Dual High-Gain Operational Amplifier 4558 integrated circuit dual
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4558
Dual High-Gain Operational Amplifier
4558 integrated circuit dual high gain operational amplifier internally compensated constructed single silicon chip using planar epitaxial process.
Combining features with close parameter matching tracking dual device monolithic chip results unique performance characteristics. Excellent channel separation allows dual device single operational amplifier applications providing highest possible packaging density. especially well suited applications differential-in, differential-out well Potentiometrie amplifiers where gain phase matched channels mandatory.
SCHEMATIC DIAGRAM (1/2 shown)
Unity Gain Bandwidth Guaranteed
Supply Voltage RM4558 RC4558
Short-Circuit Protection
Frequency Compensation Required
Latch-Up
Large Common-Mode Differential Voltage Ranges
Power Consumption
Parameter Tracking Over Temperature Range
Gain Phase Match Between Amplifiers
CONNECTION INFORMATION
ITO-99) Metal Package
(Top View)
Dual In-line Packages
(Top View)
Order Part Nos.: RC4558T, RM4558T
Order Part Nos.: RC4558NB, RV4558NB RC4558DE, RV4558DE RM4558DE
FUNCTION
OUTPUT
-INPUT
+INPUT
+INPUT
-INPUT
OUTPUT
1-100
rRAYTHEONJ
4558 Dual High-Gain Operational Amplifier
ABSOLUTE MAXIMUM RATINGS
Supply Voltage RM4558:
RC4558:
Internal Power Dissipation (Note 500mW
Differential Input Voltage
Input Voltage (Note
Storage Temperature
Operating Temperature Range RM4558: -55oC +1250C RV4558: -40OC RC4558: 0OCto+70OC
Lead Temperature (Soldering, 60s)
Output Short-Circuit Duration (Note Indefinite
ELECTRICAL CHARACTERISTICS (Vcc 250c unless otherwise specified)
PARAMETER CONDITIONS RM4558 RV/RC4558 UNITS
Input Offset Voltage 10ki2
Input Offset Current
Input Bias Current
Input Resistance
Large-Signal Voltage Gain Vout= +10V 50,000 300,000 20,000 300,000
Output Voltage Swing R[_> 10kS2 2kt2
Input Voltage Range
Common Mode Rejection Ratio 10kS2
Supply Voltage Rejection Ratio RS<10kS2 ^V/V
Power Consumption (All Amplifiers)
Transient Response (unity gain) Risetime Overshoot 2kS2 <lOOpF 15.0 15.0
Slew Rate (unity gain) 2ki2 V/jjs
Channel Separation {Gain 100) 10kHz Ikfi
Unity Gain Bandwidth (Gain
following specifications apply +1250C RM4558; +70OC RC4558; RV4558
Input Offset Voltage 10kfi
Input Offset Current 300/500*
Input Bias Current 1500 800/1500
Large-Signal Voltage Gain RL>2kS2 VOut 25,000 15,000
Output Voltage Swing RL>2kt2
Power Consumption +1250C -550C
MATCHING CHARACTERISTICS (VCC 250C unless otherwise specified)
PARAMETER CONDITIONS RM4558 RC4558 UNITS
Voltage Gain 2ki2
Input Bias Current
Input Offset Current
Input Offset Voltage 10kS2
NOTE Rating applies case temperatures derate linearly ambient temperatures above RM4558. NOTE supply voltages less than 15V, absolute maximum input voltage equal supply voltage. NOTE Short circuit ground only. Rating applies case temperature ambient temperature RC4558 ambient temperature RV4558.
RAYTHEONJ
1-101
4558
Dual High-Gain Operational Amplifier
TYPICAL ELECTRICAL DATA
Input Bias Current Function Ambient Temperature
TEMPERATURE
TEMPERATURE
SUPPLY vOLTAOt
Open Loop Voltage Gain Function Frequency
100K FREQUENCY
TEMPERATURE
TEMPERATURE
Typical Output Voltage Function Supply Voltage
2K11
SUPPLY VOLTAGE
0102 LOAD RESISTANCE
Output Voltage Swing Function Frequency
FREQUENCY
Transient Response
-10". RISE TIME
TIME
TIME
1-102
LRAYTHEONJ
4558 Dual High-Gain Operational Amplifier
TYPICAL ELECTRICAL DATA
Input Noise Voltage
Function Frequency
FREQUENCY IH?>
Input Noise Current
Function Frequency
FREQUENCY (Hz)
Channel Separation
'15V
Total Harmonic Distortion Output Voltage
'15V
IK!!
FREQUENCY IHz)
OUTPUT VOLTAGE IVRMSI
Distortion Frequency 1vrms
FREQUENCY (H;l
1-103
4558
Dual High-Gain Operational Amplifier
4558 integrated circuit dual high gain operational amplifier internally compensated constructed single
Unity Gain Bandwidth Guaranteed Supply Voltage ±22V RM4558 ±15V RC4558
silicon chip using planar epitaxial process.
Combining features with close parameter matching tracking dual device monolithic chip
Short-Circuit Protection
Frequency Compensation Required Latch-Up Large Differential Voltage Ranges Power Consumption
results unique performance characteristics. Excellent channel separation allows dual device single operational amplifier applications providing highest possible packaging density. especially well suited applications differential-in, differential-out well potentiometric amplifiers where gain phase matched channels mandatory.
Parameter Tracking Over Temperature Range
Gain Phase Match Between Amplifiers
SCHEMATIC DIAGRAM
(1/2 Shown)
.Jo.Atv-+-+-<>
INPUTS
OUTPUT
O-+-r~
vo-.~-~-~-~-~-~_.-_~
CONNECTION INFORMATION
Metal Package
(Top View)
Dual In-line Packages
(Top View)
FUNCTION OUTPUT -INPUT +INPUT +INPUT -INPUT BOUTPUT
Order Part Nos.:
Order Part Nos.: RC4558T. RM4558T RC4558NB. RV4558NB RC4558DE. RV4558DE RM4558DE
1-100
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Dual High-Gain Operational Amplifier
ABSOLUTE MAXIMUM RATINGS
Supply Voltage
Internal Power Dissipation (Note
4558
RM4558: +125 RV4558: -400C 558: Lead Temperature (Soldering, 60s) Output Duration (Note Indefinite Operating Temperature Range.
Differential Input Voltage Input Voltage (Note Storage Temperature Range
RM4558: ±22V RC4558: 500mW ±30V ±15V 1500
ELECTRICAL CHARAC1"ERISTICS
PARAMETER Input Offset Voltage Input Offset Current
Input Bias Current
(VCC ±15V, unless otherwise specified) RM4558 300,000 20,000 RV/RC4558 300,000 pV!V UNITS
CONDITIONS RS";; 10kQ
Input Resistance Voltage Gain Output Voltage Swing Input Voltage Range
~'!lmon Mode Rejection Ratio
Vout~
RL;;' ±10V RL;;'10kQ RL;;' RS";; 10kU qOkH
50,000
Supply Voltage Rejection Ratio Power Consumption (All Amplifiers)
Transient Response (unity gain)
20mV CL";;100pF
Risetime
Overshoot
15.0 RL;;' 2krl f-l0kHz
15.0
Slew Rate (unity gain) Channel Separation (Gain 1(l0) Unity Gain Bandwidth (Gain
Vips
-'-_.-
following specifications apply C";; TA";; +125 RM4558, DOC";; A";; RC4558, C";; A";; RV4558 Input Offset Voltage Input Offset Current
Input Bias Current
RS";; 10kQ
1500
300/500*
800/1500
15,000
Voltage Gain
Output Voltage Swing
Power Consumption
RL;;' Vout ±10V RL;;' VS-±15V +125
25,000
RV4558
MATCHING CHARACTEBISTICS
PARAMETER
Voltage Gain Input Bias Current Input Offset Current Input Offset Voltage
(VCC ±15V, unless otherwise specified) CONDITIONS RL;" RS;;'10Ul RM4558 :tl5 RC4558
~1.0
UNITS
±i.5
±7.5
NOTE Ratmg applies case temperatures derate linearly 6.SmW/oC ambient temperatures above RM4558
NOTE supply voltages less than' 15V, absolute maximum input voltage equal supply voltage. NOTE Short circuit ground only. Rating applies +t25 case temperature ambient temperature RC4558 ambient temperature RV4558.
4558
TYPICAL ELECTRICAL DATA
Input Bias Current Function Ambient T'emperalure
Dual High-Gain Operational Amplifier
Input Ollset Current Function Ambient Temperature Common Mode Range
Function SUDply VO'IIsgs
'lSV
"r-r-.-~-.-~
(,0I-+-1f-+-+-+-+-1
dl-t-+-t-c-'-
T01PERATURE
SUPPL
nMPERAIURE
Open loop Voltage Gain Function Frequenc
Open Loop Gain Function Temperature
HOOK
Power Consumption Function Ambient Temperature
10'< lOOK 11\1
600K
:?QOK
<lOOK
2K!~
FREQUENCY
TE~"'PE:RATURE
TEr.1PERATURE
Typical Output Voltage Function Supply Voltage
Output Voltage Swing Function Load R.sislance
Output Voltage Swing Function Frequency
'l'~
FREQUENCY
'OOK
SuPPl
LOAD RESISTANCE
Currenl Function Supply VQltage
Transient Respon.e
Vollage Follower Pulse Re.ponse
90""
2K!!
'15V.
SUP!>I rA(,f
.t15V
100pF
IO"" RISE TIME
TIMf.
TIME
Dual High-Gain Operational Amplifier
TYPICAL ELECTRICAL DATA
Input Nolae V'~lt.lle Function Frequency
1000
4558
Input Noise Current Function Frequency
.~II~ft.
t15V
loom.~
FREQUENCY (Hz) lOOK
Channel Separlltiori
Total Harmonic Distortion Output Voltalle
FREQUENCY (Htl
lOOK
OUTPUT TAGE IVRMSI
Distortion Frequency 1vrms
1ilill .11.llllli
~s!o',lj6~
111111111
RtAA COMPENSATION
FREQUENCY (Hz)
lOOK
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