MAX479EP

MAX479EPD vs MAX479EPD+ vs MAX479EPD+T

 
PartNumberMAX479EPDMAX479EPD+MAX479EPD+T
DescriptionPrecision AmplifiersIC OPAMP GP 4 CIRCUIT 14DIP
ManufacturerMaxim Integrated--
Product CategoryPrecision Amplifiers--
SeriesMAX479--
Number of Channels4 Channel--
GBP Gain Bandwidth Product60 kHz--
SR Slew Rate0.025 V/us--
CMRR Common Mode Rejection Ratio90 dB--
Ib Input Bias Current0.006 uA--
Vos Input Offset Voltage15 uV--
en Input Voltage Noise Density50 nV/sqrt Hz--
Supply Voltage Max44 V--
Supply Voltage Min2.2 V--
Operating Supply Current84 uA--
Minimum Operating Temperature- 40 C--
Maximum Operating Temperature+ 85 C--
ShutdownNo Shutdown--
Mounting StyleThrough Hole--
Package / CasePDIP-14--
Amplifier TypePrecision Amplifier--
Height4.45 mm (Max)--
Length19.43 mm (Max)--
ProductPrecision Amplifiers--
Supply TypeSingle or Dual--
Width7.87 mm (Max)--
BrandMaxim Integrated--
Dual Supply Voltage+/- 3 V or +/- 5 V or +/- 9 V--
In Input Noise Current Density0.03 pA/sqrt Hz--
Maximum Dual Supply Voltage+/- 22 V--
Minimum Dual Supply Voltage+/- 1.1 V--
Operating Supply Voltage3 V or 5 V or 9 V or 12 V--
Pd Power Dissipation800 mW--
Product TypePrecision Amplifiers--
PSRR Power Supply Rejection Ratio92 dB--
SubcategoryAmplifier ICs--
Voltage Gain dB116.9 dB--
Part # AliasesMAX479--
Unit Weight0.057144 oz--
Manufacturer Part # Description RFQ
Maxim Integrated
Maxim Integrated
MAX479EPD Precision Amplifiers
MAX479EPD IC OPAMP GP 85KHZ 14DIP
MAX479EPD+ IC OPAMP GP 4 CIRCUIT 14DIP
MAX479EPD+T New and Original
Top