THE ANALOG DEVICES SOLUTIONS BULLETIN
Volume 11, Issue 4
INDUSTRIAL ICs
Contents
500 MSPS Analog-to-Digital Converters
Offer Breakthrough Performance . . . . 1
DDS Family Delivers Lower Power
in a Small Form Factor . . . . . . . . . . . . 2
New Switching Controller Delivers
Best-in-Class Efficiency . . . . . . . . . . . . 2
New Digital Temp Sensors Offer
Breakthrough Accuracy . . . . . . . . . . . . 3
Switches Guarantee Latch-Up
Free Performance . . . . . . . . . . . . . . . . 3
Lowest Noise Zero Drift Amplifier . . . . 4
Low Power ADC Drivers Help
Drive 3 MSPS ADCs . . . . . . . . . . . . . . 4
USB Digital Isolator Offers
2.5 kV rms Isolation . . . . . . . . . . . . . . 5
Dual-Channel Digital Isolator with
Integrated DC-to-DC Converter . . . . . . 5
New 500 MSPS Analog-to-Digital Converters Break Through
Power Consumption and Performance Barriers Enabling Next
Generation Handheld Test Equipment and Instrumentation Designs
Solution
The AD9434 is a 12-bit monolithic single pipelined sampling analog-to-digital converter optimized for
high performance, low power, and ease of use. Dissipating just 660 mW when sampling at 500 MSPS
(DDR; 690 mW SDR), the AD9434 affords 1 GHz of analog full power input bandwidth, making it wellsuited for capturing signals up to 500 MHz. The AD9434-500 delivers 65.2 dBFS SNR and 78 dBc SFDR
when digitizing a 250.3 MHz input signal and is packaged in 8 mm × 8 mm, 56-lead LFCSP.
The AD9286 8-bit high speed analog-to-digital converter achieves an industry-best power consumption
of 310 mW at 500 MSPS, which is 40% less power than competitive components. This device utilizes
two pipelined low power 250 MSPS ADC cores in a time-interleaved configuration to achieve the
ultimate sample rate of 500 MSPS. A single 500 MHz input clock is presented to the converter, and all
interleave clocking is managed internally. The AD9286 is packaged in 7 mm × 7 mm, 48-lead LFCSP.
Applications for these ADCs include battery-powered instrumentation, handheld scope meters, and
digital oscilloscopes. They require only a single 1.8 V analog voltage supply and a differential clock
for full performance operation over the –40°C to +85°C industrial temperature range.
Selection Tables . . . . . . . . . . . . . . . . . 6
AD9434 Features
Recommended Complementary Components
First DAC with Dynamic
Power Control . . . . . . . . . . . . . . . . . . . 8
•12-bit/500 MSPS ADC core
•ADA4960 low distortion, ultrahigh speed
differential analog-to-digital converter driver
4 mA to 20 mA Transmitter with
Integrated Power Circuitry . . . . . . . . . . 8
ISM Band Transmitters/Transceivers . . 9
Industry’s First Fully Isolated
CAN Transceiver . . . . . . . . . . . . . . . . . 9
IMU Offers Accuracy in Harsh
Environments . . . . . . . . . . . . . . . . . . 10
•660 mW (DDR), 690 mW (SDR) power
dissipation at full sampling rate
•SFDR = −78 dBc at FIN up to 250 MHz
•Price: $125.00
AD9286 Features
•8-bit/500 MSPS interleaved ADC core
Resolver-to-Digital Converter with
Integrated Programmable Oscillator . . 10
•310 mW power dissipation at full sampling
rate
Blackfin DSP for Motor and
Power Control . . . . . . . . . . . . . . . . . . 11
•SNR: 49.3 dBFS at FIN up to 200 MHz;
SFDR: 65 dBc at FIN up to 200 MHz;
on-chip simultaneous or interleaved clocking
Circuits from the Lab—Tested
Circuit Design for a High Voltage
Signal . . . . . . . . . . . . . . . . . . . . . . . . 12
Visit our new website for
data sheets, samples,
and additional
resources.
•AD9516 14-output clock generator
•SNR = 65.2 dBFS at FIN up to 250 MHz
•Pricing: $36.00
Note: These products are in sampling stage, with full production
at a later date. Samples can be obtained by visiting the product page
at www.analog.com/AD9434.
Reference Circuits
Precision Single-Supply Differential ADC Driver for Industrial-Level Signals
Complete documentation and design files are available at
www.analog.com/CN0180.
www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 1
5/10/11 3:01 PM
New Direct Digital Synthesis (DDS) ICs Deliver Power and Size Savings for
Industrial and Communications Applications
Large communication and instrumentation systems such as wireless base stations and test and measurement equipment
have been taking advantage of fine frequency tuning, fast frequency hopping and settling times, and other performance benefits
of DDS technology for over a decade. Now, designers of low power devices also seek to incorporate the benefits of DDS technology
into their products without board space and power penalties.
Solution The AD9838 is a complete, low power, small package DDS specifically engineered for wireless, handheld, and sensory equipment.
It is the first DDS to deliver a 16 MHz clock rate while consuming as little as 11 mW power. The AD9838 settles in nanoseconds with
granularity well below 100 mHz. With an on-chip, low power DAC it provides 28-bit fine frequency tuning and high SFDR that enables
the user to more quickly and accurately generate a stable signal in the band of interest. Integration of various communication and
modulation features enables the devices to support single-tone, 2FSK, 2PSK, QPSK, sweep capability, and amplitude modulation,
simplifying the design of communications systems and reducing development risk and cost.
AD9838 Features
•Narrow-band SFDR > 68 dB
Recommended Complementary
Components
•Low 11 mW operating power
•DDS: AD9913
•Supports 16 MHz clock speed
•TxDAC converter: AD9707
•Sine, square, and triangular output
•DACs: AD5791 (20-bit),
AD5543 (16-bit)
•4 mm × 4 mm, 20-lead LFCSP
•Pricing: $2.10
Applications
•Industrial sensory excitation
applications
•Impedance spectroscopy
•Battery-enabled diagnostic and
communications equipment
Note: These products are in sampling stage, with full production at a later date. Samples can be obtained by visiting the product page at www.analog.com/AD9838.
New Synchronous Switching Controller Delivers Improved Efficiency and System
Level Cost Savings
100
90
VO = 3.3V, PSM
80
70
EFFICIENCY (%)
The ADP1850 provides high speed, high peak current drive
capability with dead-time optimization to enable energy
efficient power conversion. For low load operation, the
device can be configured to operate in power saving mode
(PSM) by skipping pulses and reducing switching losses,
which improves the energy efficiency at light load and
standby conditions. The accurate current limit (±6%) allows
the power architect to design within a narrower range of
tolerances and can reduce overall converter size and cost.
60
50
40
VO = 3.3V, PWM
VO = 1.8V, PSM
30
ADP1850 Features
Applications
20
•Flexible and configurable
•Point-of-load power supplies
10
•Wide range input voltage:
2.75 V to 20 V
•Industrial and
instrumentation
0
0.01
VO = 1.8V, PWM
VIN = 12V, 600kHz
0.1
1
10
100
LOAD (A)
•High accuracy regulation
down to 0.6 V
•Accurate tracking and
sequencing capability
•Adjustable frequency:
200 kHz to 1.5 MHz
•Pricing: $1.85
2
Web-Based Tools
ADIsimPower™ provides an easy four step process
for selecting, analyzing, and developing a complete
power circuit all online. Go to www.analog.com/
ADIsimPower to start your power design today.
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 2
5/10/11 3:01 PM
Breakthrough ±0.25°C Performance Brings the Advantages of Digital
Temperature Sensors to Industrial and Instrumentation Applications
Industrial and instrumentation applications designers have traditionally had to rely on analog-based temperature sensing elements
such as RTDs and thermistors for high accuracy temperature measurement. Developing accurate and reliable measurement solutions
with these technologies is difficult and time consuming and incurs additional signal processing, characterization, and calibration
costs. Furthermore, these solutions can be sensitive to stability and noise issues.
Solution The ADT7320 and ADT7420 digital temperature sensors provide breakthrough performance, bringing for the first time the benefits
of intelligent digital sensors to applications that require high performance temperature measurement. These digital temperature
sensors measure temperature to an accuracy of ±0.25°C over a range of –20°C to +105°C and ±0.5°C from –40°C to +125°C
and can operate up to +150°C. They provide a fully integrated measurement solution, with no extra signal processing, characterization,
or calibration required. The sensors offer stable and reliable temperature measurement with a typical drift specification of ±0.0072°C
and repeatability of ±0.015°C. Each device contains a band gap temperature reference along with a high precision Σ-Δ ADC. The
ADT7320 is SPI-compatible; the ADT7420 is I2C-compatible; these digital interfaces enable easy and fast implementation, as well as
robust transmission of data.
ADT7320/ADT7420 Features
Applications
•Critical temperature indicator
•Traceable to NIST
•Thermistor and RTD replacement
•Power saving mode: 1 SPS
•Pricing: ADT7320—$2.35,
ADT7420—$2.35
•Thermocouple cold junction
compensation
•Shutdown mode: 7 μW typical at 3.3 V
•Industrial control and test
•Package: 16-lead LFCSP
•Instrumentation
Note: These products are in sampling stage, with full production at a later date. Samples can be obtained by visiting the product page at www.analog.com/ADT7320 or ADT7420.
Switches Guarantee Latch-Up Proof Performance for Harsh Environments
If a user exceeds the absolute maximum operating conditions of a part, correct operation is no longer guaranteed. CMOS
processes have internal parasitics in the form of an SCR structure, which can be triggered by exceeding the process ratings,
power supply sequencing issues, or transients on the analog/digital inputs exceeding the supplies. The triggering of this SCR structure
can lead to the part entering a latch-up state, which requires a power cycle to recover. Latch-up is the creation of a low impedance
path between the supplies as a result of triggering a parasitic device. Latch-up can lead to reliability issues, device malfunction, and,
ultimately, part destruction.
Solution The ADG5412/ADG5413 are high voltage latch-up proof quad SPST switches that are developed using a trench isolation process,
which guarantees that parts are immune to latch-up. As well as offering latch-up proof performance, the ADG5412/ADG5413 are
very robust to ESD events and have a HBM ESD rating of ±8 kV. The ADG5412/ADG5413 have excellent on resistance performance
of 9.8 Ω and can be operated from single supply 9 V to 40 V or dual supply 9 V to 22 V.
ADG5412/ADG5413 Features
•Guaranteed latch-up proof
•8 kV HBM ESD rating
•9.8 Ω typical on resistance
• ±9 V to ±22 V, +9 V to +40 V supplies
•Pricing: $2.18
Applications
•Relay replacement
•Data acquisition
•Instrumentation
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 3
3
5/10/11 3:01 PM
Lowest Noise Zero Drift Amplifier Maintains Total System Accuracy in Bridge
Sensor Applications
System designers face the challenge of designing circuits that accurately amplify very small low frequency signals generated
by bridge sensors, while maintaining total system accuracy.
Solution The ADA4528-1 is an ultralow noise, zero-drift operational amplifier featuring
rail-to-rail input and output swing. With an offset voltage of 2.5 μV, offset voltage
drift of 0.015 μV/°C, and noise of 99 nV p-p (0.1 Hz to 10 Hz, AV = +100), the
ADA4528-1 is well-suited for low frequency precision applications in which error
sources cannot be tolerated.
The ADA4528-1 has a wide operating supply range of 2.2 V to 5.5 V, high gain,
and excellent CMRR and PSRR specifications that make it ideal for precision
amplification of low level signals, such as position and pressure sensors,
strain gages, and medical instrumentation.
ADA4528-1 Features
Applications
•Ultralow noise: 5.3 nV/√Hz at f = 1 kHz
•Thermocouple/thermopile
•Low offset: 2.5 μV maximum
•Load cell and bridge transducer
•Low offset voltage drift: 0.015 μV/°C
maximum
•Precision instrumentation
•PSRR: 130 dB minimum
•Medical instrumentation
•Gain bandwidth product: 4 MHz
•Handheld test equipment
•Electronic scales
Recommended Complementary
Components
•AD7791 24-bit, single-channel, ultralow
power, Σ-Δ analog-to-digital converter
•ADR445 ultralow noise LDO eFET
voltage reference with current sink
and source
•Pricing: $1.15
Extremely Low Power ADC Driver for High Resolution, Low Power ADCs with
Sampling Rates Up to 3 MSPS
Data converter technology has continued to steadily advance in noise and distortion performance while simultaneously lowering power
requirements. A challenge faced by many designers today is finding a driver amplifier that is capable of matching the ENOB of the ADC
at correspondingly low power.
Solution The ADA4940 differential ADC driver can operate with a range of 3 V to 10 V supplies and consumes less than 5 mW at its lowest
supply voltage. It features excellent performance from dc to 2 MHz, including very low distortion and low noise, making it ideal to
drive low power, 16-bit to 18-bit ADCs with sampling rates up to 3 MSPS. The ADA4940’s adjustable output common-mode voltage,
along with its rail-to-rail output, allows it to match the input common-mode voltage of multiple ADCs, even those with 1.8 V supplies,
taking full advantage of the ADC’s input range.
ADA4940 Features
Recommended Complementary Components
•Very low quiescent current: 1.25 mA
•ADC: AD7983 16-bit/1.33 MSPS PulSAR®
•Low input voltage noise: 4 nV/√Hz
•AD7985 16-bit/2.5 MSPS PulSAR;
AD7170/AD7171 12-/16-bit low power Σ-Δ ADCs
•Extremely low harmonic distortion: –96 dB SFDR @ 1 MHz
•Externally adjustable gain
•Adjustable common-mode voltage: 0.8 V to 4.3 V
•Flexible power supply operation: 3 V to 10 V
•Pricing:
• ADA4940-1 (Single)—$1.89
• ADA4940-2 (Dual)—$2.89
Note: This product is in sampling stage, with full production at a later date. Samples
can be obtained by visiting the product page at www.analog.com/ADA4940.
4
Web-Based Tools
ADI Diff Amp Calculator™ design tool simulates
differential amplifier performance:
www.analog.com/diffampcalculator.
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 4
5/10/11 3:01 PM
Low and Full Speed USB Isolation for Industrial and Instrumentation
Applications in a Single Chip
The ADuM3160 offers 2.5 kV rms isolation and electrically isolates instrumentation and controls by protecting equipment from
damaging surges or spikes and by eliminating downtime when using nonisolated ports. The USB isolator requires safety certifications
(UL, CSA, VDE) to prove protection capability. USB improves industrial and instrumentation solutions by making it easier, faster, and
more flexible for staff to work with sensors, controls, equipment, and systems.
ADuM3160 Features
•USB 2.0 compatible
•Bidirectional communication
•Low and full speed data rate: 1.5 Mbps
and 12 Mbps
•16-lead SOIC wide-body package
•Safety and regulatory approvals
•Pricing:
REG
16
VBUS2
GND1 2
15
GND2
VDD1 3
14
VDD2
PDEN 4
13
SPD
SPU 5
12
PIN
VBUS1 1
•4.0 V to 5.5 V operation
REG
UD– 6
11
DD–
UD+ 7
10
DD+
GND1 8
9
PU LOGIC
• ADuM3160BRWZ—$3.13
GND2
PU LOGIC
• EVAL-ADUM4160EBZ—$55.00
Applications
•USB peripheral isolation
Reference Circuits
•Isolated USB hub
Learn how to design a USB hub, cable, or peripheral
isolation circuit. Complete documentation and design files
are available at www.analog.com/USBcircuits.
•Repeaters
Recommended Complementary Components
•ADuM5000 isolated dc-to-dc converter
Dual-Channel Digital Isolator Eliminates Need for a Separate DC-to-DC Converter
The ADuM620x are dual-channel digital isolators with an isoPower®, integrated, isolated dc-to-dc converter. Based on
Analog Devices iCoupler® technology, the dc-to-dc converter provides up to 500 mW of regulated, isolated power at either
5.0 V or 3.3 V from a 5.0 V input supply, or 3.3 V from a 3.3 V supply. This eliminates the need for a separate, isolated dc-to-dc
converter in low power, isolated designs. The iCoupler chip scale transformer technology is used to isolate the logic signals and also
to isolate the magnetic components of the dc-to-dc converter. The result is a small form factor, total isolation solution. The complete
ADuM620x dual-channel isolator family provides a variety of channel configurations and data rates.
ADuM620x Features
• isoPower integrated, isolated dc-to-dc
converter
VDD1 1
OSCILLATOR
RECTIFIER REGULATOR
GND1 2
•Regulated 3.3 V or 5 V output
•Up to 500 mW output power
VIA/VOA 3
•Quad dc-to-25 Mbps (NRZ) signal
isolation channels
VIB/VOB 4
•Pricing:
• ADuM620xCRWZ (25 Mbps)—$5.82
• EVAL-ADUMQSEBZ—$25.00
VE1/NC 7
GND1 8
VISO
15
GNDISO
14
VIA/VOA
13
VIB/VOB
12
NC
11
VSEL
10
VE2/NC
9
GNDISO
2-CHANNEL iCoupler CORE
RCIN 5
RCSEL 6
• ADuM620xARWZ (1 Mbps)—$5.12
16
ADuM6200/
ADuM6201/
ADuM6202
NC = NO CONNECT
Applications
•RS-232/RS-422/RS-485 transceivers
Video
•Medical isolation
•AC/DC power supply startup bias and
gate drives
Watch a video overview of the ADuM6xxx family of isoPower dc-todc converters: www.analog.com/ADuM6xxxOverview
•Isolated sensor interface
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 5
5
5/10/11 3:01 PM
Selection Guide
Direct Digital Synthesizers
Part
Number
Master
fCLK (MHz)
Resolution
(Bits)
Tuning Word
Width (Bits)
I/O Interface
Compliance
Range (mV)
FS IOUT
Nom (mA)
Package
Price
($U.S.)
AD9833
25
10
28
Serial
650
3
10-lead MSOP
4.00
AD9834
75
10
28
Serial
800
3
20-lead TSSOP
5.01
AD9837
16
10
28
SPI
800
3
10-lead LFCSP
2.10
AD9838
16
10
28
SPI
800
3
20-lead LFCSP
2.10
Analog-to-Digital Converters
Part
Number
Resolution
(Bits)
Throughput
Rate (MSPS)
INL
(ppm)
SNR
(dB)
Power
(mW)
Price
($U.S.)
Package
AD7986
18
2
9.5
97
15
20-lead LFCSP
29.95
AD7984
18
1.33
8.6
98.5
10.5
10-lead LFCSP/10-lead MSOP
28.29
AD7643
18
1.25
11.4
93.5
60
48-lead LFCSP/48-lead LQFP
19.50
AD7982
18
1
7.6
95.5
7
10-lead LFCSP/10-lead MSOP
23.28
Digital-to-Analog Converters
Part
Number
Resolution
(Bits)
Linearity,
INL (ppm)
Low Frequency
Noise (ppm)
Noise Spectral
Density (nV/√Hz)
Temperature
Drift (ppm/°C)
Settling
Time (𝛍s)
Package
Price
($U.S.)
AD5791
20
1
0.025
7.5
0.05
1
20-lead TSSOP
37.86
AD5781
18
1
0.025
7.5
0.05
1
20-lead TSSOP
20.03
AD5780
18
1
0.05
10
0.05
1
24-lead LFCSP
19.69
AD5760
16
1
0.05
10
0.05
1
24-lead LFCSP
8.80
Digital Temperature Sensors
Part
Number
Interface
Function/
Resolution
Max Accuracy
(°C)
Operating
Range (°C)
Supply
Range (V)
Max Current
(𝛍A)
Package
Price
($U.S.)
ADT7420
I2C/SMBus
16-bit local
±0.25 @ –20 to +105
–40 to +150
2.7 to 5.5
270
16-lead LFCSP
2.35
ADT7320
SPI
16-bit local
±0.25 @ –20 to +105
–40 to +150
2.7 to 5.5
270
16-lead LFCSP
2.35
ADT7410
I2C/SMBus
16-bit local
±0.5 @ –40 to +105
–40 to +150
2.7 to 5.5
270
8-lead SOIC
1.35
ADT7310
SPI
16-bit local
±0.5 @ –40 to +105
–40 to +150
2.7 to 5.5
270
8-lead SOIC
1.35
Switches and Multiplexers
Configuration
On Resistance
(Ω)
Package
Price
($U.S.)
ADG5412/3
4 × SPST
9.8
4 mm × 4 mm, 16-lead LFCSP; 16-lead TSSOP
2.18
ADG5433
3 × SPDT
13.5
4 mm × 4 mm, 16-lead LFCSP; 16-lead TSSOP
2.15
ADG5408
8:1 mux
13.5
4 mm × 4 mm, 16-lead LFCSP; 16-lead TSSOP
2.41
ADG5409
Diff 4:1 mux
13.5
4 mm × 4 mm, 16-lead LFCSP; 16-lead TSSOP
2.41
ADG5404
4:1 mux
9.8
4 mm × 4 mm, 16-lead LFCSP; 16-lead TSSOP
2.26
Part
Number
Integrated Industrial Single Channel DACs
6
Part
Number
Number of
Channels
Resolution
(Bits)
Output Type
(V, I, V or I)
Current Range
(mA)
Voltage Range
(V)
Package
Price
($U.S.)
AD5421
1
16
I
4 to 20, 3.8 to 21, 3.2 to 24
AD5420
1
16
I
4 to 20, 0 to 20, 0 to 24
N/A
28-TSSOP
5.90
N/A
40-lead LFCSP, 24-lead TSSOP
AD5410
1
12
I
4 to 20, 0 to 20, 0 to 24
4.95
N/A
40-lead LFCSP, 24-lead TSSOP
3.75
AD5422
1
16
V or I
AD5412
1
12
V or I
4 to 20, 0 to 20, 0 to 24
0 to 5, 0 to 10, ±5, ±10
40-lead LFCSP, 24-lead TSSOP
5.60
4 to 20, 0 to 20, 0 to 24
0 to 5, 0 to 10, ±5 , ±10 40-lead LFCSP, 24-lead TSSOP
4.38
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 6
5/10/11 3:01 PM
Integrated Industrial Multichannel DACs
Part
Number
Number of Resolution
Channels
(Bits)
Output Type
(V, I, V or I)
Current Range
(mA)
Voltage Range
(V)
Package
Price
($U.S.)
AD5755
4
16
V or I
0 to 20, 4 to 20, 0 to 24
0 to 5, 0 to 10, ±5, ±10, ±6, ±12
64-lead LFCSP
13.47
AD5755-1
AD5757
4
4
16
16
V or I
I
0 to 20, 4 to 20, 0 to 24
0 to 20, 4 to 20, 0 to 24
0 to 5, 0 to 10, ±5, ±10, ±6, ±12
N/A
64-lead LFCSP
64-lead LFCSP
13.85
11.56
12-bit resolution parts AD5735 and AD5737 are also available.
Resolver-to-Digital Converters
Part
Number
Reference
Resolution Max Track Accuracy
Frequency
(Bits)
Rate (∙rps) (arc min)
(kHz)
Velocity
Output
Linearity
AD2S1200
12
1000
22/11
10 to 20
2 LSB
AD2S1205
12
1250
22/11
10 to 20
2 LSB
AD2S1210
16
3125/1250/
625/156.25
5
2 to 20
2 to
12 LSB
Interface
Parallel/
Serial
Parallel/
Serial
Parallel/
Serial
Temp
Encoder Power Supplies
Price
Range Package
Emulation (mW)
(V)
($U.S.)
(°C)
Yes
50
+5
Yes
50
+5
Yes
50
+5
–40 to
+125
–40 to
+125
–40 to
+125
44-lead
12.14
LQFP
44-lead
12.14
LQFP
48-lead
12.00
LQFP
High Speed, Low Power ADCs
Part Number
AD9284
AD9286
AD9231
AD9239
AD9434
AD9251
AD9644
AD9266/
AD9265
AD9650/
AD9269
Resolution
(Bits)
Number
of Channels
Sample Rate
(MSPS)
Power Consumption
(mW/Channel)
Price
($U.S.)
8
8
12
12
12
14
14
2
1
2
4
1
2
2
16
1
16
2
250
500
20/40/65/80
170/210/250
500
20/40/65/80
80
20/40/65/80
80/105/125
25/65/80/105
20/40/65/80
155
310
32/44/61/71
285/324/382
660
33/45/63/73
212
57/73/98/113
241/323/373
119/198/261/328
44/60/85/100
24.00
36.00
10.00/12.00/18.00/25.00
101.15/121.55/169.15
125.00
18.50/23.89/35.00/37.50
37.00
28/35/43.33/48.33
48.33/56.67/65
53/ 98.52/114.92/135.15
49/59.50/73.66/84.09
Digital Isolation
Part
Number
ADuM3160
ADuM3221
Description
Insulation
Rating (kV rms)
Data Rate
(Mbps)
Input Supply
Range (V)
Max
Temp (°C)
Package
Price
($U.S.)
2.5
Low speed to 1.5,
full speed to 12
3.0 to 5.5
105
16-lead SOIC_W
3.13
2.5
1
3.0 to 5.5
125
8-lead SOIC_N
1.84
USB 2.0 compliant
digital isolator
Isolated 4 A dual-channel
gate driver
ADuM5000
isoPower dc-to-dc converter
2.5
N/A
3.0 to 5.5
105
16-lead SOIC_W
3.16
ADuM620x
Dual-channel isolators with
integrated dc-to-dc converter
5
1, 25
3.0 to 5.5
105
16-lead SOIC_W
5.12
Inertial Measurement Units (IMUs)
Product Range
Bias
Stability
(°/sec/g)
ADIS16334
±75 to ±300, ±5 g
0.007
0.33
4.75 to 5.25
49
–40 to +105 11 mm × 22 mm × 33 mm module 336.00
ADIS16365
±75 to ±300, ±18 g
0.007
0.33
4.75 to 5.25
49
–40 to +105 23 mm × 23 mm × 23 mm module 375.00
ADIS16362
±75 to ±300, ±.7 g
0.007
0.33
4.75 to 5.25
49
–40 to +105 23 mm × 23 mm × 23 mm module 336.00
0.013
0.33
4.75 to 5.25
49
–40 to +105 23 mm × 23 mm × 23 mm module 403.00
Part
Number
ADIS16367 ±300 to ±1200, ±18 g
Typ
Voltage
Bandwidth
Supply (V)
(kHz)
Current
(mA)
Temp
Range
(°C)
Package
Price
($U.S.)
ADIS16375
±75 to ±300, ±18 g
0.0035
0.33
3.3
225
–40 to +85
44 mm × 47mm × 14 mm module 649.00
ADIS16385
±75 to ±300, ±5 g
0.0017
0.33
4.85 to 5.15
132
–40 to +105 36 mm × 47 mm × 39 mm module 869.00
ADIS16405
±75 to ±300,
±18 g, 2.5 gauss
0.007
0.33
4.75 to 5.25
70
–40 to +105 23 mm × 23 mm × 23 mm module 412.00
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 7
7
5/10/11 3:01 PM
Industry’s First DAC with Dynamic Power Control Optimizes Thermal
Management in Multichannel Industrial Control Applications
As the density of factory process control terminals increases, the system power dissipation reaches levels where thermal issues
begin to undermine equipment performance, reliability, and safety.
Solution The AD5755 is a complete, multichannel control IC that addresses this challenge by incorporating an innovative design technique,
which enables on-chip dynamic power control with four precision 16-bit programmable voltage or 4 mA to 20 mA current output DAC
drivers. The dynamic power control works by continually sensing the load impedance and delivering the required power to the load
while minimizing power loss in the rest of the system. This reduces self-heating and temperature elevation in dense, multichannel
systems by 75% and lowers overall power consumption by 80% compared to other control technologies. The AD5755’s unparalleled
combination of features and performance supports up to four times more terminals per single analog I/O module than other integrated
converters. This allows manufacturers to develop channel-rich designs within existing form factors without the need to compromise
on any performance parameters. The 16-bit AD5755 offers fully specified performance with maximum total unadjusted error of 0.05%
and a relative accuracy of ±0.003% max—meaning system calibration is no longer required. Supporting standard industrial voltage
and current output ranges, the AD5755 can be used with standard HART protocol modems.
AD5755 Features
Applications
•Quad DAC with 16-bit resolution and
monotonicity
•Process control and actuator control
•Dynamic power control for thermal
management
•Integrated on-chip internal reference
•Diagnostics and real-time fault
analysis
•9 mm × 9 mm, 64-lead LFCSP
•Pricing $13.35
•PLCs
Recommended Complementary
Components
•Voltage reference: ADR02/ADR445
•Switching regulator: ADP2302/
ADP2303
•Digital isolator: ADuM7440
Note: These products are in sampling stage, with full production at a later date. Samples can be obtained by visiting
the product page at www.analog.com/AD5755.
Enhancing System Efficiency and Conserving Power in Remote
Industrial Applications
Smart transmitters operate within the constraints of a limited power budget—hence, accurately and efficiently monitoring
and transmitting remote system measurements is a challenge.
Solution To address this, system designers require a 4 mA to 20 mA loop-powered communication solution that is power efficient, highly accurate,
and ultimately compact. The AD5421 has been specifically engineered to address this challenge by integrating on-board programmable
power management circuitry with precision converter technology to bolster available system power. A complete transmitter solution,
the AD5421 combines a precision, 16-bit, loop-powered digital to 4 mA to 20 mA transmitter with on-board voltage regulation circuitry.
The on-chip regulator is designed to power the AD5421 and the peripheral components within the smart transmitter and generates a userprogrammable 1.8 V to 12 V output voltage. Consuming only 250 μA of quiescent current, the AD5421 conserves the system power budget
enabling the selection of more accurate, higher power sensor electronics. Housed in a 28-lead TSSOP and 32-lead LFCSP (5 mm × 5 mm),
the AD5421 offers a complete single chip solution that reduces the overall PCB component count, providing a 55% footprint saving over
alternative solutions. The high linearity and low drift performance offered by the AD5421, enables the development of high performance,
feature-rich designs. The AD5421 can be used with standard HART protocol circuitry and offers NAMUR-compliant output ranges.
Applications
AD5421 Features
8
•16-bit resolution and monotonicity
•On-chip 2.5 V reference (4 ppm/°C max)
•Smart transmitters
•Output ranges: 4 mA to 20 mA, 3.8 mA
to 21 mA, 3.2 mA to 24 mA
•5 mm × 5 mm, 32-lead LFCSP;
28-lead TSSOP
•4 mA to 20 mA loop-powered transmitters
•On-chip fault alerts via FAULT pin or
ALARM current
•Pricing: $5.90
Recommended Complementary Components
•Microcontroller: ADuC7060
•ADC: AD7794
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 8
5/10/11 3:01 PM
ISM Band Transmitters/Transceivers Deliver Proven Reliability and Performance
in Harsh Environments
Analog Devices’ ADF7xxx series of transmitters and transceivers provide for low cost, robust wireless connections in a variety of industrial
applications. Covering both licensed and unlicensed sub-1 GHz and 2.4 GHz frequency bands, these products feature excellent radio
performance, low power consumption, data rates, and link robustness.
The highly integrated ADF7241 operates in the global 2.4 GHz ISM band supporting the IEEE 802.15.4 PHY protocol standard at 250 kbps on
a single chip and has been designed with emphasis on flexibility, radio performance, and low current consumption. A robust, very low power
consumption, custom 8-bit processor implements radio control and packet management. The processor can execute firmware modules
from internal RAM memory, providing the flexibility to upgrade to changes in protocol standards and to maintain system robustness in the
field. The receive path of the ADF7241 RF transceiver is based on a zero-IF architecture enabling best-in-class blocking and high selectivity
performance. The transceiver’s low power consumption makes it effective for battery-powered systems, such as wireless sensor networks,
automatic meter reading, industrial wireless control, wireless audio and video, consumer electronics, and ZigBee® applications.
The ADF7023-J is a highly integrated 2FSK/GFSK/MSK/GMSK transceiver supporting data rates from 1 kbps to 300 kbps and designed
for operation in the 902 MHz to 958 MHz frequency band, which covers the ARIB Standard T96 band at 950 MHz. It delivers best-in-class
radio performance, low power consumption (12.8 mA Rx current), and flexibility provided by the same custom 8-bit processor as used
in the ADF7241. The ADF7023-J is well-suited for smart grid,
Web-Based Tools
metering communications for electric, water, and gas systems,
home energy management systems (HEMS), and home and
The popular ADIsimSRD™ design tool allows real-time
building automation applications.
simulation and optimization of many parameters in a
typical short-range wireless system. Download your
Features
Applications
free copy at www.analog.com/adisimsrd.
•Low power consumption
•Automatic meter
infrastructure
•High sensitivity
Technical
•Programmable output power
•Automatic meter reading
•Integrated voltage regulators
•Industrial automation
•Wireless network and
telemetry systems
For a complete table of ADI’s broad portfolio of ISM
transceivers and transmitters, please visit
www.analog.com/ISMtransceivers.
Industry’s First Industrial CAN Transceiver with Fully Isolated Signal and Power
in a Single Package
The ADM3053 is a 2.5 kV rms signal and power isolated controller area network (CAN) physical layer transceiver. The device employs
the Analog Devices’ iCoupler and isoPower isolation technologies to combine a 2-channel isolator, a CAN transceiver, and ADI’s isoPower
isolated dc-to-dc converter into a single wide-body SOIC surface-mount package. An on-chip oscillator outputs a pair of square
waveforms that drive an internal transformer to provide isolated power. The device is powered by a single 5 V supply realizing a fully
isolated CAN solution. The ADM3053 is available in a 20-lead, wide-body SOIC package.
Also available is the ADM3052, which employs ADI’s iCoupler technology to combine a 3-channel isolator, a CAN transceiver, and an LDO
regulator into a single package. The power is isolated between a single 3.3 V or 5 V supply on VDD1, the logic side, and a single 24 V
supply, V+, provided over the bus. The ADM3052 creates a 5 kV rms isolated interface between the CAN protocol controller and the 4-wire
physical layer bus (24 V V+, current return path, V–, and the data lines CAN_H and CAN_L). The ADM3052 is available in a 16-lead, widebody SOIC package. Both devices operate over the –40°C to +85°C temperature range.
ADM3052/ADM3053 Features
Applications
Recommended Complementary Components
•Isolated CAN transceiver with
integrated power
•Industrial field networks
•ADM2587E/ADM2582E isolated
RS-485 transceivers
•Complies with ISO 11898 standard
•Power-line monitoring
•Up to 1 Mbps data rates
•Pricing: ADM3053—$5.50,
ADM3052—$3.50
•DeviceNet applications
•ADM2485 Profibus-compliant
RS-485 transceiver with integrated
transformer driver
Isolated CAN Transceivers
Insulation
Logic Bus Fault Max
Integrated High Number
Data
Integrated
Available
Price
Slope
Input Power
Rating
Supply Protection Temp
Voltage Bus of Nodes
Rate
isoPower
Packages
($U.S.)
Control
Supply (VNOM)
(kV rms)
(V)
(V)
(°C)
Side Regulator
(Mbps)
ADM3052
5
•
110
1
+3 to +5.5
–36 to +36 85 16-lead W-SOIC 3.50
ADM3053
2.5
•
110
•
1
+4.5 to +5.5 3 to 5.5 –36 to +36 85 20-lead W-SOIC 5.50
Part
Number
Note: These products are in sampling stage, with full production at a later date. Samples can be obtained by visiting the product page at www.analog.com/ADM3052 or www.analog.com/ADM3053.
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 9
9
5/10/11 3:01 PM
MEMS Inertial Measurement Unit (IMU) Enables Highly Precise Motion Capture
in Machine Control Applications, Even Under Severe Environmental Conditions
Motion has become a critical variable to understand, control, and even automate as a means of improving efficiencies in industrial designs.
Precision agriculture, construction, surveying/mapping, and factory automation are motion- or position-sensitive applications that stress the
capabilities of most sensing approaches because of environmental challenges, such as extreme temperature, shock, or vibration.
Solution An ideal motion sensing solution maintains accuracy regardless
of environmental influences. Also, it will reduce design
complexity involved with merging multiple sensor types on
multiple axes into reliable linear and rotational measurements.
The ADIS16334 is the industry’s most compact and highly
stable IMU, providing six degrees of freedom precision motion
capture in less than 8 cm3. This IMU encompasses a significant
portion of the electronics for an inertial navigation system or
multiaxis platform stabilization controller. With features such
as in-system tunable filtering and diagnostics, an application’s
motion dynamics can be captured quickly and accurately.
DIOx
SELF-TEST
RST
I/O
TRIAXIAL
ACCEL
VCC
ALARMS
POWER
MANAGEMENT
CONTROLLER
GND
CONTROL
REGISTERS
CS
SPI
PORT
TRIAXIAL
GYRO
DIGITAL
FILTER
CALIBRATION
CORRECTION
OUTPUT
REGISTERS
SCLK
DIN
DOUT
TEMP
ADIS16334
Applications
ADIS16334 Features
•Dynamic range: ±300°/sec, ±5 g
•X/Y/Z orthogonality: 0.05°
•Navigation
•Wide bandwidth: 330 Hz
•Standard SPI interface
•Platform control and stabilization
•Angular random walk: 2.0°/√Hr
•Programmable filtering and diagnostics
•Robotics
•Sensitivity tempco: 40 ppm/°C
•Pricing: $336.00
•Medical instrumentation
In addition to iSensor integrated IMUs, ADI offers high performance intelligent sensors, as well as discrete accelerometers and gyroscopes.
High Performance Resolver-to-Digital Converter Offers Integrated Excitation
Source for Programmable Speed vs. Resolution and Fault Alert Outputs
Motor shaft position sensors are widely used in industrial motor control and automotive applications. Systems which required high
accuracy tracking information offered a low integration level, high component and system cost, and longer time to market due to
complicated design and system partitioning. These systems have been sensitive to component variation, temperature, and noise,
which make achieving desired system performance difficult.
Solution The AD2S1210 is a complete 10-bit to 16-bit resolution tracking resolver-to-digital converter with an integrated on-board programmable
sinusoidal oscillator that provides sine wave excitation for resolvers. It accepts a wide input signal range: 3.15 V peak-to-peak ± 27% from
2 kHz to 20 kHz on the sine and cosine inputs to match accurate, high speed load positioning requirements in motion control. A Type II servo
loop is employed to track the inputs and convert the input sine and cosine information into a digital representation of the input angle and
velocity. The maximum tracking rate is 3125 rps. The device is specified for −40°C to +125°C. The device has fault detection circuitry that
can sense loss of resolver signals, out-of-range input signals, input signal mismatch, or loss of position tracking. The fault detection threshold
levels can be individually programmed by the user for optimization within a particular application.
AD2S1210 Features
Applications
• Complete monolithic resolver-to-digital converter
•Servos/drives
• 3125 rps maximum tracking rate (10-bit resolution)
•Robotics
• ±5.3 arcminutes of accuracy
•Motion control solutions
• 10-/12-/14-/16-bit resolution, set by user
• Parallel and serial 10-bit to 16-bit data ports
• Absolute position and velocity outputs
• System fault detection
• Pricing: $12.00
10
Reference Circuits
High Current Driver for the AD2S1210
Resolver-to-Digital Reference Signal Output
www.analog.com/CN0192
For data sheets, samples, and additional resources, visit www.analog.com/V11Industrial
09359_Industrial_Solutions_Bulletin_F.indd 10
5/10/11 3:01 PM
New Family of Embedded Processors Offers Key Advantages for Motor Control
and Power Inverter Applications
As regulatory changes and demand from consumers and industrial users drive the need for more efficient motor control
and renewable energy inverters, so do the manufacturers of these drives and power inverters drive the need for control processors
that offer increasing performance. And in a highly cyclical business environment, these manufacturers seek greater supply chain
reliability from semiconductor device vendors.
Solution The ADSP-BF506F represents the highest performance fixed-point DSP and 12-bit ADC integrated controller solution on the market.
With up to 400 MHz of processor performance, the ADSP-BF506F provides ample headroom for the advanced mathematics used in
today’s state-of-the art motor and inverter control algorithms. Greater motor and inverter efficiency can also be largely impacted by
the accuracy of the analog-to-digital conversion. The ADSP-BF506F integrates a true 12-bit ADC with an ENOB of 11.7 bits, which
exceeds the accuracy of competing solutions by over a bit. Beyond product specifications and industry-leading technology solutions,
Analog Devices offers itself as a reliable supply chain partner who manages its business through business cycles and meets demand
from its customers.
ADSP-BF506F Features
Applications
•300 MHz to 400 MHz Blackfin fixed-point DSP processor
•Inverter and servo motor drives
•True 12-bit ADC
•PV inverters
•4 MB executable flash memory
•Power supplies
•68 kB internal SRAM
Recommended Complementary Components
•6 independent PWM pairs
•Isolated CAN transceiver: ADM3052/ADM3053
•CAN interface
•Digital power: ADP1047
®
•UART, SPI, and SPORT serial interfaces
RS-232
RS-485
PC OR SYSTEM
CONTROL INTERFACE
(+)
SUPPLY
PWM
UART
FLASH
IGBT
POWER
STAGE
R
ISOLATED
GATE
DRIVER
Y
B
ADSP-BF50x
I2C
HALL CURRENT
SENSOR
TRUE
12-BIT
ADC
OPTICAL
ENCODER
RESOLVER
ISO ADC
AD7400
DISPLAY
RDC
AD2S1200
Blackfin Processors
Speed (MHz)
Temperature Range
(°C)
Package
ADSP-BF504
400
0 to +70/–40 to +85
12 mm × 12 mm, 88-lead LFCSP
4.50/5.00
ADSP-BF504F
300/400
0 to +70/–40 to +85
12 mm × 12 mm, 88-lead LFCSP
6.50/7.50
ADSP-BF506F
300/400
0 to +70/–40 to +85
14 mm × 14 mm, 120-lead LQFP E-Pad
10.60/11.60
Part Number
Price @ 10k
($U.S.)
sheets,
Fodratasheetsa,mpelas,ndaddtionarelsourcevssi,TtiheADSP-BF506FrepresentshehgihespterformanFor
cefxied-ponidata
DtSPand12-bAtiD
Cnitegratedcontroelsroultsamples,
oinonthemarkW
et.tihupto400MHzopand
frocessoprerfoadditional
rmancteh,eADSP-BF506Fprovresources,
diesampelheadroomfothreadvancvisit
edmathemawww.analog.com/V11Industrial
tcisusednitodays’tate-of-theam
rt otoarndnivertecrontroalgortihmG
s.reatem
r otoarndniverteerfcieincycanasl
09359_Industrial_Solutions_Bulletin_F.indd 11
11
5/10/11 3:01 PM
PRSRT STD
U.S. Postage
PAID
Gallery
Mailroom Supervisor: Send
removals (in separate envelope)
to address shown on left.
Analog Devices, Inc.
600 North Bedford Street
East Bridgewater, MA 02333-1122
Return Service Requested
Reference Circuits Enable Quick and Easy System Integration
Analog Devices’ Circuits from the Lab™ reference circuits are engineered and tested for quick
and easy system integration to help solve today’s analog, mixed-signal, and RF design challenges.
These circuits are designed to help engineers manage the increased time pressure they face to complete designs by
providing tested subsystem-level building blocks that are easy to understand and integrate into a design. All reference
circuits are thoroughly tested and documented, while newer circuits include design and integration files, such as
schematics, bill of materials, and layout files. In some cases, device drivers and evaluation hardware are also available.
Learn more at www.analog.com/circuits.
Featured Reference Circuit
VDD
1.5𝛍H
22𝛍F
6.3V
ADP1613
1 COMP
10pF
10nF
97.6k𝛀
VDD
FREQ 7
3 EN
VIN 6
4 GND
D
SS 8
2 FB
SW 5
110nH
1N5819HW-7-F
10𝛀
SI4346DY-T1-E3
G
1𝛍F
50V
2.2𝛍F
50V
VDD
0.1𝛍F
50V
S
16
VDD
TO MICROCONTROLLER
High Voltage (30 V) DAC
Powered from a Low
Voltage (3 V) Supply
Generates Tuning Signals
for Antennas and Filters
0.1𝛍F
50V
14
VLOGIC VDD
13 R_SEL
VOUTA 12
0V TO 30V
1 CLR
0V TO 30V
VOUTB
SYNC
The circuit shown here
1𝛍F
10nF
SCLK
0V TO 30V
VOUTC
generates a high voltage signal
SDI
140k𝛀
SDO
that controls the capacitance
5.62k𝛀
VOUTD
0V TO 30V
LDAC
DGND
AGND
of a BST (barium strontium
titanate) capacitor. BSTs are
AD5504
often used for tuning antenna
arrays or tunable filters.
Clearly, there is an advantage in being able to tune these applications—for example, compensating for component
tolerance errors, fine tuning the cutoff frequency of a filter, or network impedance matching for tunable antennas.
11
2
3
10
4
5
9
6
6
7
This application requires a convenient, compact, and low cost circuit to generate the high voltage power supply because
it is often not practical to add a separate supply simply for this function alone. This circuit meets these requirements using
the ADP1613 boost converter and the AD5504 30 V/60 V DAC.
Read more and download the design files at www.analog.com/CN0193.
Quick Technical Support Available from Our Experienced Applications
Quick
Technical Support Available from Our Experienced
Engineers Around the Globe
Applications
Engineers
Around the GlobeAmerica
Europe
China
Europe
Tel: 00800.266.822.82
Tel:
00800
266 822 82
Email:
cic@analog.com
Email: cic@analog.com
All prices in this bulletin are in USD in quantities
greater than 1000 (unless otherwise noted),
recommended lowest grade resale, FOB U.S.A.
I2C refers to a communications protocol
originally developed by Philips Semiconductors
(now NXP Semiconductors).
09359_Industrial_Solutions_Bulletin_F.indd 12
China
America
Tel: 4006.100.006
Tel:
781.937.1428
Tel:
4006-100-006
Tel: 781.937.1428
Email:
cic.asia@analog.com (800.262.5643)
Email: cic.asia@analog.com (800.262.5643)
Analog Devices, Inc.
Worldwide Headquarters
Analog Devices, Inc.
Three Technology Way
P.O. Box 9106
Norwood, MA 02062-9106
U.S.A.
Tel: 781.329.4700
(800.262.5643,
U.S.A. only)
Fax: 781.461.3113
Analog Devices, Inc.
Europe Headquarters
Analog Devices, Inc.
Wilhelm-Wagenfeld-Str. 6
80807 Munich
Germany
Tel: 49.89.76903.0
Fax: 49.89.76903.157
Analog Devices, Inc.
Japan Headquarters
Analog Devices, KK
New Pier Takeshiba
South Tower Building
1-16-1 Kaigan, Minato-ku,
Tokyo, 105-6891
Japan
Tel: 813.5402.8200
Fax: 813.5402.1064
Analog Devices, Inc.
Southeast Asia
Headquarters
Analog Devices
22/F One Corporate Avenue
222 Hu Bin Road
Shanghai, 200021
China
Tel: 86.21.2320.8000
Fax: 86.21.2320.8222
©2011 Analog Devices, Inc. All rights reserved.
Trademarks and registered trademarks are the
property of their respective owners.
Printed in the U.S.A.
SB09359-15-5/11
www.analog.com
5/10/11 3:01 PM