Note:Price can vary and may be different depends on market and demand.
Product Attribute
Attribute Value
Manufacturer:
NJR
Product Category:
Operational Amplifiers – Op Amps
Mounting Style:
SMD/SMT
Package / Case:
DFN8-U1
Number of Channels:
2 Channel
Supply Voltage – Max:
5.5 V
GBP – Gain Bandwidth Product:
20 MHz
Output Current per Channel:
2.3 mA
SR – Slew Rate:
10 V/us
Vos – Input Offset Voltage:
1 mV
Supply Voltage – Min:
2.7 V
Minimum Operating Temperature:
– 55 C
Maximum Operating Temperature:
+ 125 C
Ib – Input Bias Current:
1 pA
Shutdown:
No Shutdown
CMRR – Common Mode Rejection Ratio:
60 dB
en – Input Voltage Noise Density:
7 nV/sqrt Hz
Packaging:
Reel
Packaging:
Cut Tape
Amplifier Type:
General Purpose
Brand:
NJR
Input Type:
Rail to Rail
Ios – Input Offset Current:
1 pA
Maximum Dual Supply Voltage:
2.75 V
Minimum Dual Supply Voltage:
1.35 V
Output Type:
Rail to Rail
Product:
Operational Amplifiers
Product Type:
Op Amps – Operational Amplifiers
PSRR – Power Supply Rejection Ratio:
70 dB
Factory Pack Quantity:
3000
Subcategory:
Amplifier ICs
Technology:
Si
THD plus Noise:
0.005 %
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Additional Details
Product Compliance
USHTS: 8542330001
TARIC: 8542330000
More Information
NJU77582 Dual Rail-to-Rail I/O Op-Amps
NJR (New Japan Radio) NJU77582 Dual Rail-to-Rail I/O Operational Amplifiers (Op-Amps) provide extensive bandwidth and occasional noise. The aggregate of low noise (6nV√Hz at 10kHz), high-benefit bandwidth (20MHz), and rapid slew charge (10V/μs) make the gadgets ideal for a ramification of packages. These NJU77582 operational amplifiers buffer ADC, DAC, and different huge output swing gadgets in unmarried-deliver systems by using allowing rail-to-rail input and output. The operational amplifiers function Enhanced C-Drive™ that can at once force a 1000pF capacitive load. This function is right for excessive-speed sign cable drivers and excessive-velocity lively filter circuits that are touchy to wiring capacitance. The NJU77582 operational amplifiers include an integrated EMI filter to reduce malfunctions caused by RF noises from mobile phones and other wi-fi gadgets.
