LM358M

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运算放大器
简介说明
Op Amp Dual Low Power Amplifier ±16V/32V 8-Pin SOIC Tube
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运算放大器
Texas Instruments
EU RoHS NOTCOMPL
Type: General Purpose Amplifier
Type describes the type of the component.
Number of Channels per Chip: 2
Number of Channels per Chip describes the number of channels or paths input to output per chip or number of circuits per device.
Power Supply Type: Dual|Single
Power Supply Type describes the type of the supply like dual, single or single and dual.
Maximum Supply Voltage Range: 32 to 36
Maximum Supply Voltage Range describes the Range of Maximum Supply Voltage.
Maximum Operating Supply Voltage: 32|±16
Maximum Operating Supply Voltage describes the maximum supply voltage at which a device is specified to operate in compliance with the applicable device specification.
Typical Gain Bandwidth Product: 1
Typical Gain Bandwidth Product describes the product of the open-loop voltage amplification and the frequency at which it is measured.
Maximum Input Offset Voltage: 7@30V
Maximum Input Offset Voltage describes the differential DC voltage required at the device's two inputs in order force the output voltage to zero. This occurs when no load is connected to the device.
Maximum Input Bias Current: 0.25@5V
Maximum Input Bias Current describes the average input current of the two input terminals under specified conditions.
Minimum CMRR Range: 65 to 70
Minimum CMRR Range describes the range of Minimum CMRR.
Minimum CMRR: 65
Minimum CMRR describes the measures an amplifier's ability to reject input voltages that are common to both of its input terminals, or the differential gain to the common gain.
Minimum PSRR: 65
Minimum PSRR describes the ability of the device to keep the output voltage constant as the power supply voltage changes. PSRR is also defined as the amount of noise from the power supply that the amplifier can reject.
Typical Voltage Gain: 100
Typical Voltage Gain describes the output voltage to input voltage ratio of the device.
Maximum Power Dissipation: 530
Maximum Power Dissipation describes the measure of the rate at which energy is dissipated, or lost, from a system.
Minimum Operating Temperature: 0
Minimum Operating Temperature describes the minimum temperature that the device can function correctly while working.
Packaging: Tube
Packaging describes the method of containing/packaging a product for delivery or sales.
Minimum Single Supply Voltage: 3
Minimum Single Supply Voltage describes the minimum operating voltage for the single supply.
Maximum Single Supply Voltage: 32
Maximum Single Supply Voltage describes the maximum operating voltage for the single supply.
Minimum Dual Supply Voltage: ±1.5
Minimum Dual Supply Voltage describes the minimum operating voltage for the dual supply.
Maximum Dual Supply Voltage: ±16
Maximum Dual Supply Voltage describes the maximum operating voltage for the dual supply.
Manufacturer Type: Low Power Amplifier
Manufacturer Type describes the type of the device manufacturer mentioned.
Maximum Operating Temperature: 70
Maximum Operating Temperature describes the maximum temperature that the device can function correctly while working.
Typical Slew Rate: 0.1
Typical Slew Rate describes the average time rate of change of the amplifier output voltage.
Typical Input Noise Voltage Density: 40
Typical Input Noise Voltage Density describes the square root of the input noise power density, resulting in volts per root hertz .
Shut Down Support: No
Shut Down Support describes if device supports shutdown or not.
Typical Single Supply Voltage: 12|15|18|24|28|5|9
Typical Single Supply Voltage describes the typical value of operating voltage for the single supply.
Typical Dual Supply Voltage: ±12|±15|±3|±5|±9
Typical Dual Supply Voltage describes the typical value of operating voltage for the dual supply.
Temperature Flag: Opr
Maximum Input Offset Current: 0.05@5V
Maximum Input Offset Current describes the maximum difference between the two input currents that flows between the two input terminals when the output voltage is zero..
Life Cycle: NRND
Typical Output Current: 40@15V
Typical Output Current describes the current can be delivered to the load.
Maximum Quiescent Current: 1.2@5V@0C to 70C
Maximum Quiescent Current describes the current drawn by a circuit when it is not amplifying a signal or driving a load .
Temperature Grade: Commercial
Typical Input Bias Current: 0.045@5V
Typical Input Bias Current describes the typical input current of the two input terminals under specified conditions.
Automotive: No
AEC Qualified Number: N/R
Base Material: Cu Alloy
CECC Qualified: No
Contains SVHC: YES
Diameter: N/R
Dose Level: N/A
DW Flag: N
ESD Protection: Yes
Exceed Limit: YES
Lead Finish Material: SnPb
Lead Shape: Gull-wing
Maximum Reflow Temperature: 235
Maximum Wave Temperature: N/R
Military Qualified: No
Moisture Sensitivity level: 1
Mounting: Surface Mount
Package Height: 1.5(Max)
Package Length: 5(Max)
Package Width: 3.98(Max)
PCB changed: 8
Pin Count: 8
Pin Out: Y
Rad Hard: No
Schedule B: 8542330000
Standard Package Name: SOP
Supplier Package: SOIC
Tab: N/R
Total Weight UOM: g
Total Weight Value: 0.0819788870
Under Plating Material: N/A