Catalogue-SensingNetworks v2.0 2015_

Product Catalog
Sensing Networks
Low Power
Reliability
Flexibility
Ve r. 2 . 0 - 2 0 1 5
Introduction
Applications
Wrist Watch
ROHM Semiconductor, a world leading
manufacturer of semiconductor devices is
providing a wide line-up of low power
products like Sensors, Low Power MCUs and
Wireless Communication ICs which are a
perfect choice for any kind of battery
operated application.
Sensors
ROHM Semiconductor offers a broad
portfolio of sensors like Hall ICs, Ambient
Light Sensor ICs, Optical Proximity Sensor
ICs, Temperature Sensor ICs, Amplifier for
Human Body Detector, Capacitive Switch
Control ICs, Touch Screen Control ICs,
MEMS Sensors and Optical Sensors (Sensor
Modules). In addition Kionix, a member of
the ROHM Group, provide MEMS
accelerometers with industry-leading
performance and quality for consumer
electronics, industrial, healthcare and
fitness applications.
MCU
ROHM Semiconductor and LAPIS
Semiconductor offer a large selection of
ultra low power MCUs based on proprietary
low power technology.
The low power consumption and a large set
of peripherals like embedded LCD drivers,
sound playback or encryption functions
make them the perfect choice for any
battery operated application.
Wireless Communication ICs
ROHM Semiconductor offers a wide range
of Wireless RF ICs developed by LAPIS
Semiconductor. These products combine
the long experience of LAPIS Semiconductor
in wireless technology with the latest ultra
low power processes. Featured products
support Bluetooth LE v4.0 and various subGHz Low Power Radio standards
1
Data Logger
Fitness
Providing a complete
Sensors to Ultra Low Power
Content
Product Map
Portfolio from Sensors like Accelerometers or Light
MCUs and Wireless Communication Devices
Table of Contents
ROHM Sensor IC Overview
ROHM Sensors in Development
Kionix Accelerometers
Low Power MCUs
Bluetooth® SMART
Sub GHz Wireless
03
05
05
07
09
10
2
ROHM Sensor Overview
Sensing
ROHM Semiconductor offers a broad portfolio of sensors, Hall ICs, Ambient Light Sensor ICs, Optical
Proximity Sensor ICs, Temperature Sensor ICs, Amplifier for Human Body Detector, Capacitive Switch
Control ICs, Touch Screen Control ICs, MEMS Sensors and Optical Sensors (Sensor Modules).
Ambient Light Sensors and Proximity Sensors
ROHM Ambient Light sensors feature optical characteristics close to the human eye, enabling automatic
backlight adjustment in displays for lower power consumption and optimum visibility.
Key Features:
 Analog and digital
interface available
 Human eye characteristic
 Small packages
 Low power consumption
 50/60Hz filter to avoid
flickering
 Proximity sensing option
available (based on IR
light reflection)
Lineup:
Output Type
Supply
Voltage
[V]
current(source)
2.4 to 5.5
±15
3step
0-100,000
-40 to +85
WSOF6
current(source)
2.4 to 5.5
±15
3step
0-100,000
-40 to +85
WSOF5
current(source)
2.4 to 5.5
±15
3step
0-100,000
-40 to +85
WSOF5
BH1715FVC
I2C I/F
2.4 to 3.6
-
0-65,000
-40 to +85
WSOF6
BH1721FVC
I2C I/F
2.4 to 3.6
±15
±15
-
0-65,000
-40 to +85
WSOF5
BH1750FVI
I2C
I/F
2.4 to 3.6
±20
-
0-65,000
-40 to +85
WSOF6I
BH1751FVI
I2C I/F
2.4 to 3.6
±20
-
0-65,000
-40 to +85
WSOF6l
BH1780GLI
I2C I/F
2.3 to 3.0
±20
-
0-65,000
-40 to +85
WLGA04
BH1730FVC
I2C I/F
2.4 to 3.6
±15
-
0.008-65535
-40 to +85
WSOF6
2.5 to 3.6
±40
-
0-43,000
-25 to +85
SON
Part
Number
Type
BH1603FVC
ALS
BH1620FVC
(Analog)
BH1680FVC
ALS
(Digital)
ALS+PS
(Digital)
RPR-0521RS
2
I C I/F
Sensitivity Output
Illuminance Temperature
Variations Sensitivity Measurement
Operating
Package
[%]
Gain Step
Range[lx]
Range [℃]
ALS: Ambient Light Sensors PS: Proximity Sensors
Temperature Sensors
ROHM temperature sensor ICs integrate a temperature detection function and
digital signal output on a single chip, reducing mounting area and cost.
Key Features:
 Thermostat devices for
standalone operation
 Low power consumption
(down to 7.5µA)
 Small footprint
3
Lineup:
Type
Family
Supply
Voltage
(V)
Supply
current
(uA)
Temp.
Sensitivity
(mV/℃)
Analog
Output voltage
(@30℃) (V)
Detection
Temperature
(℃)
Package
HVSOF5
Analog
BD1020HFV
2.4 to 5.5
4
-8.2
1.3
-30 to 100
Trigger
BDExxxG
2.9 to 5.5
16
-10.68
1.753
-20 to 120
SSOP5
Trigger
BDJxxxHFV
2.4 to 5.5
7.5
0.3
±2.5
55 to 90
HVSOF5
ROHM Sensor Overview
Hall Sensors
For applications requiring open/close or slide detection (i.e. in mobile phones), ROHM Semiconductor offers
magnetic switch and latch Hall ICs.
Lineup:
Type
Dual pole
detection
Unipolar
detection
Key Features:
Part Number
Power Supply
Operate Point
Hysteresis Supply Current
Package
BU52011HFV
1.65 to 3.3V
+/-3.0mT
0.9mT
5μA
HVSOF5
BU52015GUL
1.65 to 3.3V
+/-3.0mT
0.9mT
5μA
VCSP50L1
BU52021HFV
2.4 to 3.6V
+/-3.7mT
0.8mT
8μA
HVSOF5
BU52051NVX
1.65 to 3.3V
+/-3.0mT
0.9mT
5μA
SSON004X1216
BU52054GWZ
1.65 to 3.6V
+/-6.3mT
0.9mT
5μA
UCSP35L1
BU52055GWZ
1.65 to 3.6V
+/-4.1mT
0.8mT
5μA
UCSP35L1
BU52061NVX
1.65 to 3.6V
+/-3.5mT
1.0mT
9μA
SSON004X1216
BD7411G
4.5 to 5.5V
+/-3.4mT
0.8mT
3mA
SSOP5
S pole BU52002GUL
detection BU52012HFV
2.4 to 3.3V
+/-3.7mT
0.8mT
6.5μA
VCSP50L1
1.65 to 3.3V
+/-3.0mT
0.9mT
3.5μA
HVSOF5
N pole BU52003GUL
detection BU52013HFV
2.4 to 3.3V
+/-3.7mT
0.8mT
6.5μA
VCSP50L1
1.65 to 3.3V
+/-3.0mT
0.9mT
3.5μA
HVSOF5
BU52004GUL
2.4 to 3.3V
+/-3.7mT
0.8mT
8μA
VCSP50L1
BU52014HFV
1.65 to 3.3V
+/-3.0mT
0.9mT
5μA
HVSOF5
BU52040HFV
1.65 to 3.3V
+/-3.0mT
6.0mT
200µA
HVSOF5
BU52742GUL
2.4 to 3.6V
+/-10.0mT
20.0mT
7.5mA
VCSP50L1
Dual pole detection
Bipolar latch
 Ultra small packages
(down to 0.8x0.8mm CSP)
 Low power consumption
due to 50ms
intermediate operation
 Digital CMOS output
 High reliability
8kV ESD resistance
New Sensors Release
Geomagnetic Sensor
BM1422GMV
Built-in ultra high precision
MI element reaches less than ±1°
measurement precision.
Key Features:
 Less than ±1° detection
 High speed response: 0.5msec
 Low power consumption:
150µA
 Operation: 1.7 to 3.6V
 Magnetic Sensitivity:
0.042µT / LSB
Applications:
 Smartphones, Tablet
 Wearable Devices
 Games
 Wristwatch
Pressure Sensor BM1383GLV
Color Sensor IC BH1745NUC
Built-in temperature compensation
enables high accurate measurement
over wide range.
Built-in IR cutoff filter allows high
precision color sensing.
Key Features:
Key Features:
 ±0.024hPa (±20cm)
relative pressure accuracy
 Built-in temperature
compensation function
 Small package
 Pressure Range:
300hPa to 1100hPa
 Absolute Pressure Accuracy:
± 1hPa (Typ.)
 Current Consumption: 3.7µA
Applications:
 Smart Phones / Tablet
 Wearables / Activity Tracker
 High infrared removal
Rate with high accuracy RGB
component measurement
 Measures color temperature and
luminance
 Works with dark optical windows
 Maximum Sensitivity :
0.005lx / step
 Current Consumption : 130µA
Applications:
 Color management during the
production process
 Dimming control for lighting
4
Accelerometers from Kionix
Sensing
Kionix Accelerometers
Kionix accelerometers provide industry-leading performance and quality for consumer electronics,
industrial, health & fitness and automotive applications. Kionix accelerometers are available in
2x2x0.9 mm, 3x3x0.9 mm, 3x5x0.9 mm and 5x5x1.2 mm packages.
Standard - Lineup:
Product
G Range
Interface
Output
Size, Pins, and
Package Type
Current
Consumption
Features
KX022
User-selectable
2g, 4g, 8g
Digital SPI/I²C
2x2x0.9mm,
12-pin, LGA
10-130 μA
Small Footprint, Directional Tap/Double-Tap™, Excellent Temperature Performance,
Embedded FIFO/FILO buffer, Digital High-Pass Filter Outputs, User-configurable wakeup function
KX023
User-selectable
2g, 4g, 8g
Digital SPI/I²C
3x3x0.9mm,
16-pin, LGA
10-130 μA
Directional Tap/Double-Tap™, Device Orientation Detection, Excellent Temperature
Performance, Low Current Consumption, Embedded FIFO/FILO buffer, Digital High-Pass
Filter Outputs, User-configurable wake-up function
KX23H
User-selectable
2g, 4g, 8g
Digital SPI/I²C
3x3x0.9mm,
16-pin, LGA
10-135 μA
Low Noise, Enhanced integrated Directional Tap/Double-Tap™, and Device-orientation
Algorithms
KXCNL
User-selectable
2g, 4g, 6g, 8g
Digital (I²C)
3x3x0.9mm,
16-pin, LGA
8-250 µA
Dual User-programmable State Machines, Low Power, Low Noise, Unmatched User
Flexibility and Programmability
KXTJ2
User-selectable
2g, 4g, 8g
Digital (I²C)
2x2x0.9mm,
12-pin, LGA
10-135 μA
High Stability, Low Power, Low Noise, Wakeup Interrupt, Small Footprint
KXCJK
User-selectable
2g, 4g, 8g
Digital (I²C)
3x3x0.9mm,
16-pin, LGA
10-135 μA
High Stability, Wakeup Interrupt, Excellent Temperature Performance, Low Current
Consumption
KXCJ9
User-selectable
2g, 4g, 8g, 16g
Digital (I²C)
3x3x0.9mm,
10-pin, LGA
10-135 μA
High Stability, Low Power, Low Noise, Wakeup Interrupt, Excellent Temperature
Performance
KXTIK
User-selectable
2g, 4g, 8g
Digital (I²C)
3x3x0.9mm,
16-pin, LGA
100-325 μA
Directional Tap/Double-Tap™, Detection Algorithm, Device Orientation Detection,
Active/Inactive Algorithms
KXTC9
1.5g - 6g
Analog
3x3x0.9mm,
10-pin, LGA
170-310 μA
Low Power, Factory Programmable Internal Low Pass Filter
KXR94
1.0g - 4g
Multiplexed
5x5x1.2mm,
Analog or Digital
14-pin, DFN
(SPI)
500-1400 μA
Excellent Temperature Performance, Low Noise Density
MEMS Sense Element
• Proprietary design, technology and manufacturing
Mixed-Signal IC
• Mixed-signal IC design in standard 0.18µm processes
Package
• Standard LGA and DFN
In addition to proven expertise in accelerometer design, Kionix also provides embedded algorithms, such as tap
detection, screen rotation, gesture recognition and activity monitoring, thus supplying additional value to our
customers.
5
Accelerometers from Kionix
Sensor Hub - Accelerometer with embedded MCU
The KX23H is an integrated sensor hub device combining an high performance, very low power 3-axis accelerometer
with a 32 bit ARM cortex microcontroller in a single 3mm x 3mm x 0.9mm package. The KX23H also includes a library
of advance motion processing software, providing the user with pedometer and caloric counting algorithms, as well
as activity monitoring and the ability to detect differences among states such as Stop/Walk/Run/Car/Train etc. In
addition, the KX23H includes embedded algorithms for Tap/Double Tap, screen rotation or tilt and even the
integration of customized functions is possible.
Lineup:
Product
KX23H
G Range
User-selectable
2g, 4g, 8g
Interface
Output
Digital SPI/I²C
Size, Pins, and
Package Type
Current
Consumption
3x3x0.9mm,
16-pin, LGA
Features
Embedded Cortex M0-MCU, Low Noise, Enhanced integrated Directional
Tap/Double-Tap™, and Device-orientation Algorithms
10-135 μA
Key Features:
 ARM Cortex™-M0 32MHz
 128 kB Flash ROM / 16 kB SRAM
 Power consumption (MCU):
2.5μA (sleep); 1.5mA @ 32kHz; 6mA @ 32MHz
 Power consumption (accelerometer):
1μA@ standby; [email protected]; [email protected]
 ±2g, 4g, 8g full scale
 Data Rate 0.781Hz to 1.6KHz
 16-bit resolution
 Internal voltage regulator
 High Shock Survivability (10,000g)
 Excellent Temperature
Performance
6-axis Combo Devices
Kionix' new 6-axis combo devices are the latest additions to our product line and provide customers with
unparalleled performance. Kionix’ newest combination product is the KMX61G accelerometer/magnetometer, with
integrated Sensor Fusion software, creating the industry’s first magnetic gyro solution.
Lineup:
Part Number
Axis
Current
Acceleromet
er G-Range
Magnetometer
Range
Angular Velocity Range
Size, Pins, and Package Type
Features
KMX61G
6
1 µA - 450 µA
(dependent on use)
2g, 4g, 8g
±1200 µT
2000 DPS Max
3x3x0.9mm, 16-pin, LGA
Magnetic Gyro Solution
KMX61
6
1 µA - 450 µA
(dependent on use)
2g, 4g, 8g
±1200 µT
N/A
3x3x0.9mm, 16-pin, LGA
E-compass Solution
Key Features:
 6-Axis Accelerometer/Magnetometer with Sensor Fusion Software
 Ultra Low Power: 1 μA in standby; 130 μA (accelerometer only), 350
μA (magnetometer only) and 450μA Max (combined)
 Digital (I2C), 3x3x0.9mm, 16-Pin, LGA
 512-byte FIFO buffer with watermarking capability
 User-selectable ± 2g, 4g, 8g full-sale accelerometer range
 Embedded temperature sensor
 User-selectable ODR from 0.781Hz to 1.6KHz
 Outputs with up to 14-bit resolution
 Supply voltages between 1.8 V and 3.3 V
6
Ultra Low Power MCUs
Processing
LAPIS Semiconductor
ROHM/LAPIS Semiconductor offers a large
selection of ultra low power MCUs based on
proprietary low power technology.
The low power consumption and a large set of
peripherals like embedded LCD drivers, sound
playback or encryption functions make them
the perfect choice for any battery operated
application.
ML630790/ML610790 Family: Low Power and High Performance Sensor Hub MCUs
32bit ML630790 / 8bit ML610790 family include interfaces for connecting to sensors as well as the main chipset,
allowing integrated control of multiple sensors with low power consumption.
These MCUs make it possible to separate the continuously operating sensors in smartphones and wearable devices
from the main chipset, lightening host processor load and prolonging battery life.
Based on application requirements, customers can select the ML610790 family, equipped with LAPIS
Semiconductor's original U8 core CPU, or the ML630790 family, which utilizes the ARM® Cortex ® -M0 CPU.
Lineup:
Part No.
Description
ML610Q793
8bit Low Power
Microcontroller
ML610Q794G
8bit Low Power
Microcontroller
ML630Q791
32bit Low Power
Microcontroller
7
Io Halt
Features
Down-to 0.6uA
Flash ROM: 64KB
RAM: 4KB
Interface: I2C, UART, SSIO; SAC type ADC
Others: Host interface, Arithmetic processor
Down-to 1.1uA
Flash ROM: 64KB
RAM: 4KB
Interface: I2C, UART, SSIO; SAC type ADC
Others: Host interface, Arithmetic processor
Down-to 2.5uA
Flash ROM: 128KB
RAM: 16KB
Interface: I2C, UART
Others: Host interface, Arithmetic processor
Ultra Low Power MCUs
ML620400/ ML620500 Series: Ultra Low Power MCU with improved performance
The ML620400 series and ML620500 series are LAPIS's new high performance and ultra low power 16-bit
microcontrollers equipped with LAPIS Semiconductor's original 16-bit RISC CPU "U16 Core".
These microcontroller series performs ultra low power consumption such as 0.45µA in Halt mode and 250µA/MHz in
operating mode up to 16MHz-operating frequency. All MCUs of this series feature embedded Flash memory for
storing customer's program and data with self-programming feature.
The ML620400 series and ML620500 series Benefit
High performance helps to reduce average current consumption in
addition to its low power consumption in HALT mode.
CPU
Operation
CPU
Operation
CPU
Operation
Current
Average
Current
Current
CPU
Operation
Reduce average current
Average
Current
Halt
Halt
Deep Halt
Halt-H
Lineup:
Part No.
ML620Q504
ML620Q503
ML620Q419
ML620Q418
ML620Q416
Description
Low Power 16bit Microcontroller
Low Power 16bit Microcontroller
Built-in dot matrix CCD driver
Io Halt
Features
Down-to 0.45uA
Flash ROM:32KByte to 64KByte
RAM: 2KByte to 7KByte
Interface: I2C; UART, SSIO; RC and SAC type ADC
Others; Intergrated oscillators, BLD, Timers
Down-to 0.45uA
LCD driver: up to 2048 dots
Flash ROM: 128 KByte to 512 KByte
RAM: 12KByte
Interface: I2C; UART, SSIO; RC and SAC type ADC
Others; Intergrated oscillators, BLD, Timers
Key Features:
 Low Power Consumption: 0.45uA current consumption
in Halt mode 250uA/MHz in operating mode
 Operating frequency: 16MHz(Max.)
 Operating voltage: 1.8V to 3.6V
 Successive approximation type 12bit A/D converter
 RC oscillator-type 24bit A/D converter
 I2C, SPI, UART(Full duplex buffer system) and etc.
 Build-in LCD Driver (The ML620400 series)
 Low Speed Clock: 32kHz crystal / internal RC oscillator
 High Speed Clock : 16MHz crystal / internal RC
oscillator
 U16 core has same instruction set und uses same
development suite of the U8 core.
ML610100 Series: 8bit MCU with High Noise Immunity
The ML620100/ML610100 series achieves both low power consumption and high noise immunity, ideal for industrial
equipment and home appliances. The ML620100/ML610100 series has excellent noise immunity and some products
are qualified for high temperature (up to 105°C).
Lineup:
Part No.
ML610Q1xx Series
Description
5V type
Low power Microcontroller
Io Halt
Down-to 2µA
Features
Flash ROM: 4kB to 128kB (incl. self-writing)
RAM: 256B to 4kB
SAC type ADC
Operating Frequency: 32kHz to 8MHz
Interface: I2C; UART,SSIO
Others: Integrated oscillators, BLD, Timers, Small LCD driver
8
Wireless Communication: Bluetooth® SMART
Sensing
ROHM Semiconductor offers a wide range of Wireless RF ICs developed by
LAPIS Semiconductor. These products combine the long experience of LAPIS
Semiconductor in wireless technology with the latest ultra low power process.
Bluetooth® SMART IC: ML7105-00x
LAPIS Semiconductor ML7105-00x is a 2.4GHz band wireless communication LSI compatible with
Bluetooth® SMART (master and slave) with built-in RF and baseband. The IC includes the hardware
and firmware required for Bluetooth® Low Energy v4.0 communications as standard feature. This
provides a solid base system which allows customers to create their own application software.
What is Bluetooth® SMART ?
Bluetooth® SMART Module: MK71050-03
LAPIS Semiconductor continues to develop new products for Bluetooth® SMART. The next Generation of products
which is currently under development will support Bluetooth® Low Energy CoreSpec. V 4.1 and will feature even
lower power consumption.
LAPIS Semiconductor provides a wide range of low power sub-GHz RF Communication ICs. They are ideal for data
collection and device control applications because they are less sensitive to obstacles like walls. So a single device
can cover a larger area compared to 2.4GHz solutions.
Key Features:
 Baseline product, ML7105-002, Pattern Antenna integrated
 Metal shield case type
 Radio Certification (Telec, FCC, CE)
 Support Bluetooth v4.0 single mode (slave/master)
 I2C/SPI/UART/GPIO
 10.7 x 13.6 x 1.78mm 52pin
9
Wireless Communication: Sub GHz Wireless
IEEE 802.15.4g Transceiver - ML7396 family
ML7396x is a wireless communication IC meeting the smart meter standard ( IEEE 802.15.4g ).
The lineup includes the products for Japan ( ML7396B ), USA ( ML7396A ) and Europe ( ML7396E ).
Key Features:
 Frequency band possible setting frequency range:
750MHz to 1,000MHz
 Modulation scheme 2-(G)FSK/(G)MSK
 Data rate: 50kbps ⁄ 100kbps ⁄ 200kbps ⁄ 400kbps
 Transmission Power: 20mW ⁄ 10mW ⁄ 1mW
 Rx sensitivity : -102dBm ( 200kbps , m=1 , BER=0.1% )
-106dBm ( 100kbps , m=1 , BER=0.1% )
-108dBm ( 50kbps , m=1 , BER=0.1% )
 Current consumption:
 Transmitting: 20mW>32mA; 10mW>24mA; 1mW>13mA
 Receiving : 15mA; Sleep mode : 0.9µA
Wireless M-BUS Transceiver: ML7406 and ML7344/ ML7345 family
Wireless M-BUS Communications ICs are developed
for Smart Meter Low Power Radio supporting Smart
Meter Standards for Europe, Japan, China and US.
ML7406 family
ML7344/ ML7345 family
The ML7406 family supports short range wireless
communications in the range of 750MHz to 960MHz,
which is applicable to the European smart metering
market (868MHz Wireless M-bus). Built-in Wireless Mbus packet handler allows the reduction of MCU
utilization and power consumption up to 20%.
The ML7344 family supports short range wireless
communications in the frequency band from 160MHz
to 510MHz. It performs the industry lowest power
consumption of 5.9mA (RX) and has a high speed
carrier checking function which realizes less than
0.8ms carrier detection time.
10
The information contained in this document is provided as of 1st May, 2015.
The information contained herein is subject to change without notice. Before you use our Products, please contact our sales representative (as listed below) and verify the latest specifications.
Although ROHM is continuously working to improve product reliability and quality, semiconductors can break down and malfunction due to various factors. Therefore, in order to prevent personal injury or fire arising from
failure, please take safety measures such as complying with the derating characteristics, implementing redundant and fire prevention designs, and utilizing backups and fail-safe procedures. ROHM shall have no
responsibility for any damages arising out of the use of our Products beyond the rating specified by ROHM.
Examples of application circuits, circuit constants and any other information contained herein are provided only to illustrate the standard usage and operations of the Products. The peripheral conditions must be taken into
account when designing circuits for mass production.
The technical information specified herein is intended only to show the typical functions of and examples of application circuits for the Products. ROHM does not grant you, explicitly or implicitly, any license to use or exercise
intellectual property or other rights held by ROHM or any other parties. ROHM shall have no responsibility whatsoever for any dispute arising out of the use of such technical information.
The Products are intended for use in general electronic equipment (i.e. AV/OA devices, communication, consumer systems, gaming/entertainment sets) as well as the applications indicated in this document.
The Products specified in this document are not designed to be radiation tolerant.
For use of our Products in applications requiring a high degree of reliability (as exemplified below), please contact and consult with a ROHM representative: transportation equipment (i.e. cars, ships, trains), primary
communication equipment, traffic lights, fire/crime prevention, safety equipment, medical systems, servers, solar cells, and power transmission systems.
Do not use our Products in applications requiring extremely high reliability, such as aerospace equipment, nuclear power control systems, and submarine repeaters.
ROHM shall have no responsibility for any damages or injury arising from non-compliance with the recommended usage conditions and specifications contained herein.
ROHM has used reasonable care to ensure the accuracy of the information contained in this document. However, ROHM does not warrant that such information is error-free and ROHM shall have no responsibility for any
damages arising from any inaccuracy or misprint of such information.
Please use the Products in accordance with any applicable environmental laws and regulations, such as the RoHS Directive. For more details, including RoHS compatibility, please contact a ROHM sales office as listed
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+1-303-708-0908
+1-248-348-9920
+1-858-625-3600
+52-33-3123-2001
+55-11-3539-6320
Contact us for further information about the products.
Germany
+49-2154-921-0
Stuttgart
+49-711-7272370
France
+33 (0) 1 40 60 87 30
United Kingdom +44-1-908-272400
Oulu
+358-400-726124
Spain
+34-9375-24320
Hungary
+36-1-950-5859
Russia
+74 95 739 4174
Seoul
+82-2-8182-700
Catalog No.58P6897E 05.2015 ROHM © ROHM
Dalian
+86-411-8230-8549
Shanghai
+86-21-6072-8612
Shenzhen +86-755-8307-3008
Hong Kong
+852-2740-6262
Taiwan
+886-2-2500-6956
Singapore
+65-6436-5100
Philippines
+63-2-807-6872
Thailand
+66-2-254-4890
Malaysia
+60-3-7931-8155
India
+91-44-4352-0008
Kyoto
+81-75-365-1218
Yokohama +81-45-476-2121
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