Solutions Around the Core
Analog, Interfaces, and NFC

Table of Contents
Overview .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 3
Networking
CAN, LIN, Ethernet .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 4

System Power
Load Switches .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 5
AC/DC .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 5
PMICs, Safety & Networking SBCs .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 6Power Drivers
Smart Power Switches, Motor & Gate Drivers,
SoC Controllers, LED Drivers  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 7

Energy Management
USB Type-C Applications .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 8
Battery Chargers & Battery Management .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 9

Signal Management
Signal MUX and Switches  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 10
Voltage Level Translators .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 11
Real-Time Clocks .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 12
GPIO Expanders  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 12

HMIs
LED Controllers .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 13
LCD Drivers .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 13

Interfaces
I2C MUX and Switches .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 14

NFC - A different kind of wirelessAccess Control (Physical and Logical) .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 15
Pairing & Commissioning  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 15
Accessories & Consumables  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 16
Parameterization, Diagnosis and FW update  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 16
Device-to-Device and In-Device Communication  .  .  .  .  .  .  .  .  .  .  .  .  . page 17
Payment .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  . page 172

Section
Solutionsheader
Around on
the twoCorelines
Overview
vertically centeredAt NXP, our broad portfolio of analog, interface and NFC solutions means that we are able tooffer complete solutions around the core. With a range of options that attach to any core, ourproduct expertise in areas such as NFC, power management, networking and interfaces is deeprooted. We are recognized as an industry leader and innovator, and we are active in defining
industry standards groups for the automotive and industrial markets.
Here’s more about our solutions for your next automotive or industrial design:• We have a substantial market share in I2C bus devices with a vast portfolio that includes LED
controllers, voltage translators, RTCs, GPIO expanders, LCD drivers, temperature sensors, I2C
MUX and switches, and buffers.
• A robust range of audio devices are available for customer-specific designs or complete turnkey
solutions.
• Our portfolio for in-vehicle networking covers CAN, LIN, FlexRay transceivers and controllers aswell as flexible power management through the system-basis chip (SBC) offering.
• USB Type-C helps ready your design for the future; our complete end-to-end solutions offer richinterface capabilities with “Alternate Mode” support and includes high-speed signal switches,
USB redrivers/signal conditions, PD-PHY and CC-Logic controllers and authentication.
• Highly integrated AC-to-DC, DC-to-DC, battery management and power management ICs canhelp simplify your power tree.
• NFC enables secure interactions with a simple touch and offers autonomous sensing, dataprocessing and logging functionality with energy-harvesting power options.

SOLUTIONS AROUND THE CORE
Solutions Around the Core

System Power• AC-AC; DC-DC; PMICs; safety andnetworking SBCs; load switches

Energy Management• Battery chargers; battery management;
USB Power Delivery; wireless charging

Power Drivers

Secure AuthenticationCore• Smart power switches; motor and gate
drivers; controllers (valve/braking drivers;
fuel engine SoC); LED drivers

Signal Management

NFC• Readers: active ICs to read tags orcommunicate with NFC phones• Tags: fully passive labels/tags• Connected tags: very cost-effective
passive NFC solution for electronics• Supports energy-harvesting/sensing tags:
Single chip for semi-passive sensing NFC
solutions

HMIs• Speaker drivers; LCD drivers; LED
controller; swatches; temp sensors• VLTs; signal switches; high-speed
switches; re-drivers; comparators; real-timeclocks; I/O expanders

Interfaces• I2C; MUX and switch; I2C buffer UARTs;
comparators; USB MUX; USB signal
conditioner; HDMI/DP mux; DP bridge

Networking• CAN; LIN; FlexRay; Ethernet

3SectionheaderonSpecific
twoCorelines
Solutions
AroundtheSensorUse
in
Products
Networking
vertically
centered
CAN, LIN, Ethernet AN, LIN or Ethernet networking solutions may meet yourC
design needs if:
4 Your system runs on a 12 V or a 24 V battery system
4 You need classical CAN, standby CAN, partial
networking, or CAN flexible data rate (CAN FD)
4 You're looking for automotive Ethernet communications
running at 100 Mbit/s

DeviceMCU

SwitchPHY

Description

Automotive

Industrial

12 V family of basic/standby CAN FD transceivers with optional 3.3 V VIO pin, offering best-inclass EMC performance and common mode choke (useless up to 500 kbit/s); available in SO8 and
HVSON8 packages

X

X

TJA1046TK

12 V dual standby CAN FD transceivers with optional 3.3 V VIO pin, offering best-in-class EMC
performance and available in leadless HVSON14 packageX

TJA1051T/
TJA1042T

12 V/24 V family of basic/standby CAN FD transceivers with optional 3.3 V Vio pin, supporting CAN
FD data rates up to 5 Mbit/s and available in SO8 and HVSON8 packages

X

TJA1059TK

12 V/24 V dual standby HS CAN transceivers including 3.3 V VIO pin and available in leadless
HVSON14 packageX

TJA1043T

12 V/24 V sleep mode CAN FD transceivers including 3.3 V VIO pin; supporting CAN FD data rates
up to 5 Mbit/s and available in SO14 and HVSON14 packages

X

TJA1145AT

HS-CAN transceiver supporting CAN FD data rates up to 5 Mbit/s, including partial networking
sleep mode and available in SO14 and HVSON14 packages

X

TJA1052IT

HS-CAN transceiver supporting CAN FD data rates up to 5 Mbit/s with integrated galvanic isolation
for high-voltage applicationsX

TJF1052IT

HS-CAN transceiver supporting data rates up to 5 Mbit/s with integrated galvanic isolation for
high-voltage applications

TJA1057GT
TJA1044GT

TJA1021T/27T/29T Single and multi LIN 2.x/SAE J2602 compliant LIN transceivers available in several package options
TJA1022T/24HG

X

X
X

X

SPI-to-Quad LIN 2.x/SAE J2602 transceiver with integrated LIN controller and master termination,
sleep mode and wake-up features

X

Single/dual low-power 100BASE-T1 Ethernet PHY over unshielded twisted pair cable and designed
to support ASIL A system requirements

X

X

SJA1105/P/Q/
R/S/T

5-port 10/100/1000 Mbit/s data rates Ethernet switch with AVB and TSN support as well as SGMII
interface, RGMII internal delay line and double VLAN tagging support

X

X

MC33664

2 Mbit/s isolated network high-speed transceiver with dual SPI architecture to conveniently
interface a microcontroller up to 15-node system with battery cell controller devices MC33771/
MC33772X

MC33CD1020
MC33CD1030

36 V analog switch interface multiplexer: translates up to 33 I/Os onto a single MCU SPI bus
with very low quiescent current, configurable wetting currents (from 2 mA to 20 mA), integrated
temperature and supply sensors

X

SJA1124
TJA1124
TJA1101
TJA1102/S

4

X

Solutions Around the Core
System Power
Load Switches

One integrated load switch can replace four discrete
components.

Your design may benefit from a load switch if:
4 You’re currently using MOSFETs for power distribution
4 Your application is battery powered or power sensitive
4 You want the ability to turn off portions of your system
when they’re not being used
4 You need overvoltage, overcurrent, overtemperature orother protection features
Function

Profile

P-ch

Input

OutputInput

LoadswitchControl

ControlN-chOutputHero Parts

Key Applications

0.9 V – 3.6 V, 0.5 A

NX3P2902B

Wearable andportable applications

0.9 V – 5.5 V, 2.5 A

NX5P2924

Mobile and USB OTG Low and flat on resistance

2.5 V – 20 V, 5 A

NX20P5090

USB Type-C
applications

100 W USB Type-C load switch

3.0 V – 5.75 V, 3 A

NX5P3001

Mobile and USB OTG

With integrated low capacitance TVS for D+ andD- lines

Charging path (withreverse current
protection)

3 V – 5.5 V, 2 A

NX5P2190

2.5 V – 5.5 V, 3 A

NX5P3290
NX5P3363

USB Type-C
applications

Smaller package size than competitor; 90 V surge
protection (comp has no surge protection)

Source/Sink Combo
Switch

2.8 V to 20 V; 5 A max sink current
and 3.4A max source current

NX20P3483

Computing/USB
Type-C applications

Supports fast role swap and dead battery operation

2.8V to 20V; 6A max in OVP mode
Bi-directional OVP Load(sink) and 1.5A max in USB OTG
2Switch with I C Interface
mode (source)

NX30P6093A

High-current (quick)charging

I2C control and programmable for OVP threshold,timing control, pin resistance current source value,
and interrupt flag

Power sequencing andslew rate control

Surge protection

Value Proposition
10 x lower quiescent current than competitors
devices

AC/DC
AC-DC solutions help enable:
4 Very high efficiency at low loads
4 A very small form factor
4 Easy design supported by live parameter programming via a GUI

VOUT
TEA2016T

TEA2095T

OPTO
OPTO

Function

ProfilePrimary side
PFC + LLC
controller

SUPIC supply
voltage up to
36V

Synchronousrectification
control

Large supply
voltage range
operating from
4.5V up to 38V

Hero Parts

Key Applications

Value Proposition

TEA2016AATPC Power, AiO,
Laptop adapters& gaming power
supplies

Single SO16 package PFC + LLC combo controller. Extremely high efficiency
from low load to medium load. Integrated X-cap discharge function via HV pin.
Parameter programming during evaluation with use of a GUI.

TEA2095T

PC Power, AiO,
Laptop adapters& gaming power
supplies

Lower driver regulation level to support lower Rdson mosfets (higher power levels)
Shoot through protection to avoid conduction of both MOSFETS simultaneously
Supports 500kHz switching frequency

5SectionheaderonSpecific
twoCorelines
Solutions
AroundtheSensorUse
in
Products
System Powervertically
centered
PMICs, Safety and Networking SBCsi.MX

Your application may benefit from PMICs, Safety and
Networking SBCs if:
4	Your application connects to the car battery
4	You need a PMIC to provide multiple andprogrammable regulated power rails for your systemboard
4	Power consumption is important for your system board
4	You need system power protection as overvoltage,
overcurrent and thermal alert interrupts
4	Your application is scalable with processor power
levels

PMIC
i.MX
PMIC

MPU
SBC
CAN/LIN
MPU

DeviceDescription

SBC
CAN/LIN

Automotive

Industrial

TJA1028T

LIN mini SBC in an SO8 or HVSON8 package with a LIN 2.x/SAE J2602 compliant LIN transceiver
and a 5 V or 3.3 V LDO with 70 mA output current capability

X

TJA1128

LIN mini SBC in an HVSON14 package integrating a LIN 2.x/SAE J2602 compliant LIN transceiver,with one time configuration via temporary SPI feature, 1 high voltage output, 1 wake input, and a 5 V
or 3.3 V LDO with 85 mA output current capability as well as optional watchdog and 2nd wake input

X

UJA116xA

Mini SBC product family with 5 V/100 mA LDO with integrated HS-CAN with support for CAN FD up
to 5 Mbit/s, housed in very small HVSON package; integrated SPI interface and watchdog; versions
available with partial networking and CAN FD passive supportX

UJA107xA
MC33903/4/5

Mid-range SBC product family including versions with 1 HS-CAN or 1 HS-CAN and 1/2 LIN;
integrated 3.3 V/5 V LDO up to 400 mA with external PNP for thermal distribution; integrated SPI
interface and watchdog function and local wake inputs

X

UJA113xHigh-power SMPS-based SBC product family with buck-only or buck-boost versions, housedin QFP48 package; output voltage 3.3 V/5 V up to 500 mA and integrated VAUX sensor supply;
integrated HS-CAN with CAN FD 2 Mbit/s support and up to 4 LIN; versions available with partial
networking and CAN FD passive supportX

MC33FS45xx
MC33FS65xx
MC35FS45xx
MC35FS65xx

36 V system basis chip with energy-efficient DC-DC power conversion up to 2.2 A (2.0 A on Vpre)
and low-voltage operation with configurable advanced fail silent behavior, long duration timer, keepalive memory supply and optional integrated CAN FD transceiver; compliant with AEC-Q100 Grade 0
automotive qualification (TJ=175°C)

X

MMPF0100
MMPF0200

Quick-turn programmable 14-channel,11.7 A (13-channel and 7.5 A for MMPF0200) system power
management solutions with fully configurable voltages, sequencing and timings optimized for use
with i.MX 6 series applications processors

X(+ consumer)

MC33PF3000
MC33PF3001

Optimized quick-turn programmable 12-channel, 7.3 A system power management solutions withfully configurable voltages, sequencing and timings optimized for use with i.MX 7 and i.MX 6 series
applications processors available in a 7 x 7 mm package

X(+ consumer)

MC34VR500
MC34VR5100

9-channel power management IC, optimized to work with Layerscape® network processor systems(LS1021A, LS2024A, LS1043A, LS1046/47A, LS1012A) with custom pre-programmed output voltages,
sequencing, and timings and available in a 7 x 7 mm QFN package

MC34PF1510
MC34PF1550

Ultra-low-power programmable 6-channel, 4 A system power management solutions with LED driver,
JEITA temperature control and 1 A linear battery charger for i.MX 7ULP, i.MX 6UL/ULL applications
processors in a 5x5 mm QFN-EP package

MC34PF4210

Quick-turn programmable 12-channel, 12.7 A system power management solutions optimized foruse with i.MX 8MQ and i.MX 8MD applications processors available in a 8 x 8 QFN wettable flankpackage

MC33VR5500/
MC33FS84/85

System basis chips scalable in power and safety (from QM up to ASIL D) targeting 12 and 24 V
applications such as infotainment (V2X) and ADAS (Vision, Radar) with power up/down configurable,
static voltage scaling with SPI or I2C communication

X

X

X
X

(+ consumer)X(+ consumer)

MC33PF8100/1/21 Scalable, safe, programmable 11-channel, 19.1; A power management solutions optimized for use
MC33PF8200/1
with i.MX 8 and i.MX 8X series applications processors available in a 8 x 8 mm QFN-EP package

X

PCA9420

Power management IC for low-power microcontroller applications

X(+ consumer)

PCA9450

Power management IC for i.MX 8M Mini/Nano/PlusX(+ consumer)

6X

Solutions Around the CorePower Drivers
Smart Power Switches, Motor & Gate Drivers, SoC
Controllers, LED Drivers
4	What type of loads does your system drive?

MCU

4	What is the maximum input voltage for yourMC / GD
HSS/ LSS

application?
4	How much maximum output current is needed?
Category

LED
Drivers

DeviceDescription

ASL15/25/45/
4501SHN

Scalable series of 1, 2 and 4 phase boost converters with integrated SPI, diagnostic, up to 2 flexible andindependent output voltages (<80 V) with 3% accuracy, external FETs and adjustable DC/DC converter
frequency (125-700 kHz)

Automotive IndustrialX

ASL2416SHN
ASL3416SHN
ASL2417SHN
ASL3417SHN

2 and 3 multi-channel buck converters with integrated SPI, diagnostic, programmable LED current perchannel up to 1.5 A with 5% accuracy, LED output voltage range up to 70V, external FETs and PWM
dimming from 0 to 100%

X

Matrix LED controller for up to 12 single LEDs or 4 segments of 3 switches, 0.8 A or 1.5 A per switch
ASL5008/5015 capability, 12 bit resolution, on-chip storage of preprogrammed PWM curves, single LED open/short
detection, CAN interface option allowing to connect up to 32 Matrix LEDs Controllers together
Valve
Drivers

Power
Drivers

Gate
Drivers

MC33SB0400
MC33SB0401

One-wheel, two-wheel motorcycle ABS integrated device allowing heatsink removal

MC34SB0800
MC34SB0410

Fully integrated octal, quad valves and pump controller system on chip solutions with SPI, PWM up to 5
kHz (5.0 A), real-time valve current regulation (2.25 A – 2% precision w/ calibration) and integrated safe
MOSFET for switching off all valves at once in case of emergency

X

MPC17510/29
Low operating voltage (2 V to 15 V) monolithic single and dual H-Bridge for portable applications
MPC17531
designed with low quiescent, integrated protection and diagnostics, 1 A output drive and PWM control
MPC17C724
input frequency up to 200 kHz capabilities
MC34933X

MC33931
MC33932

Medium operating voltage (5 V to 36 V) monolithic single and dual 5A H-Bridge power ICs designed
for harsh environments with selectable slew rate control, PWM up to 20 kHz, integrated protection anddiagnostics in a thermally enhanced package

MC34931SEK
MC34932SEK

Medium operating voltage (5 V to 36 V) monolithic single and dual 5A H-Bridge power ICs designed
for harsh environments with selectable slew rate control, PWM up to 20 kHz, integrated protection anddiagnostics in a thermally enhanced package

MC33HB2000
MC33HB2001

3.0 A H-Bridge motor driver (5 V to 28 V) with SPI control for increased flexibility (current limits and slew
rates configurable), low RDS(on) outputs (235 mΩ or 120 mΩ), PWM up to 35 kHz, daisy chainable, realtime current mirror and available in HQFN32 thermally enhanced package, HSOP32 leaded package
and HVQFN28 thermally enhanced package

X

MC33937
MC33GD3000

3-phase high current FET pre-driver (>1 A) with extended voltage range (6 V to 58 V), PWM (> 20kHz),robust fault-monitoring and failure protection for industrial brushless DC motor control (BLDC)

X

MC33883

H-Bridge gate driver with charge pump, independent high and low side gate driver channels, PWM up
to 100 kHz and up to 1.0 A peak gate driver current

X

MC33GD3100

Advanced gate driver (<10 A) for high-voltage power IGBTs with integrated high-voltage isolator, SPI
interface, safety functions compliant with ASIL D applications and current sense feedback

Small
MC33812EngineMC33813/4
Controllers

X

X

X

High current and high frequency 30 A/27 V, 60 kHz, 4 mΩ high-side switch with protected half bridge
configuration enabling up to a 25% board area reduction and module simplification

X

X

Self-protected multipurpose single 2 mΩ, dual 4 mΩ or 8 mΩ low RDS(on) SPI-driven high side switches
for flexible load management from 7 A to 30 A
Scalable, programmable family of 24 A/36 V SPI-driven, dual-channel, smart high-side switches from
6-to-50 mΩ RDS(on) for up to a 30% board reduction, and optimum for dense high-current switching
applications
Scalable family of 22 A/18 V programmable penta, quad and triple high-side switches from 7-to-40 mΩ
RDS(on) with wide-range diagnostic current sensing for up to 30% smaller PCB and 50% lower component
count
Quad 100 mΩ or dual 50 mΩ high side driver, 4 x 1.4 A DC current, operating from 3V to 60V, SPIdriven, fully programmable with wide-range diagnostic (short circuit current limit, over load protection,
open load detection…), PWM signal and programmable dither signal for proportional solenoid valve

X

X

X

X

X

X

MC33882

Smart 6-output low-side switches able to control loads up to 1.0 A, daisy chainable SPI and parallel
inputs control with PWM capability on all outputs

X

MC33880
MC33879

Configurable 8-output serial switches for load control up to 2.0 A with SPI, up to 2 direct control outputs
for PWM applications and very low standby current, including monitoring and protection features

X

MC33996
MC33999

16-ouput low-side switches able to control loads up to 2.5 A, daisy chainable SPI with or without
parallel inputs mode for PWM capability on all outputs

X

MC33982/4/8
MC24XS4
MC12XS6

MC33XS2410

Smart
Low Side
SwitchesX

Small engine electronic fuel injection controller with diagnostics in order to meet air pollution emissions
and fuel consumption for environmental legislation Euro 3 and Euro 4 for up to 2-cylinder and Euro 5 &OBDII for 1-cylinder (2 O2 heater pre-driver)MC33981

Smart
High Side
Switches

X

X

7

Solutions Around the Core
Energy Management
USB Type-C
Take a deeper look into our USB Type-C solutions if:
4 Y our system has a USB connector and you're considering a
move to USB Type-C
4 Y ou're planning to implement <15 W or > 15 W power throughthe Type-C connector
4 Y our system supports USB 2.0, USB 3.0, or USB 3.1 data
4 Y ou need a wide output voltage range supporting multiple
charge protocols supporting the new USB-Type-C standard
4 Y our design supports video

System Requirements

DATA

Seamless connectivity of
data, video, and power over
one reversible cable

Key Applications

VIDEO

POWER

Value Proposition≤ 15 W, USB 2.0
Simple Type-C

Load switch: NX5P3290, NX5P3363
CC Logic: PTN5150A

4 Handheld POS
4 Home health care
4 Type-C accessories

4 Simple to integrate in system
4 No complex firmware engineering≤ 15 W, USB 3.0
Simple Type-C

Load switch: NX5P3290, NX5P3363
USB 3.1 active sw: PTN36043
2:1 Mux: CBTU02043
CC logic: PTN5150A

4 T
ype-C LTE modem card
4 High resolution camera
4 Personal storage
4 Internet gateway

4 Simple to integrate in system
4 No complex firmware engineering
4 Smallest, high performance 2:1 mux
in market> 15 W Applications

PD PHY: PTN5110
Data switches: CBTL08GP053,
CBTU02043
Load switches: NX20P5090, NX5P3290,
NX5P3363
Authentication: A1006

4 Tablets
4 Notebooks
4 Portable/External hard drives
4 Cable adaptors
4 Dongles and accessories
4 Desktop PCs

System designers can use the USB Type-C
Shield board with PTN5110 PD PHY andKinetis® KL family or LPC54 family toquicken development time (part number
OM13588)

HOST BOARD

8

Hero Parts

USB Type-C

DOCK BOARD

Solutions Around the Core
Energy Management
Battery Chargers & Battery Management
4 Does your system have a Lead Acid battery back-up?
4 What is the system battery voltage?

MCU
BM

DeviceDescription

Automotive

MC33771
MC33772

3 to 14-cell Li-ion Battery Cell Controller compatible for 5 V up to 1000 V packs with 2 Mbit/s transformer
coupled daisy chain transceivers, 300 mA passive cell balancing and shunt current sensor

X

MM912_637
MM9Z1_638

16-bit integrated MCU with 3 x 16-bit ADC for precision lead acid and Li-ion battery monitoring solutions
with low system power consumption for mission-critical applications up to 52 V and higher voltage battery
pack monitoringX

MC34671/3
MC34674

Scalable high-input voltage linear chargers for single cell Li-ion and Li-polymer batteries up to 1.2 A
charge current with constant voltage accuracy down to 0.4% and constant current accuracy down to 5%
available into a small 8-lead 2 mm x 3 mm x 0.65 mm UDFN thermally enhanced package

IndustrialX

9Solutions Around the Core
Signal Management
Signal MUX and Switches

1PYour design may benefit from our signal MUX and switches if:
4 You need signal switches to simplify control/data signal
routing and help ease design and layout
4 You need multiple inputs and outputs
4 You have demanding bandwidth requirements

1T

2T
2P

1T

2T

Hero Parts

Key Applications

Value Proposition

Other Emerging Markets

High-speed switches
CBTU02043
CBTL08GP053

Computing and server, USB
Type-C, portable devices,
wireless infrastructure

Best in class signal integrity in high speed
USB, PCIe®, SATA, SAS, DisplayPort andThunderbolt Smallest package for 2:1 mux(CBTU02043)

Networking and cloud computing(e.g., Cisco, Juniper, EMC)

Analog switches
NX3DV42
NX3L1T3157
NX3L1T5157
NX3DV642

Fitness bands, consumer
electronics, tablets, wirelessspeakers, embedded systems

Low RDSON, low quiescent current, wide
portfolio of package types

Embedded system design

Application-specific switches
CBTV24DD12
CBTW28DD14Enterprise SSD andMemory Modules

Better signal integrity and lower cross talkExcellent quality control and long productlifecycle as reputable semi vendor

RAID and mass data storage
controllers reference design10Solutions Around the Core
Signal Management
Voltage Level Translators
Your system may benefit from voltage-level translators if:
4 You have multiple I/O voltage or voltage rails in yoursystem
4 You have a variety of different voltages to convert
4 You need to isolate system peripherals or multiple loads
on the bus

Host CPU

Peripheral

VDD = 1 V

VDD = 3.3 V

Voltage
Level Translator

Type

Level Translation

Hero Parts

Key Application

FET

Passive bidirectional with
auto sensing

PCA9306

Server—Open drain (I2C) with pull up or
push pull 1–5 V signal

Very low standby current (5 mA),
1/2/3/6/8/10-bit widths

FET with
one-shotPassive bidirectional with
auto sensing and one-shot

NTS0302

Smartphone—Open drain (I2C) with
optional pull up or push pull 0.95–3.6 V
signalSmart one-shot for reduced ringing andbetter operation in 400 pF systems–“E”
devices provide higher system-level ESD
protection

GTL buffer

Active bidirectional withdirection pin

GTL2014Storage, servers and networking—GTL to
LVTTL

On Intel’s Grantley and Purley server refdesigns

I2C-busbufferActive bidirectional open
drain with auto sensing

PCA9617A

Server and networking—level translationand capacitance isolation-Open drain (I2C)
with pull up 0.8–5.5 V

On Intel®’s Grantley and Purley server refdesigns—1 MHz

I2C-bus mux/
switchPassive bidirectional with
auto sensing

PCA9548A

Server and Networking—Open drain (I2C)
with pull up 0.8–5.5 V for level translationand fault isolation

On Intel’s Grantley and Purley server refdesigns—1 MHz

Bus keeper
with one-shot

Active bidirectional with
auto sensing and one-shot

NTB0102

Server and automotive—push pull 1.2 to
5.5 V

AEC-Q100 compliant and small package
options

SIM card
interface

Active bidirectional with
auto sensing

NVT4555

Smartphone—SIM card interface leveltranslator and supply voltage LDO

Automatic level translation of I/O, RSTn and
CLKn between SIM card and host side

SDIO card
interface

Active bidirectional with
auto sensing

NVT4857

Smartphone—SD 3.0-SDR104 compliant
integrated auto-direction control memory
card voltage level translator

Supports SDR104, SDR50, DDR50, SDR25,
SDR12 and SD 2.0 high-speed (50 MHz) anddefault-speed (25 MHz) modes

Systempower
management
interface

Passive bidirectional with
auto sensing and one-shot

NVT0202

Smartphone—SPMI interface 52 Mbit/s
between AP and peripheral components
to support advanced power management
techniques—0.7 to 1.98 V range

Low prop delay-small package option“JK”—works down to 0.7 V—use with open
drain or push pull

NVT2008

NTS0304E

GTL2034

PCA9509

PCA9848

NTB0104

NVT4556

Value Proposition

11

Solutions Around the Core
System Management
Real-Time Clocks
If your system processor has an integrated real-time clock,do you:4 Need higher accuracy?
4 Need a lower power external RTC?
4 Need an external standalone RTC with battery
management and alarm features?
4 Need to support time-stamp/tamper detect functionality?
FunctionsInterface

Hero PartsIC

PCF85063A, PCF85263A

SPI

PCF85063B, PCF2123

I2C and SPI

PCF2127(A), PCF2129(A)

I2C

PCA85073A, PCA8565, PCA2129

SPI

PCA21125, PCA2129

I2C

PCF85263A, PCF85363A

2

Low power

High accuracy

Automotive

LatestGeneration
Full featured

Host CPU
RTC

Key Applications

Value Proposition

Networking, server,
consumer, POS

Industry’s lowest power consumption, tiny package
options with alarm feature

ConsumerHigh accuracy ± 3 ppm with battery management, timestamp and internal crystal

Battery management
control, telematics

AEC-Q100 compliance, higher temperature operation

Industrial

Two alarms, watchdog, electronic tuning, battery
management, time stamp and 64-byte RAM on 363A

GPIO Expanders
Your system may need GPIO expanders if:
4 You've run out of I/O on your MCU
4 You need to reduce the number of signal lines used for
peripheral control
4 You're limited by the drive capability of your MCU I/O

Host CPUGPIO

Allows use of two I/O on the host
CPU to expand up to 4, 8, 16, 24,
or 40 additional I/O

Bit-width

Hero Parts

4-bit

PCA9570

8-bit

PCAL6408A

16-bitPCAL6416A

16-bitKey Applications

Value Proposition

IoT devices, wearable, handheld andportable devices

Tiny package, low power consumption

Mobile, tablets, gaming, embedded
computingUltra-low-power consumption and tiny packages with “Agile” I/O features:
latchable inputs and programmable I/O features (drive strength, output
structure, etc.)

PCA9555A

Server, networking, wirelessinfrastructure

Low-power device and various package options; fully backward compatible to
PCA9555, and operates from 1.65 to 5.50

24-bitPCAL6524

Mobile, low-power applications

Ultra-low voltage support to 0.8 V, “Agile” I/O features

40-bit

PCA9698

Home and building automation,
networking, computing/server/storage

Lots of flexibility with 40 bits available, 1 MHz I2C-bus operation

12

Solutions Around the Core
HMIs
LED Controllers
Your system may benefit from LED controllers if:
4 You have a significant number of LEDs in your systemthat need controlling
4 You need control over dimming/blinking/color mixing
functions
4 You need backlighting in your application
4 Your application requires "breathing" functionality

Host CPU

LED
controller

Control Type

Hero Parts

Key Applications

Value Proposition

Voltage source

PCA9632,
PCA9633

Consumer devices, portable applications

4-bit devices with integrated PWMs to do color mixing/dimming; lowpower version available (PCA9632), up to 25 mA 5 V

Voltage source

PCA9624,
PCA9685

Gaming, home automation, industrial

Large number of channels allows control of multiple LEDs saving GPIO pinson MCU, up to 100 mA, 40 V

Constant
current (I2C)

PCA9955B,
PCA9956B

Backlighting application, automotive,
applications that require “breathing”
supportConstant current support allows precise control of current through LEDs,
thermally enhanced package, 1-MHz I2C interface with software features foreasy control, up to 57 mA, 20 V

Constant
current (SPI)

PCA9745B

Backlighting, automotive, applications
that require “breathing” support

Constant current support allows precise control of current through LEDs,
thermally enhanced package, daisy chainable SPI interface with softwarefeatures for easy control, up to 57 mA, 20 V

LCD Drivers
Your system may benefit from LCD drivers if:
4 Your system has a passive monochrome display
4 You want to save I/Os on the MCU while driving thedisplay
4 You need to display a high contrast level
4 You need an external segment or character driver

Hero Parts

Key Applications

Value Proposition

PCA8561

Automotive and industrial; small displays withdriver mounted on the back.

Small number of segment counts, small package size, programmable
frame frequency, automotive qualified, low power consumption

PCF8551/PCA8551,
PCF8553/PCA8553

E-metering, automotive, white goods

Automotive qualified, low power consumption

PCA8538, PCA8539

Automotive, Industrial

Chip-on-glass, automotive qualified, high and programmable
frame frequency, high VLCD with integrated charge pump, internal
temperature sensor

PCA2117

Automotive Industrial (Character Drivers)

Chip-on-glass, automotive qualified

13

Solutions Around the CoreInterfaces
I2C MUX and SwitchesYour system may benefit from I2C MUX and switches if:
4 You have issues with I2C slaves having the same address
4 You have many slaves on the I2C bus and need to split thebus to simplify architecture
4 You need debug capability and multi-master support inyour system
4 You need voltage-level translation
Function

Hero Parts

Key Applications

Host CPU

I2 C
MUX/switch

Value Proposition

Multiplexer

PCA9543A, PCA9547, PCA9847

Servers, networking, telecom,
wireless infrastructure

Low-voltage device with address configurability
PCA984x down to 0.8 V and up to 1 MHz

Switches

PCA9546A, PCA9548A, PCA9846,
PCA9848

Servers, networking, telecom,
wireless infrastructure

Low-voltage device with address configurability, leveltranslation capability built in
PCA984x down to 0.8 V and up to 1 MHz

Demux/Arbiter

PCA9541A, PCA9641

Servers, networking, telecom,
wireless infrastructure

Multi-master system support with hardware arbitration
capability
PCA9641 has master arbitration and up to 1 MHz

14

For more information, visit www.nxp.com/interface

Solutions Around the Core
NFC - A Different Kind of WirelessAccess Control (Physical and Logical)
Use your phone to open doors at home, atwork, or when you travel

NFC Tag/Phone

Host
CPU

NFC
Frontend

Turn your wristband into a special-access
pass
Grant temporary access to service
personnel

Or

NFC Tag/Phone

NFC Controller (Customizable FIrmware)

Help increase productivity with fast accessto specialized machinery• If you already have a microcontroller on board, and need advanced NFC performance withthe low power consumption, especially in a battery-operated system, use this NFC frontend topush your design further.

NFC Frontend CLRC663 plus

NFC Controller with Customizable Firmware
PN7462 PN736x
Contactless Multi-application
Smart Card MIFARE®
DESFire® EV2
MIFARE DESFire Light• If you need a small footprint, e.g., for a door lock, use these all-in-one solutions to execute afully custom application.
• No external MCU needed.
• If you’re designing a card-based access system, get the benefit of CC EAL5+ security – thesame certification level bank cards and electronic passports use.
• This NFC-compatible MIFARE solution is also available in multiple form factors from key fobs
to wristbands.

Pairing and Commissioning
Pair with Bluetooth®
devices faster

Pairing a Phone to a Bluetooth® or Wi-Fi® Device
BT, Wi-Fi

Wireless
CPU

View images and videos on the
big screen
Add nodes to your home or industrial
network without entering codes

Connected
Tag
Or

Commissioning a Wireless Network Node to a Gateway

Wireless
CPU

Bluetooth, Wi-Fi, Zigbee®, etc.

MPU (Linux®,
Android™)

NFC
Controller

Wireless Gateway

Bluetooth, Wi-Fi, Zigbee, etc.

Connected
Tag

WirelessCPU

Wireless Node

NFC Connected Tag NTAG® I2C plus,
NTAG 5 boost• If you’re working on a battery-powered design that already has a microcontroller, such as a speaker or
IoT node, use this tag IC to wake the system and initiate Bluetooth or Wi-Fi pairing. NTAG 5 boost gives
good read range even with tiny antennas around x 10 mm.

NFC Controller with Integrated
Firmware PN71xx• If you’re running an OS such as Android, Windows, or Linux, use the embedded NFC firmware and NCIinterface in these controllers to add fully compliant NFC functionality. The PN71xx is also a good choice
for routers that will interact with NTAG-equipped nodes.

15

Solutions Around the Core
NFC - A Different Kind of WirelessAccessories and Consumables
Combat counterfeits by authenticating
accessories and attachments
Ensure safety with branded replacementsthat automatically adjust settings

Host
CPU

NFC Frontend
or Controller

NFC Reader in the Main Unit

NFC Tag on the Accessory
or Consumable

Order branded replacements andconsumables with a single tap, using
authenticated redirection
Boost manufacturing by automaticallychoosing the right tool every time

NFC Frontend: MFRC630
NFC Tag ICs: NTAG21x, NTAG213 Tag Tamper,
NTAG 413 DNA
Tags: NTAG 21x, NTAG 213 TagTamper, NTAG
424 DNA TagTamper, NTAG 424 DNA• NFC tag ICs from the NTAG family offer a range of features and security options and can beread by all NFC phones. Once you’ve chosen a tag IC, the MFRC630 is an ideal single-protocol
reader for this use case.

NFC Frontend SLRC610
NFC Tag ICs: ICODE®SLIX2, ICODE DNA• If you need to support longer distances between the tag and its reader, then the SLRC610
reader, which works with ICODE tags, gives you the extra margin in read range.

NFC Controller with Integrated Firmware
PN71xx• If you’re working with an OS such as Android, Windows, or Linux, use one of these controllers
for plug-and-play functionality when reading NTAG, MIFARE®, and ICODE tags.

Parameterization, Diagnosis and FW Update
Use an NFC phone as an external userinterface to replace DIP switches
Enable full interactions with small, sealed
devices that are not powered or don’t havea battery at all

Host
CPU

Connected
Tag

Read out data, access user manuals, or
copy settings from one device to another
Use a phone to perform diagnostics or
update the firmware, even if the device isunpowered

16

Connected Tag NTAG I²C
plus• Adding this low-cost, small-footprint NFC interface makes your system compatible with any NFC phone orreader on the market.

Connected Tag NTAG 5
boost

• F
 or small devices, add this connected NFC tag to get extra read range even with tiny antennas around 10 x 10mm.

Solutions Around the Core
NFC - A Different Kind of WirelessDevice-to-Device and In-Device Communication
Avoid galvanic connections by letting
machines talk without wires
Let a fully sealed, battery-free sensor unit
interact with the meter housing

Host
CPU

NFC
Frontend

Connected
Tag

Main Unit, Powered

Host
CPU

Sensor or Other Unit, Even Unpowered

Record mechanical-stress readings onmoving parts
NFC allows communication with up to 40
kbit/s and provides up to 30 mW via energy
harvesting
NFC Frontend MFRC630 (for use withNTAG I²C plus)
SLRC610 (for use with NTAG 5)• If your system will be actively communicating with other devices or reading data from tags, use thishigh-performance yet cost-effective frontend to enable interaction.

Connected Tag NTAG I²C plus

• With this high-performance, energy-harvesting connected tag on board, your device can be read,measured, or made interactive—even if it doesn’t have a power source.

Connected Tag NTAG 5 Link

• With this connected NFC tag, you can harvest up to 30 mW of regulated power and connect any I²C
slaves directly without any MCU.

Payment
Offer new kinds of loyalty and couponing
programs
Let micro-merchants accept and confirm
payments
Create self-service kiosks or vending
machines

Host
CPU

NFC
FrontendOr

NFC Controller (customizable firmware)

Get access to any kind of energy throughprepaid systems
Use a secure, protected connection toaccess your bank or initiate transactions

NFC Frontend PN5180, CLRC663 plus

• If you want to enable NFC-based payments, and you already have a microcontroller on board, use one ofthese EMVCo-compliant frontends.

NFC Controller with Customizable
Firmware PN7462• If you need a small footprint, use this single-chip solution to create a very compact design. You caneasily add a coprocessor for time-critical functions in the EMVL1 protocol layer, for fast payment
performance.

Contact reader front end TDA8035
TDA8026• If you want to support contact cards in your terminal, you can choose the single-slot TDA8035, or selectthe TDA8026 for use with multiple SAMs. Both offer full support for all classes of smartcard.

17

www.nxp.com
NXP, the NXP logo, MIFARE, the MIFARE logo, NTAG and ICODE are trademarks of NXP B.V. All other product or service names are theproperty of their respective owners. The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any useof such marks by NXP Semiconductors is under license. Android and any related marks are trademarks of Google Inc. © 2018–2020 NXP B.V.
Document Number: A1UPFSA4 REV 2