Create smarter, more efficient white goods; An industry-leading portfolio of cost-effective, power-saving solutions for...

Create smarter, more
efficient white goods
An industry-leading portfolio of cost-effective,
power-saving solutions for major home appliances
Your reliable partner for white goods
2
NXP - White Goods
An industry-leading portfolio of cost-effective,
power-saving solutions for major home appliances
With NXP Semiconductors as your partner for white goods,
you have access to one of the widest portfolios in the industry.
We specialize in power efficiency, combined with flexibility and
low cost, so you always find the right fit for your next design,
whether it’s a washing machine, a refrigerator, or a room air
conditioner.
We have one of the industry’s most extensive selections of
8- and 32-bit microcontrollers, delivering performance and
functionality in 80C51, ARM7, and ARM9 formats. We even
have advanced ARM-based devices that integrate an LCD
controller, so you can save time and simplify development in
applications that use a display.
Our power-supply solutions let you optimize your design, using
integrated formats that make design-in easy, or with discrete
solutions that provide the lowest possible cost.
For applications that use variable speed control, our 3Q HiCom triacs deliver the industry’s highest immunity ratings, with
a lower cost of ownership.
Our I2C-bus portfolio is second to none, with simple-to-use,
truly plug-and-play solutions for all kinds of essential distal
function blocks, including real-time clocks, temperature
buffers with internal or external diodes, and general-purpose
I/O (GPIO) expanders.
We regularly introduce new levels of integration and smaller
packaging for our general-application products, and are
a recognized leader in technologies like BISS (low VCEsat)
transistors and Resistor Equipped Transistors (RETs). Plus, as
the second-largest supplier of small-signal discretes, we offer
one of the largest capacities in the world, so you’re always
assured of a steady supply, even during peak delivery.
NXP - White Goods
3
Washing machine application
Control
Power
Supply
Pump
Driver
Water
Heater
Motor
Driver
GA
MicroController
Valve
Driver
Pressure
Sensor
Relay
Driver
Water Level
Sensor
Human
Interface
Functions
Status LED
A/D
Conversion
GPIO
I2C Bus
I2C Bus
Expander
Real Time
Clock
Interface
Functions
Display
Control
Temp
Sensor
LED
Driver
Dishwasher application
Control
Power
Supply
Pump
Driver
Motor
Driver
Valve
Driver
GA
MicroController
Relay
Driver
Water
Heater
Water Level
Sensor
Human
Interface
Functions
Status LED
GPIO
A/D
Conversion
I2C Bus
I2C Bus
Expander
Real Time
Clock
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NXP - White Goods
Interface
Functions
Display
Control
Temp
Sensor
LED
Driver
Status1
Status2
Status3
Status4
Start
Program1
Program2
Program3
Program4
Dryer application
Control
Power
Supply
Pump
Driver
Motor
Driver
GA
MicroController
Pressure
Sensor
Relay
Driver
Water Level
Sensor
Human
Interface
Functions
Status LED
A/D
Conversion
Status1
Status2
Status3
Status4
Start
Program1
Program2
Program3
Program4
GPIO
I2C Bus
I2C Bus
Expander
Real Time
Clock
Interface
Functions
Display
Control
Temp
Sensor
LED
Driver
Refrigerator application
Control
Power
Supply
Fan
Valve
Driver
GA
MicroController
Relay
Driver
Defrost
Heater
Defrost
Heater
Motor
Driver
Human
Interface
Functions
GPIO
Status LED
Status1
Status2
Status3
Status4
Start
Program1
Program2
Program3
Program4
I2C Bus
I2C Bus
Expander
Real Time
Clock
Interface
Functions
Display
Control
Temp
Sensor
LED
Driver
NXP - White Goods
5
For white goods, we take a family approach,
offering the widest selection of ARM7 and ARM9
microcontrollers. That means you’ll always find the
right core, the right memory size, and the right mix
of peripherals for your application. The LPC family
provides an added level of flexibility, too, since you
can reuse software code, hardware, and design
tools throughout the family.
We support the move toward high-end features,
with integrated LCD controllers and a wide range
of connectivity interfaces. The NXP BlueStreak
family, for example, includes an LCD controller in
every device. Looking to the future, we will continue
to expand our ARM portfolio, building on a new
licensing agreement that also includes access to the
ARM Cortex family of processors.
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NXP - White Goods
LPC2000 series
LPC2000 microcontrollers are 32-bit ARM7 devices that
operate at up to 72 MHz. They integrate up to
512 kB of zero wait-state Flash memory, so each
device runs as fast as SRAM memory.
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
32-bit ARM7TDMI-S core with speeds up to 72 MHz
Up to 512 kB of zero wait-state Flash
Options for serial interfaces: I2C-bus, UART, SPI, CAN
Options for 10-bit ADCs and DACs
Low power consumption
Package options include tiny (7 x 7 mm) LQFP
“From the smallest 8-bit 80C51 devices to the
highest performing 32-bit ARM devices, our
microcontrollers drive the industry. “
Industry-leading options
for microcontrollers
LH75x and LH7A404 (BlueStreak) series
These flexible, powerful microcontrollers, based on ARM7
and ARM9 cores, integrate an LCD controller so they save
time-to-market for applications that use an LCD screen.
They’re supported by comprehensive software and hardware
design tools, for the easiest possible design-in.
LPC3000 series
LPC3000 series microcontrollers use a powerful ARM926 core,
an LCD controller, and a large set of standard peripherals
to achieve outstanding performance. The integrated LCD
controller makes them an especially good choice for white
goods that use an LCD panel.
Ñ 32-bit ARM7TDMI-S, ARM720T, and ARM922T cores with
speeds up to 266 MHz
Ñ Video support (ARM9)
Ñ Integrated display buffer (ARM9) for maximizing system
performance
Ñ Integrated LCD controller (supporting VGA up to
1024 x 768 resolution)
Ñ 32-bit external bus with SDRAM controller and NAND Flash
boot capability
Ñ Options for serial interfaces: USB 2.0, I2C-bus, I2S, UART,
SSI/SSP, IrDA
Ñ Options for 10-bit ADC with touchscreen interface
Ñ Low power consumption
Ñ 32-bit ARM926EJ-S core with speeds up to 200 MHz
Ñ Unique ARM9 Vector Floating Point coprocessor
Ñ Highest ARM9 memory implementation for faster operation
(256-k on-chip SRAM , 32-k D-cache, 32-k I-cache)
Ñ High-performance TFT controller with color depth
up to 24 bits
Ñ 32-bit external bus for use with DDR, DRAM, NAND Flash,
SRAM
Ñ Advanced peripherals, including Ethernet, USB, SD Card,
SPI, and more
Ñ Low-power process consumption
Ñ Advanced power management
More information: www.nxp.com/microcontrollers
NXP - White Goods
7
High-efficiency power supplies optim
NXP is committed to sustainability and ecofriendly design, and offers a full range of powersaving technologies that increase efficiency and
save energy. Use an integrated solution for easy
design-in, or create a discrete solution for the
lowest cost.
STARplug ICs for universal AC/DC supply
Our proven STARplug family offers true valley switching,
very high efficiency, and a competitive BOM count. Each
highly integrated controller includes a full range of protection
features that reduce external components and lower overall
cost, and they’re all available in space-saving SO and DIP
packages.
The family includes a 650-V MOSFET and operates over a wide
VCC range to deliver output power up to 30 W. The ICs support
low-power standby operation with frequency reduction, and
integrate an internal error amplifier that enables primary
sensing and uses adjustable over-current protection.
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NXP - White Goods
mized for simplicity and cost
STARplug ICs for white goods
Type
Package
RDS(on)
Max. output power
global mains
(Ω)
(W)
TEA1520T
TEA1520P
TEA1521T
TEA1521P
TEA1522T *
TEA1522P *
TEA1523P
TEA1620P
TEA1622P *
TEA1623P
SO-14
DIP-8
SO-14
DIP-8
SO-14
DIP-8
DIP-8
DIP-8
DIP-8
DIP-8
48
48
24
24
12
12
6.5
48
12
6.5
2–5
2–5
3–7
3–7
7–9
7–9
9 – 12
2–5
7–9
9 – 12
TEA1623PH
HDIP-16
6.5
12 – 30
* recommended for most white goods
Discrete solutions for the main power supply
With proven technology, smaller packages, and a wide
selection at a lower cost, our commodity products and
complex discretes work together to create a highly efficient
main power supply.
Zener diodes
BZX84x (SOT23) series, BZX384x (SOD323) series
Switching diodes
PRLL4148 (SOD80C), BAS16 (SOT23), BAS316 (SOD323)
General-purpose
diodes
BAS20 (SOT23), BAS321 (SOD323)
General-purpose
transistors
BC847 (SOT23), BC847W (SOT323)
Voltage regulators
PVR series (combines transistor and Zener diode)
Mosfet drivers
PMD series (up to 4 discretes in one package)
Rectifier diodes
BY229-600, BY229X-600, BY229X-800
Secondary rectifier
diodes
BYQ28x, BYW29x, BYQ30x, BYV32x, BYV42x, BYV72x, BYV79x
MEGA Schottky
secondary rectifiers
PMEG2020EJ, PMEG3020EJ, PMEG4010EJ, PMEG6010CEJ
SOD323F packages replace SMA and SOD123 packages
NXP - White Goods
9
Three-quadrant Hi-Com triacs for
NXP’s three-quadrant (3Q) Hi-Com triacs
offer the best immunity to false triggering,
with a lower cost of ownership, and are
essential components in appliances that use
variable speed control. The BTA series uses
an innovative implementation to deliver
higher static stability, higher resistance
to fast current transients, and very robust
commutation performance. Simple circuitry
leads to increased reliability, and the
wide range of package options makes
them easy to mount. Plus, when used in
combination with one of NXP’s advanced
LPC microcontrollers, they eliminate the
need for a separate gate driver.
10
NXP - White Goods
Features
Ñ Highest VDRM and high dVD/dt for increased static
stability
Ñ High dIT/dt for greater resistance to fast current
transients
Ñ High dIcom/dt and dVcom/dt for better commutation
performance
Ñ Increased reliability with simpler circuitry
Ñ Mechanically and electrically compatible with any
triac on the market
Ñ Benchmark cost position
Ñ Excellent quality records
Ñ Optimized for use with NXP LPC series
microcontrollers (separate gate driver not needed)
Ñ Operate in 1st , 2nd and 3rd quadrants with positive
or negative gate-triggering current
Ñ Operate in all IC and discrete trigger circuits,
isolated and non-isolated
Ñ Wide variety of package options for best
mounting
greater efficiency at a lower cost
BTA series triacs in horizontal-axis washer
BTA series triacs in vertical-axis washer
Recommended BTA series triacs for washing machines
Water Fill Valve
Induction Motor
Power Switch
Drain Valve /
Pump
BTA201-600E
BTA208X-1000C
BTA201-600B
BTA201-600E
BTA201-800E
BTA208B-1000C
BTA201-800B
BTA201-800E
BTA202X-600E
BTA202X-800E
For vertical axis washer
Water Fill
Valve
Universal
Motor
Heater
Control
Door Lock
Drain Pump
BTA201-600E
BTA312-600C
BTA316-600C
BTA201-600B
BTA201-600E
BTA201-800E
BTA312-800C
BTA416Y-600C
BTA201-800B
BTA201-800E
BTA312Y-600C
BTA201-600E
BTA202X-600E
BTA312Y-800C
BTA201-800E
BTA202X-800E
For horizontal axis washer
NXP - White Goods
11
BTA series (3Q) Hi-Com triacs
IT(RMS)
VDRM
IGT (max)
SOT54
SOT78
SOT78D
SOT186A
SOT223
SOT404
SOT428
(D2PAK)
(DPAK)
(internally
(A)
(V)
(mA)
(TO92)
(TO220AB)
insulated
(isolated
TO220AB)
TO220AB)
0.8
600 / 800
D/E
BTA2008
1
600 / 800
B/E/ER
BTA201
1
600 / 800
E
1
600
B/C/D/E/F
BTA204W
1
800
C/E
BTA204W
BTA201W
2
600 / 800
D/E
4
600
B/C/D/E/F
BTA204
BTA202X
BTA204X
BTA204S
4
800
B/C/E
BTA204
BTA204X
BTA204S
8
600
B/D/E/F
BTA208
BTA208X
BTA208S
8
800
B/E
BTA208
BTA208X
BTA208S
8
1000
C
12
600
B/D/E/F
BTA212
BTA208X
BTA212X
BTA212B
12
600
D
BTA312
BTA312X
BTA312B
12
600
CT
BTA312
12
600 / 800
B/C/E
BTA312
12
600 / 800
C
12
800
B/E
BTA212
12
800
ET
BTA312
BTA312B
BTA312X
BTA312B
BTA312Y
12
600 / 800
B/C
16
600
B/D/E/F
BTA216
16
600
BT
BTA216
BTA212X
BTA212B
BTA312B
BTA412Y
BTA216X
BTA216B
16
600
BT/D
BTA316
16
600 / 800
B/C/E
BTA316
BTA316X
BTA316B
16
800
B
BTA216
BTA216X
BTA216B
16
600 / 800
B/C
25
600
BT
BTA225
25
600 / 800
B
BTA225
BTA416Y
IGT(max) ratings: D = 5 mA; E, ET, ER = 10 mA; F = 25 mA; C, CT = 35 mA; B, BT = 50 mA
Types in bold represent new products
12
BTA208B
NXP - White Goods
BTA225B
4Q triacs
NXP’s four-quadrant (4Q) triacs are optimized for “easy”
resistive loads and are ideal for low-current, sensitive-gate
designs. Our portfolio supports competitor type numbers, for
easy second-sourcing, without changes to the existing BOM.
BT series 4Q triacs
IT(RMS)
Type
Application
0.6
BT1306
MAC97xx
Defrost heater
0.8
BT1308
Z00607MA
Defrost heater
1
BT131
Z010xx
Defrost heater, valves
4
BT134
Defrost heater, valves
4
BT136
Defrost heater, valves
16
BT139
Water heater
25
BTA140
Water heater
(A)
More information: www.nxp.com/products/discretes/triacs_thyristors/
NXP - White Goods
13
Timing and temperature, buffers, and
other general-purpose functions
In the more than 20 years since we first introduced the I2C-bus (as Philips
Semiconductors), this simple, two-wire protocol has been a key enabling technology for
a broad range of applications. We offer the industry’s broadest portfolio of I2C-bus logic,
providing essential components like GPIO expanders, bus expanders, voltage translators,
LED blinkers and dimmers, tiny serial ADCs and DACs, buffers, clocks and RTCs, simple
LCD display drivers, DIP switches, EEPROMs, RAM, and CBT switches, multiplexers, digital
temperature sensors, bridge ICs, and more.
More information: www.nxp.com/i2c/
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NXP - White Goods
I2C-bus analog-to-digital converters
} Convert signals from digital to analog, analog to digital
} Internal oscillator
} Power On Reset (POR)
PCA9691
4-channel 8-bit 11 kbt/s A/D and D/A converter; I2C: 100 kHz
PCF8591
4-channel 8-bit 110 kbt/s A/D and D/A converter; I2C: 1 MHz
TDA8444
8-channel 6-bit D/A converter
I2C-bus LED dimmers/blinkers
} General-purpose I/O and LED control
} No external components required: internal oscillator provides
PWM frequency and duty cycles
} Programmable blink rates
} On/off/blink or dim LED
} LED brightness controlled by setting frequency to and
changing duty cycle to vary LED’s average current
} For certain types extra pins can be used as inputs or outputs
} For certain types: hardware reset pin for state machine
} Open-drain outputs capable of 25-mA sink
LED dimmers (Freq. range: 152 Hz to 1.69 sec.)
LED blinkers (Freq. range: 152 Hz to 1.69 sec.)
PCA9530
2-bit LED dimmer
PCA9550
2-bit LED blinker
PCA9531
8-bit LED dimmer
PCA9551
8-bit LED blinker
PCA9532
16-bit LED dimmer
PCA9552
16-bit LED blinker
PCA9533
4-bit LED dimmer
PCA9553
4-bit LED blinker
PCA9632/33
Fm+ 4-bit 5-PWM LED controller
PCA9625
Fm+ LED controller (24 V, 100 mA)
PCA9634
Fm+ 8-bit 9-PWM LED controller
SAA1064
4 x 7 I2C-bus LED driver with decimal
PCA9635
Fm+ 16-bit 17-PWM LED controller
PCA9685
Fm+ 16-bit 4Kstep LED controller
NXP - White Goods
15
I2C-bus general-purpose I/O (GPIO) expanders
} Connect parallel I/O to serial I2C-bus or SMBus and
provide I/O expansion
} Quasi output: upper transistor is on for half a
clock cycle and then held up by a weak current
source (25-mA sink)
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NXP - White Goods
} Extend GPIO from I²C-bus or SMBus
} True Output: configurable as input or output with
polarity inversion (push/ pull with 25-mA sink and
10-mA source)
Quasi output (weak current source)
True output (configur able push/pull)
PCA8574/74A
8-bit with interrupt
PCA9502
8-bit SPI/I2C with interrupt, reset
PCA8575
16-bit with interrupt
PCA9505/06
40-bit with interrupt, reset, OE
PCA9500
8-bit with 2-kbit EEPROM
PCA9534/54/54A
8-bit with interrupt
PCA9501
8-bit with 2-kbit EEPROM, interrupt
PCA9535/35C/55
16-bit with interrupt
PCA9558
8-bit w/ 5-bit DIP, 2-kbit EEPROM
PCA9536
4-bit
PCA9670
Fm+ 8-bit with reset
PCA9537
4-bit with interrupt, reset
PCA9671
Fm+ 16-bit with reset
PCA9538
8-bit with interrupt, reset
PCA9672
Fm+ 8-bit with interrupt, reset
PCA9539
16-bit with interrupt, reset
PCA9673
Fm+ 16-bit with interrupt, reset
PCA9557
8-bit with reset
PCA9674/74A
Fm+ 8-bit with interrupt
PCA9698
Fm+ 40-bit with interrupt, reset, OE
PCA9675
Fm+ 16-bit with interrupt
PCF8574/74A
8-bit with interrupt
PCF8575/75C
16-bit with interrupt
I2C-bus temperature and voltage sensors
} Hardware monitors use I²C-bus to report
temperature and/or voltage
} Remote sensor is more accurate than packagemounted sensors (analog input pins let external
transistors and diodes – in a processor, for example
– perform very precise temperature sensing)
} SE97/98 per JEDEC specification for RDIMM
and SO-DIMM applications
LM75A/B
±2 °C local I2C-bus temperature sensor and thermal watchdog™
NE1617A
±2 °C local / remote I2C-bus temperature monitor
NE1619
±2 °C local / remote I2C-bus temperature and voltage monitor
SA56004
±1 °C local / remote digital temp sensor with over-temp alarms
SE95
±1 °C high accuracy local I2C-bus temperature sensor and thermal Watchdog
SE97
±1 °C local I2C-bus temperature sensor with 2-Kbit EEPROM SPD
SE98
±1 °C local I2C-bus temperature sensor
I2C-bus real-time clocks
} 32.768-kHz quartz oscillator
} Year, month, day, hour, minute, second
(1/100-sec resolution)
} Alarm and timer functions
}
}
}
}
}
Wide operating supply voltage range (1.0 to 5.5 V)
Open drain interrupt pin
Low back-up current (0.25 μA at 3 V)
Low-voltage detection
Temperature compensation, integrated quartz
PCA8565
High-temperature (125 °C) I²C-bus real-time clock
PCF8563
Low-power I²C-bus real-time clock
PCF8583
I²C real-time clock with 240-byte RAM
PCF8593
I²C real-time clockwith 1/100-second resolution
PCF2128
RTC with integrated temperature compensated quartz oscillator
I2C-bus LCD drivers
} Low power
} On-chip bias
} Temperature compensation
PCF2113/2116/2119
} Blinking
} No external parts required
I²C-bus LCD character display
PCF8531/8535/8811
I²C-bus LCD graphic drivers
PCF8533
80-to-320 segment I2C-bus LCD segment driver
PCF8534A
60-to-240 segment I2C-bus LCD segment driver
PCF8562
32-to-128 segment I²C-bus LCD segment driver
PCF8566
24-to-96 segment I²C-bus LCD segment driver
PCF8576D
40-to-160 segment I²C-bus LCD segment driver
PCF8577C
32-to-64 segment I²C-bus LCD segment driver
PCF8578/79
>384 segment I²C-bus LCD segment/dot driver
NXP - White Goods
17
As the second-largest supplier of small-signal discretes, we offer one of the largest
production capacities in the world. We give you the broadest range of options,
so you get choice as well as the ability to support peak delivery. We cover a wide
range of functionality, from Darlington and switching devices right up to the latest
developments in Resistor Equipped Transistors (RETs) and low VCEsat (BISS) transistors.
We are always expanding our portfolio, with new levels of integration, smaller
packaging, and improved performance.
A complete range of general-applicati
BISS transistors
Vin
Vout
Controller
Key features
Ñ Low saturation voltage (VCEsat = 334 mV at 5 A)
Ñ High collector current (SOT223: Ic(max) = 5A; SOT666:
Ic(max) = 2A; SOT883: Ic(max) = 0.5 A)
Ñ Reduced board space via smaller packages
Ñ Bipolar transistors cost up to 50% less than
MOSFETs
Ñ Best-in-class solutions for loadswitch applications
Ñ Exceptionally low losses when switching loads
Ñ Very high current gain
More information: www.nxp.com/products/discretes/bipolar_transistors
18
NXP - White Goods
ion products
Load switches
Resistor-equipped transistors (RETs)
Power
supply
Load
R4
TR1
R3
Control
input
TR2
R1
R2
Key features
Ñ High performance at a low price
Ñ Large load currents driven by only a fraction of a mA
Ñ Lowest losses in the pass transistor via PNP-BISS
technology
Ñ Ready-to-use, integrated solution saves time
Ñ Replaces expensive P-MOSFETs
Ñ Best-in-class solutions for loadswitch applications
Ñ Many resistor combinations available
Ñ Exceptionally low losses when switching loads
Ñ Very high current gain
Ñ Space-saving solution through integration of RET
and low VCEsat transistor
Ñ Low “threshold” voltage (< 1 V)
Ñ Low drive power required
Key features
Ñ 500- and 800-mA RETs (PDTx and PBRx series)
Ñ Best-in-class solutions for higher currents
(up to 800 mA)
Ñ Many resistor combinations available
Ñ Very high current gain
Ñ Space-saving solution through integration of resistor
and low VCEsat transistor
Ñ Miniaturization of end products
NXP - White Goods
19
www.nxp.com
© 2008 NXP B.V.
All rights reserved. Reproduction in whole or in part is prohibited without the prior written consent of the
copyright owner. The information presented in this document does not form part of any quotation or contract,
is believed to be accurate and reliable and may be changed without notice. No liability will be accepted by
the publisher for any consequence of its use. Publication thereof does not convey nor imply any license under
patent- or other industrial or intellectual property rights.
Date of release: June 2008
Document order number: 9397 750 16543
Printed in the Netherlands
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