FREQUENCY COMPENSATED OPERATIONAL AMPLIFIERS FREQUENCY COMPENSATI
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LINEAR INTEGRATED CIRCUITS
FREQUENCY COMPENSATED OPERATIONAL AMPLIFIERS
FREQUENCY COMPENSATION REQUIRED
SHORT CIRCUIT PROTECTION
OFFSET VOLTAGE NULL CAPABILITY
LARGE COMMON MODE DIFFERENTIAL VOLTAGE RANGE
LATCH-UP
LM741 series consists general purpose operational amplifiers, intended wide range analog applications. High common mode voltage range absence "latch-up" tendencies
ABSOLUTE MAXIMUM RATINGS LM741/A LM741E LM7411 LM741C
Supply voltage Input voltage Differential input voltage Operating temperature Output short circuit duration Junction temperature Trtq Storage temperature indel inite
supply voltage less than 15V, input voltage equal supply voltage
short circuit duration limited thermal dissipation
SCHEMATIC DIAGRAM
3/85
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make LM741 series ideal voltage follower. high gain wide range ope- rating voltage provide superior performance integrators, summing amplifiers, general feedback applications.
TO-99 Minidip SO-8
(Plastic Ceramic)
LM741
CONNECTION DIAGRAMS
(top view)
OFFSET NULL INWtR INPU1-CZ INVER. INPUT
OUTPUT OPFSE NULL
(Cdtv) i-)W
ORDERING NUMBERS:
Type TO-99 Ceramic Minidip Plastic Minidip SO-8
LM741 LM741 LM741
LM741A LM741
LM741C LM741 LM741 LM741 LM741
LM741E LM741 LM741
LM741I LM741
THERMAL DATA
Rthj-amb Thermal resistance junction ambient
Plastic Minidip
Ceramic Minidip
TO-99
SO-8
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LM741
ELECTRICAL CHARACTERISTICS (see note)
Parameter
Test conditions
LM741/LM741I
Min.
Typ.
Max.
LM741A/741E
Min.
Typ.
Max.
741C
Min.
Typ.
Max.
Input offset
voltage
Tamb=
Tamb~ "*"min Tmax
Input offset voltage adjust, range
AVqj Average input offset voltage drift
Input offset current
Tamb= ^amb" "^min Tmax
Alos Average input offset current drift
Input bias current
Tamb" Tamb= Tmin Tmax
Input resistance
Tamb= Tamb= Tmin Tmax
Input voltage
range
Tmjn Tmax
Large signal voltage gain
Tamb" H\_>
Tamb "Tmjn Tmax
Output voltage
swing
Output short circuit current
Common mode rejection
Supply voltage rejection
Tamb= Tamb- Tmln Tmax
Rg<50i2
0.21
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LM741
ELECTRICAL CHARACTERISTICS (continued)
Parameter Test conditions LM741/741I LM741A/741 741C Unit
Min. Typ. Max. Min. Typ. Max. Min. Typ. Max.
Transient respon. (unity gain) Rise time Overshoot Tamb= 0.25
Bandwidth Tamb= 0.437
Slew rate Tamb=
Supply current Tamb=
Ptot Power consumption Tamb=
"*"amb^ Tmin ~l~amb~ "rmax
~l~amb~ "^min "l"amb= ^max
Note: These specifications, unless otherwise specified, apply Tamb= LM741 LM741C LM741 these specifications apply Tamb
Fig. Open loop voltage gain supply voltage
"iMtMC
Fig. Output voltage swing supply voltage
!vs(v)
Fig. Power consumption supply voltage
l*mt
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LM741
Fig. Open loop voltage gain frequency
Fig. Open loop phase response frequency
lOI(Hi)
Fig. Input offset current supply voltage (for LM741 LM741C)
Fig. Input resistance capacitance frequency (for LM741 LM741C)
Fig. Output resistance frequency
Fig. Output voltage
swing load resistance
(H/l
Fig. Output voltage
swing frequency
T4mb
Fig. Input noise voltage frequency
Fig. Input noise current; frequency
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LM741
Fig. 13-Transient response
_G-JiZJ
115V W>-K"C lOOpF
Rise TIME
(yi)
Fig. Common mode rejection ratio frequency
V,-*1SV
Fig. Voltage follower large signal pulse response
TamO*Z5*C
/OUTPUT
ir#>
(jjs)
Typical performance curves LM741 LM741A
Fig. Input bias current ambient temperature
Fig. Input resistance ambient temperature
Fig. Input offset current ambient temperature
(*C)
>00Tamt){*C>
1MTambCC)
Fig. Output short-circuit current ambient temperature
Fig. Power consumption ambient temperature
Fig. Frequency characteristics ambient temperature
TRANS RATE
DWIOT
-fio
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LM741
Typical performance curves LM741C
Fig. 22-Input bias current ambient temperature ijo<
Ilmb'"c'
Fig. Input resistance ambient temperature
Tamt>
Fig. Input offset current ambient temperature
Tamb(*C}
Fig. Output short circuit current ambient temperature
Fig. Power consumption ambient temperature
.t)0
l,mb
Fig. Frequency characteristics ambient temperature
TYPICAL APPLICATIONS
Fig. Clipping amplifier Fig. Simple integrator
Fig. Simple differentiator
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LM741
MECHANICAL DATA (Dimensions
Ceramic Minidip
9.76""*
95mm_ 52">"
Plastic Minidip
This Material Copyrighted Respective Manufacturer
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