Pinout DescriptionThe JRC4558D is designed as a high performance monolithic dual operational amplifier.The JRC4558Dhas eight features. (1)No frequency compensation required. (2)No latch up. (3)Large common mode and differential voltage range. (4)Parameter tracking over temperature range. (5)Gain ...
JRC4558D: Pinout DescriptionThe JRC4558D is designed as a high performance monolithic dual operational amplifier.The JRC4558Dhas eight features. (1)No frequency compensation required. (2)No latch up. (3)Larg...
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The JRC4558D is designed as a high performance monolithic dual operational amplifier.
The JRC4558D has eight features. (1)No frequency compensation required. (2)No latch up. (3)Large common mode and differential voltage range. (4)Parameter tracking over temperature range. (5)Gain and phase match between amplifiers. (6)Internally frequency compensated. (7)Low noise input transistors. (8)Pin to pin compatible with MC1458/LM358. Those are all the main features.
Some absolute maximum ratings of JRC4558D have been concluded into several points as follow. (1)Its supply voltage would be +/-22V. (2)Its differential input voltage would be +/-18V. (3)Its input voltage would be +/-15V. (4)Its operating temperature range would be from -20°C to 85°C. (5)Its power dissipation would e 600mW for P-DIP8 and would be 400mW for SOP8. (6)Its storage temperature range would be from -65°C to 150°C. It should be noted that stresses above those listed in absolute maximum ratings may cause permanent damage to device.
Also some electrical characteristics of JRC4558D are concluded as follow. (1)Its supply current, all amp no load would be typ 2.3mA and max 4.5mA. (2)Its input offset voltage would be typ 2mV and max 6mV. (3)Its input offset current would be typ 5nA and max 200nA. (4)Its input bias current would be typ 30nA and max 500nA. (5)Its large signal voltage gain would be min 20V/mV and typ 200V/mV. (6)Its common mode input voltage range would be min +/-2V and typ +/-3V. (7)Its common mode rejection ratio would be min 70dB and typ 90dB. (8)Its supply voltage rejection ratio would be min 76dB and typ 90dB. (9)Its output voltage swing would be typ +/-12V and max +/-14V. (10)Its power consumption would be typ 70mV and max 170mV. (11)Its slew rate would be min 1.2V/us and typ 2.2V/us. (12)Its rise time would be typ 0.3us. (13)Its overshoot would be typ 15%. And so on. If you have any question or suggestion or want to know more information please contact us for details. Thank you!