ALD1736A Datasheet, PDF (1/9 Pages) Advanced Linear Devices – PRECISION ULTRA MICROPOWER CMOS OPERATIONAL AMPLIFIER

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LINEAR
DEVICES, INC.
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ALD1736A/ALD1736
PRECISION ULTRA MICROPOWER CMOS OPERATIONAL AMPLIFIER
GENERAL DESCRIPTION
The ALD1736A/ALD1736 is a precision low-cost ultra micropower high
slew-rate high performance monolithic CMOS operational amplifier
intended for a broad range of analog applications using ±1V to ±5V dual
power supply systems, as well as +2V to +10V battery operated
systems. All device characteristics are specified for +5V single supply
or ±2.5V dual supply systems. Typical supply current is 20µA at 5V
supply voltage. It is manufactured with Advanced Linear Devices'
enhanced EPAD® silicon gate CMOS process.
The ALD1736A/ALD1736 is designed to offer high performance for a
wide range of applications requiring very low power dissipation. It has
been developed specifically for the +5V single battery or ±1V to ±5V dual
battery user and offers the popular industry standard single operational
amplifier pin configuration.
Several important characteristics of the device make application easier
to implement at those voltages. First, the operational amplifier can
operate with rail to rail input and output voltages. This means the signal
input voltage and output voltage can be close to or equal to the positive
and negative supply voltages. This feature allows numerous analog
serial stages and flexibility in input signal bias levels. Second, the
device was designed to accommodate mixed applications where digital
and analog circuits may operate off the same power supply or battery.
Third, the output stage can typically drive up to 25pF capacitive and
20KΩ resistive loads.
These features, combined with extremely low input currents, high open
loop voltage gain of 100V/mV, useful bandwidth of 400KHz, a slew rate
of 0.17V/µs, low offset voltage and temperature drift, make the
ALD1736A/ALD1736 a versatile, ultra micropower operational ampli-
fier.
The ALD1736A/ALD1736, designed and fabricated with silicon gate
CMOS technology, offers on-chip offset voltage trimming, allowing the
device to be used without nulling in most applications. It is also
designed to offer tolerance to over-voltage input spikes of 300mV
beyond supply rails, high open loop voltage gain, and robust operation
at temperature extremes. Additionally, robust design and rigorous
screening make this device especially suitable for operation in tempera-
ture-extreme environments and rugged conditions.
FEATURES & BENEFITS
• 20µA supply current
• All parameters specified for +5V single supply
or ± 2.5V dual supply systems
• Rail to rail input and output voltage ranges
• No frequency compensation required -- unity
gain stable
• Extremely low input bias currents -- 0.01pA
typical
• Ideal for high source impedance applications
• Dual power supplies ±1.0V to ±5.0V
• Single power supply +2.0V to +10.0V
• High voltage gain -- typically 100V/mV @
±2.5V (100dB)
• Drive as low as a 20KΩ load
• Output short circuit protected
• Unity gain bandwidth of 0.4MHz
• Slew rate of 0.17V/µs
• Ultra Micropower dissipation
• Suitable for rugged, temperature-extreme
environments
APPLICATIONS
• Voltage amplifier
• Voltage follower/buffer
• Charge integrator
• Photodiode amplifier
• Data acquisition systems
• High performance portable instruments
• Biochemical probe interface
• Signal conditioning circuits
• Sensor and transducer amplifiers
• Low leakage amplifiers
• Precision Sample and Hold amplifiers
• Active filters
• Picoammeter
• Current to voltage converter
PIN CONFIGURATION
ORDERING INFORMATION (“L” suffix denotes lead-free (RoHS))
Operating Temperature Range
0°C to +70°C
0°C to +70°C
-55°C to +125°C
8-Pin
Small Outline
Package (SOIC)
8-Pin
Plastic Dip
Package
8-Pin
CERDIP
Package
ALD1736ASAL
ALD1736SAL
ALD1736ASA
ALD1736SA
ALD1736APAL
ALD1736PAL
ALD1736ADA
ALD1736DA
* Contact factory for leaded (non-RoHS) or high temperature versions.
©2014 Advanced Linear Devices, Inc., Vers. 2.0
www.aldinc.com
I/C 1
-IN 2
2
8 I/C
7 V+
+IN 3
V- 4
6 OUT
5 N/C
TOP VIEW
SAL, PAL, SA, DA PACKAGES
* I/C pins are internally connected. Do not connect externally.
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