AD521JD Analog Devices Inc, AD521JD Datasheet

IC AMP INST 40MHZ PREC LN 14CDIP

AD521JD

Manufacturer Part Number
AD521JD
Description
IC AMP INST 40MHZ PREC LN 14CDIP
Manufacturer
Analog Devices Inc
Datasheet

Specifications of AD521JD

Mounting Type
Through Hole
Rohs Status
RoHS non-compliant
Amplifier Type
Instrumentation
Number Of Circuits
1
Slew Rate
10 V/µs
-3db Bandwidth
2MHz
Current - Input Bias
80nA
Voltage - Input Offset
3000µV
Current - Supply
5mA
Voltage - Supply, Single/dual (±)
±5 V ~ 18 V
Operating Temperature
0°C ~ 70°C
Package / Case
14-CDIP (0.300", 7.62mm)
No. Of Amplifiers
1
Bandwidth
2MHz
Amplifier Case Style
DIP
No. Of Pins
14
Programmable Gain Max
1000
Supply Voltage Min
5V
Peak Reflow Compatible (260 C)
No
Output Type
-
Current - Output / Channel
-
Gain Bandwidth Product
-
Lead Free Status / RoHS Status
Contains lead / RoHS non-compliant

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W DEVICES
PRODUCT DESCRIPTION
The AD521 is a second generation, low cost, monolithic IC
trUe instrUmentation amplifier, the AD521 is a gain block with
differential inputs and an accurately programmable input/
output gain relationship.
The AD521 IC instrUmentation amplifier should not be con-
fused with an operational amplifier, although several manu-
instrUmentation amplifier developed by Analog Devices.As a
factUrers(including Analog Devices)offer op amps which can
be used as building blocks in variable gain instrumentation
amplifier circuits. Op amps are general-purpose components
useful signal is difficult. It is characterized by high input im-
As a complete instrUmentation amplifier, the AD521 requires
only two resistors to set its gain to any value between 0.1 and
high CMRR (up to 120dB) or the high input impedance (3 X
which, when used with precision-matched external resistors,
can perform the instrUmentation amplifier function.
An instrumentation amplifier is a precision differential volt-
age gain device optimized for operation in a real world envi-
ronment, and is intended to be used wherever acquisition of a
pedance, balanced differential inputs, low bias currents and
high CMR.
1000. The ratio matching of these resistors does not affect the
109il) of the AD521. Furthermore, unlike most operational
amplifier-based instrUmentation amplifiers, the inputs are
protected against overvoltagesup to :1:15 volts beyond the
supplies.
The AD521 IC instrumentation amplifier is available in four
different versions of accuracy and operating temperatUre range.
The economical "J" grade, the low drift "K" grade, and the
lower drift, higher linearity "L" grade are specified from 0 to
01::\/
Gain Bandwidth Product: 4OMHz
Programmable Gains from 0.1 to 1000
Differential Inputs
High CMRR: 11OdBmin
Complete Input Protection, Power ON and Power OFF
Output Current Limited: 25mA
FEATURES
Low Drift: 2p.Vfc max (L)
Functionally Complete with the Addition of Two Resistors
Internally Compensated
Very LowNoise: 05p.V p-p, 0.1Hzto 10Hz, RTI (I G -1000
Chips are Available
1\
ANALOG
Precision Instrumentation Amplifier
+70°C.The "S" grade guarantees performance to specification
over the eXtended temperatUre range: -SSoC to +125°C.
PRODUCT HIGHLIGHTS
4. The AD521 is fully protected for input levelsup to 15V
1. The ADS21 is a trUe instrumentation amplifier in integrated
6. Offset nulling can be achieved with an optional trim pot.
7. The AD521 offers superior dynamic performance with a
2. The AD521 has low guaranteed input offset voltage drift
3. The AD521 is functionally complete with the addition of
5. Internally compensated for all gains, the AD521 also offers
circuit form, offering the user performance comparable to
the cost.
many modular instrumentation amplifiers at a fraction of
beyond the supply voltages and JOV differential at the
(21lV f C for L grade) and low noise for precision, high gain
applications.
two resistors. Gain can be preset from 0.1 to more than
inputs.
the user the provision for limiting bandwidth.
1000.
gain-bandwidth product of 40MHz, full peak response of
to 0.1% of a 10V step.
100kHz (independent of gain) and a settling time of 5p.s
OUTPUT
OFFSET
+ INPUT I 1
OFFSET
TRIM 8
GAI~ 12
TRIM 4
PIN CONFIGURATION
I
I
I 7
Integrated Circuit
-~ ~--
141 ~AIN
131 ~ALE
9
81 v+
I
COMPo
AD521
~_.
~
I
a

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AD521JD Summary of contents

Page 1

ANALOG W DEVICES [ FEATURES Programmable Gains from 0.1 to 1000 Differential Inputs High CMRR: 11OdBmin Low Drift: 2p.Vfc max (L) Complete Input Protection, Power ON and Power OFF Functionally Complete with the Addition of Two Resistors Internally ...

Page 2

... Spooned Performance Oporating Storage °Specificatiom AD521JD. ooSpec:if'ocatioaa AD5Z1KD. Specificatioaaoubjoct10 <!wit< without DOO« (typical @ Vs :t15V, RL 2kO and TA AD521KD AD521JD I to 1000 G. Rs/RC V/V (to.25~.004G)% 0.2% max t(3 to.05G)f£mtC UOV, tlOmA min tlOV @ SmA min 0.10 >2MHz 300kHz 200kHz 40kHz 75kHz ...

Page 3

NOTES: 1. Gains below 1 and above 1000 are obtained by simply ad- justing the gain setting resistors. (Input voltage should be re- stricted to :t10V for gains equal to or less than 1.) 2. Nonlinearity is defined as ...

Page 4

AD521 DESIGN PRINCIPLE Figure simplified schematic of the AD521. A differential input voltage, VIN,appears across RG causing an imbalance in the currents through Ql and <l2,~I=VIN/RG' That imbalance is forced to flow in Rs because the collector ...

Page 5

Transformer Coupled, Direct Return ~ b). Thermocouple, Direct Return c). AC Coupled, Indirect Return Figure3. Ground Rerums for "Floating" Transducers 1. ~~~~~:~~:~CK UPGAIN LOST BYR 2. INPUT SIGNAL MUST BE REDUCED IN PROPORTION TO POWER SUPPLY ...

Page 6

AD521 Where offset errors are critical, a resistor equal to the parallel combination of Rl and Rz should be placed between pin 11 and VREF. This minimizes the offset errors resulting from the input current flowing in Rl and Rz ...

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