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2465 In Stock

OP400EY

2465 In Stock

OP400EY

$21.22

Manufacturer No:

Analog Devices Inc

Manufacturer:

Analog Devices Inc

Category:

Operational Amplifiers

Package:

DIP

Datasheet:

Description Differential:

Operational Amplifier, 4 Func, 220uV Offset-Max, BIPolar, CDIP14,

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  • QTY UNIT PRICE TOTAL PRICE
  • 1 $20.5834 $20.5834
  • 50 $976.12 $19.5224
  • 100 $1888.58 $18.8858
  • 1000 $18037 $18.037

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    Type

    DESCRIPTION

    Rohs Code

    No

    Low-Offset

    YES

    Micropower

    YES

    Popularity

    1183

    Technology

    BIPOLAR

    Subcategory

    Operational Amplifier

    Architecture

    VOLTAGE-FEEDBACK

    JESD-30 Code

    R-GDIP-T14

    Package Code

    DIP

    JESD-609 Code

    e0

    Package Shape

    RECTANGULAR

    Package Style

    IN-LINE

    Slew Rate-Min

    0.1 V/us

    Slew Rate-Nom

    0.15 V/us

    Surface Mount

    NO

    Terminal Form

    THROUGH-HOLE

    Amplifier Type

    OPERATIONAL AMPLIFIER

    Power Supplies

    +-15 V

    Terminal Pitch

    2.54 mm

    Terminal Finish

    TIN LEAD

    Voltage Gain-Min

    1500000

    Temperature Grade

    OTHER

    Terminal Position

    DUAL

    Unity Gain BW-Nom

    500 kHz

    Supply Current-Max

    3.1 mA

    Number of Functions

    4

    Number of Terminals

    14

    Package Description

    DIP, DIP14,.3

    Part Life Cycle Code

    Obsolete

    Qualification Status

    Not Qualified

    Package Body Material

    CERAMIC, GLASS-SEALED

    Reach Compliance Code

    unknown

    Frequency Compensation

    YES

    Input Offset Voltage-Max

    220 µV

    Package Equivalence Code

    DIP14,.3

    Supply Voltage Limit-Max

    20 V

    Operating Temperature-Max

    85°C

    Operating Temperature-Min

    -25°C

    Supply Voltage-Nom (Vsup)

    15 V

    Bias Current-Max (IIB) @25C

    0.003 µA

    Common-mode Reject Ratio-Nom

    135 dB

    Neg Supply Voltage Limit-Max

    -20 V

    Neg Supply Voltage-Nom (Vsup)

    -15 V

    Average Bias Current-Max (IIB)

    0.005 µA

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