Data Sheet

4
QUAD OPERATIONAL AMPLIFIERS LM324 FEATURES ● Internally frequency compensated for unity gain ● Large DC voltage gain : 100dB ● Wide power supply range : 3V~32V(or±1.5V~15V) ● Input common-mode voltage range includes ground ● Large output voltage swing : 0V DC to V CC -1.5V DC ● Power drain suitable for battery operation ● Moisture Sensitivity Level 3 ORDERING INFORMATION QUAD OPERATION AMPLIFIERS LM324 is consists of four independent, high gain, internally frequency compensated operational amplifiers which were designed specifically to operate from a single power supply over a wide voltage range. Operation from split power supplies is also possible so long as the difference between the two supplies is 3 volts to 32 volts voltage. Application areas include transducer amplifier, DC gain blocks and all the conventional OP amp circuits which now can be easily implemented in single power supply systems. EQUIMMENT CIRCUIT 2008 - Ver. 1.0 HTC Device Package LM324D 14 SOP LM324N 14 DIP - 1 - GND Output 4 Output 1 1 11 1 13 -Input 4 1 + - +Input 4 12 4 - + 4 V+ 2 -Input 1 3 +Input 1 8 10 +Input 3 9 2 + - 3 - + 7 Output 2 5 +Input 2 6 -Input 2 14 -Input 3 Output 3 V+ 6㎂ INPUTS Q2 - C C Q3 Q9 + Q4 Q8 Q1 100㎂ 6㎂ Q10 Q11 Q12 Q5 Q6 OUTPUT Q7 50㎂ R SC Q13 SOP 14 / DIP 14 PKG

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Transcript of Data Sheet

  • QUAD OPERATIONAL AMPLIFIERS LM324

    FEATURES

    Internally frequency compensated for unity gain Large DC voltage gain : 100dB Wide power supply range : 3V~32V(or1.5V~15V) Input common-mode voltage range includes ground Large output voltage swing : 0V DC to VCC-1.5V DC Power drain suitable for battery operation Moisture Sensitivity Level 3

    ORDERING INFORMATION

    QUAD OPERATION AMPLIFIERS

    LM324 is consists of four independent, high gain, internally frequency compensated operational amplifierswhich were designed specifically to operate from a single power supply over a wide voltage range.Operation from split power supplies is also possible so long as the difference between the two supplies is 3 volts to 32 volts voltage.Application areas include transducer amplifier, DC gain blocks and all the conventional OP amp circuitswhich now can be easily implemented in single power supply systems.

    EQUIMMENT CIRCUIT

    2008 - Ver. 1.0 HTC

    Device PackageLM324D 14 SOPLM324N 14 DIP

    - 1 -

    GND

    Output 4Output 1 1

    111

    13 -Input 41

    +- +Input 4124-+

    4V+

    2-Input 1

    3+Input 1

    8

    10 +Input 392 +- 3-+

    7Output 2

    5+Input 2

    6-Input 2

    14

    -Input 3

    Output 3

    V+

    6

    INPUTS

    Q2-

    CC

    Q3

    Q9

    +

    Q4

    Q8

    Q1

    100 6

    Q10

    Q11

    Q12

    Q5

    Q6

    OUTPUT

    Q7

    50

    RSC

    Q13

    SOP 14 / DIP 14 PKG

  • QUAD OPERATIONAL AMPLIFIERS LM324

    ABSOLUTE MAXIMUM RATINGSCHARACTERISTICPower Supply VoltageDifferential Input VoltageInput VoltageOutput Short Circuit to GNDVCC15V TA=25 (One Amp)Power DissipationOperating Temperature RangeStorage Temperature Range

    Electrical characterisitics at specified free-air temperature, VCC=5V(unless otherwise noted)

    VIO VCC=5V to MAX, Input Offset Voltage VIC=VICR MIN,

    VO=1.4V VIO Average Temperature Coefficient of Input Offset Voltage IIO Input Offset Current llo Average Temperature Coefficient of Input Offset Current IIB Input Bias Current VICR Common-Mode Input Voltage Range

    RL2 VOH VCC=MAX, RL=2 High-Level Output Voltage VCC=MAX,

    RL10 VOL Low-Level Output Voltage AVD VCC=15V, Large-Signal Differential VO=1V to 11V, Voltage Amplification RL2 CMRR VCC=5V to MAX, Common-Mode Rejection Ratio VIC=VICR MIN, KSVR Supply Voltage Rejection Ratio(VCC/VIO) V01/V02 Crosstalk Attenuation

    VCC=15V, VID=1V, VO=0

    IO VCC=15V, Output Current VID=1V, VO=15V

    VID=1V, VO=200

    IOS VCC at 5V, Short-Circuit Output Current GND at -5V, VO=0 ICC VO-2.5V, No Load Supply Current (Four Amplifiers) VCC=MAX,

    VO=0.5VCC, No load* All characteristics are measured under open loop conditions with zero common-mode input voltage unless otherwise specified VCC for testing purpose is 30V. Full range is 0 to 70.

    HTC- 2 -

    V

    Continuous

    SYMBOL VALUE UNITVVCC 18 or 32

    VVI -0.3 to +32VI(DIFF) 32

    TOPR 0~+70 PD 570

    TSTG -65 to +150

    PARAMETER *TEST CONDITIONS LM324D UNITMIN TYP MAX

    Full Range 925 3 7

    Full Range 7 /

    VO=1.4V 25 2 50 Full Range 150

    Full Range 10 /

    VO=1.4V 25 -20 -250 Full Range -500

    VCC=5V to MAX25 0toVCC-1.5

    Full Range 0toVCC-2 V

    V28

    25

    RL10 Full Range

    Full Range 27

    VCC-1.5Full Range 26

    5 20

    25 25 100 V/Full Range 15

    25 65 80

    VCC=5V to MAX 25 65 100

    f=1 kHz to 20kHz 25 120 25 -20 -30

    Full Range -10

    25 10 20Full Range 5

    25 12 30

    25 40 60 Full Range 0.7 1.2

    Full Range 1.1 3

  • QUAD OPERATIONAL AMPLIFIERS LM324

    TYPICAL PERFORMANCE CHARACTERISTICS

    HTC- 3 -

    + VIN

    -INPU

    T V

    OLTA

    GE(

    V DC)

    V+ OR V--POWER SUPPLY VOLTAGE (VDC)

    0 5 10 15

    5

    10

    15

    INPUT VOLTAGE RANGE

    NEGATIVE

    POSITIVE

    SUPP

    LY C

    URRE

    NT D

    RAIN

    ( DC)

    SUPPLY VOLTAGE (VDC)

    010 20 40

    1

    4

    SUPPLY CURRENT

    3

    2

    30

    TA=0TO+125

    TA=-55

    100

    V 0-O

    UTPU

    T VO

    LTAG

    E(VDC

    )

    IO+-OUTPUT SINK CURRENT (DC)

    0.001 0.01 100

    0.1

    OUTPUT CHARACTERISITICS CURRENT SINKING

    0.01

    1

    0.1 1 10

    10

    V+/2

    +

    V+

    V0IO

    TA=+25

    V+=+5VDCV+=+15VDCV+=+30VDC

    0

    V-O

    UTPU

    T VO

    LTAG

    ERE

    FERE

    NCED

    TO

    V+ (VDC

    )

    IO+-OUTPUT SOURCE CURRENT (DC)

    0.001 0.01

    2

    3

    7

    OUTPUT CHARACTERISITICS CURRENT SOURCING

    1

    4

    5

    6

    0.1 1 10

    8

    +V+/2

    +

    V+

    V2

    IO

    TA=+25INDEPENDENT OF V+

    A VOL

    -VOL

    TAGE

    GAI

    N(

    SUPPLY VOLTAGE(VDC)

    0

    0 20 30

    40

    160

    VOLTAGE GAIN

    80

    120

    10 40

    RL=20

    RL=2

    OUTP

    UT C

    URRE

    NT( DC

    )

    TEMPERATURE()

    -55 -15 45 125

    30

    50

    90

    CURRENT LIMITING

    01020

    40

    6070

    80

    -35 5 25 65 85 105

    VOLT

    AGE

    GAIN

    (

    FREQUENCY()

    0

    1 10 1M

    40

    140

    OPEN-LOOP FREQUENCY RESPONSE

    120

    100

    100

    V+=10 TO 15VDC AND-55TA+125

    80

    60

    20

    1K 10K 100K 10M

    V+=30VDC AND-55TA+125

    V-+

    V+10M

    VIN

    0.1

    V+/2

    V 0-O

    UTPU

    T SW

    ING(

    V P-P)

    FREQUENCY()

    INPU

    T VO

    LTAG

    E(V)

    O

    UTVO

    LTAG

    E

    TIME()

    00 20 30

    1

    4

    VOLTAGE-FOLLOWER PULSE RESPONSE

    0

    1

    10 40

    RL=2KV+=15VDC

    0

    5

    20

    LARGE-SIGNAL FREQUENCY RESPONSE

    15

    10

    2

    3

    2

    3

    1K 10K 100K 1M

    V0-+

    15VDC 100K

    VIN

    1K

    7VVD2K

    - +

    -+

  • QUAD OPERATIONAL AMPLIFIERS LM324

    TYPICAL PERFORMANCE CHARACTERISTICS (CONTINIED)

    TYPICAL APPLICATIONS

    HTC- 4 -

    -V0

    +

    VINRIN

    V+2

    V+24

    8V+

    SINGLE SUPPLY INVERTING AMPLIFIER

    + V0-

    VIN

    4

    8

    V+V+RF

    10K

    10K

    INPUT BIASING VOLTAGE POLLOWER

    +V0

    -

    VIN

    4

    8

    V+

    V+

    10K

    10K

    NON-INVERTING AMPLIFIER

    RI RF

    BLOCKSDCGAIN

    I B-IN

    PUT

    CURR

    ENT(

    DC)

    TA-TEMPERATURE()

    -55 -15 45 125

    30

    50

    90

    INPUT CURRENT

    CMRR

    -COM

    MON-

    MODE

    REJ

    ECTIO

    N RA

    TIO

    f-FREQUENCY()

    010 10K 100K

    40

    80

    120

    COMMON-MODE REJECTION RATIO

    01020

    40

    6070

    80

    -35 5 25 65 85 105

    V+=+30VDC

    V+=+15VDC

    V+=+5VDC

    VCM=0VDC

    20

    60

    100

    1K 1M

    -+

    VIN 7.5VDC

    +V0

    +7.5VDC100K

    100

    100

    100K

    E O-O

    UTPU

    T VO

    LTAG

    E(

    t-TIME()

    0 1 2 4250

    400

    VOLTAGE-FOLLOWER PULSE RESPONSE (SMALL-SIGNAL)

    350

    300

    3

    V+=30VDCTA=+25

    76

    450

    500

    EO50

    eIN

    INPUT

    OUTPUT

    RL

    855