integrated frame handler
SPI
Overvoltage
protection, Highcurrent protection,
High-temperature
detection
24 QFN
2Q 2016
EVB
Planned
Three different operation
modes, Master/Device
operation, integrated
frame handler
SPI
Overcurrent
protection for the
IO link channels
Over temperature
monitoring and
protection
Overvoltage
protection
48 QFN
4Q 2015
EVB
Planned
(10)
CM3010
IO-Link Device
CM3010 includes one fully-featured IOLink channel and one switching output
channel. It integrates an advanced power
management block consisting of a DC-DC
buck pre-regulator followed by an LDO.
IO-Link
9.0 to 30
-
CM3120
IO-Link Master
CM3120 includes two fully-featured IOLink channels which can work in three
different operation modes. Circuit
integrates an IO-Link frame handler fully
compliant with the IO-Link v1.1
specification and which implements most
of the IO-Link communication tasks.
IO-Link
8.0 to 32
-
MC33399
Local Interconnect Network (LIN)
Physical Layer
Offers speed communication from
1.0 kbps to 20 kbps, and up to 60 kbps for
Programming Mode. It supports LIN
Protocol Specification 1.3.
LIN single wire
7.0 to 18
20
50
Wake-up input pin, control
of external voltage
regulator
Parallel
Current limitation,
Thermal
protection
8-pin SOICN
Production
EVB
MC33660
ISO K Line Serial Link Interface
ISO9141 physical interface device
ISO9141
8.0 to 18
—
50
Data rates up to 50 kbps
Serial
Output shortcircuit Thermal
protection
8-pin SOICN
Production
EVB
MC33661
eLIN – Enhanced LIN Physical Layer
(Local Interconnect Network)
Selectable slew rate for operations at 10,
20, 100 kbps; bus short to ground fail safe;
excellent EMC behavior.
LIN single wire
7.0 to 18
8.0
12
Compatibility with 5.0 V
and 3.3 V micros, wakeup input control of
external regulator
Parallel
Current limitation,
Thermal
protection
8-pin SOICN
Production
EVB
MC33662
LIN 2.1/SAE J2602-2 LIN Physical
Layer Transceiver
Single wire LIN supports normal baud
rates of 10 kbps (J) or 20 kbps (L) and fast
rate of 100 kbps
LIN single wire
7.0 to 18
6.0
11
Active bus waveshaping,
EMI immunity, Local &
Remote wake-up
Parallel
Current limitation,
Thermal
protection
8-pin SOICN
Production
EVB
MC33663
LIN 2.1 / SAEJ2602-2 Dual LIN
Physical Layer Transceivers
Integrates two physical layer LIN bus
LIN Single-wire,
transceivers. The devices offer baud rates SAE J2602-2
of 10 and 20 kbps as well as 100 kbps for
test/programming modes.
7.0 to 18
12
36
Active bus waveshaping,
EMI immunity, 2 wake-up
input pins, Compatibility
with 5.0 V and 3.3 V
micros
Parallel
Overtemperature
protection, Output
short-circuit
14-pin SOICN
Production
EVB
SG1002 (Selector Guide) (3Q2015) – 24
500
Control and
Status
Reporting
Other
Features
Transceivers — LIN, ISO9141, J1850 Physical Interface Components (continued)
Product
MC33664
Description
Isolated Network High Speed
Transceiver
Main Characteristics
Bus Type and
Standard
2.0 Mbps isolated network communication
rate, Dual SPI architecture for message
confirmation, Robust conducted and
radiated immunity with wake-up, 3.3 V and
5.0 V compatible logic thresholds,
Engineered for 5.0 meter, 15 node system,
Low sleep mode current with automatic
bus wake-up, Ultra-low radiated emissions
Dual wires
Operating
Voltage
(V)
4.75 to 5.5
(VCC5)
3.1 to 5.5
(VIO)
Current
Limitation
Standby
(A)
Typ.
Max.
30
50
Other
Features
Control and
Status
Reporting
Protection
Features
Packaging
Status
SPI
Current limitation
on RDTX+ and
RDTXTermination and
Termination
verification of
CSB_TX,
SCLK_TX,
DATA_TX, and
CSB_RX,
SCLK_RX,
DATA_RX
16-pin SOICN
1Q 2016
EVB
(10)
3.0 V and 5.0 V
compatible, low sleep
mode current with
automatic bus wake up,
current limit protection
10.Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Transceivers — Distributed Systems Interface (DSI) Components
Product
Description
Main Characteristics
Max Data Rate
Operating
Temp Range
(°C)
Bus Sw. Resistance,
typ/max ()
Packaging
Status
MC33780
Dual DSI Master with Differential Drive
Bus controller for two differential DSI channels. SPI port for uC interface.
Variable CRC generation and detection, thermal protection, frequency
spreading.
150 kbps
-40 to +85
n/a
16-pin SOICW
Production
MC33781
Quad DSI Master with Differential Drive
Bus controller for four differential DSI channels. Dual SPI ports for
microcontroller and safing interfaces. Variable CRC generation and
detection, comprehensive fault detection, thermal protection, frequency
spreading
200 kbps
-40 to +90
n/a
32-pin SOICW
Exposed Pad
Production
MC33784
DSI Sensor Interface
DSI slave device optimized as a sensor interface. Differential bus
capability & dual bus switches for improved EMC performance, 2-channel
10-bit ADC, 5.0 V regulated output, 3 configurable logic pins, CRC
generation and checking.
n/a
-40 to +150
3.0/6.0
16-pin SOICN
Production
MC33789
Airbag System Basis Chip (SBC) with Power Supply
and PSI5 Sensor Interface
Air bag control module which monitors battery voltage, sensor status and
supplies various voltages to the air bag system. Uses SPI for MCU
communication. Uses PSI5 for satellite sensors communication.
125 kbps
-40 to +125
n/a
64-pin LQFP
Exposed Pad
Production
EVB
Ref. Design
MC33790
Distributed System Interface (DSI) Physical Interface
(DSIP)
Dual current-limited waveshaped outputs, current sensing inputs, 3.3 V
and 5.0 V
5 - 150 kbps
-40 to +85
6.0
16-pin SOICW
Production
MC33793
DSI Sensor Interface
DSI slave device. 5.0 V regulated output, 4 configurable I/O pins (logic I/O
or 8-bit ADC), fault tolerant, logic output high current buffer
n/a
-40 to +125
4.0/8.0
16-pin SOICN
Production
SG1002 (Selector Guide) (3Q2015) – 25
Product Numbering — Analog Auto and Power Management Devices
MC
mm
FF
r
xxxx
v
PP
RR
FAMILY/ROADMAP
PRODUCT CATEGORY
MC - Qualified Standard
SC - Custom Device
PC - Prototype Device
MARKET
32 - Consumer
33 - Automotive
34 - Industrial
35 - Medical/Military
AR - Alternator Regulators
BC - Battery Chargers
BM - Battery Management
CD - Configurable Detection
CM - Communication
FS - System Basis Chips
GD - Gate Drivers
HB - H-Bridge
MM - Millimeter wave
MR - MMIC Radar
PF - Power Fusion
SA - Safety Airbag
SB - Safety Braking
SD - Smoke Detection
VR - Voltage Regulator
XS - eXtreme switch
PACKAGING
DESIGNATOR
SILICON REVISION
(default blank)
CORE
0000
(Defined by BU)
Legacy product numbering is available in ANALOGPN on www.freescale.com
SG1002 (Selector Guide) (3Q2015) – 26
VARIATION
(default blank)
TAPE AND REEL
INDICATOR
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© 2015 Freescale Semiconductor, Inc.
SG1002 Q3 2015, Rev. 47
8/2015
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