General description

LM158 The series includes two independent high -gain, internal frequency compensation and computing amplifier. The operation comes from the division power supply and the low -power power supply current consumption and the power supply voltage. The application field includes sensor amplifiers, DC gain blocks and all traditional computing amplifier circuits can be easier to implement systems in single power supply. For example, the LM158 series can work directly in the digital system under the standard+5V power supply voltage, and can easily provide the required interface electronic device power supply that does not require additional ± 15V. LM358 and LM2904 use NATIONAL Micro-SMD packaging technology, and use chip size packaging (8-bump micro-SMD). Unique features

In the linear mode, the input co -mode voltage range includes grounding and output voltage, even from a single power supply voltage. The cross frequency of unit gain is temperature compensation.

The input bias current is also temperature compensation

Advantage

Two internal compensation computing amplifiers

eliminating the need for dual power supply

[

123] Allows to be directly induced near GND, and VOUT can also be grounded

Compatible with all forms of logic

Power consumption suitable for battery operation

Features

Provide 8-Bump Micro SMD chip size packaging (see AN-1112)

Internal frequency compensation for unit gain

Large DC voltage gain: 100db

n wide-band width (unit unit (unit unit (unit unit (unit unit (unit unit (unit unit (unit unit (unit unit Gain): 1 MHz (temperature compensation)

Wide power supply range: -S single power supply: 3V to 32V-or dual power supply: ± 1.5V to ± 16V

Very low power supply current consumption ( 500 μA) -Bassed has nothing to do with the power supply voltage

Low input offset voltage: 2 MV

Input co-mode voltage range includes ground

Differential input voltage range is equal to power [123 ]

Power voltage

The output voltage is large

Voltage control oscillator

Absolute maximum rated value (Note 9)

LM158/LM258/LM358 LM2904

LM158A/LM258A/LM358A

Power voltage, V+32V 26V

Differential input voltage 32V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26V 26

Input voltage 0.3VTo+32V 0.3V to+26V power consumption (Note 1)

Modeling DIP 830 MW 830 MW

Metal can 550 MW

Small shape bag ( M) 530 mw 530 mw

Micro SMD 435MW

Output a short circuit on the ground (one amplifier) (Note 2)

V+≤15V and TA 25 ° C continuously continuously

Input current (VIN LT; 0.3V) (Note 3) 50 ma 50 ma

Work temperature range

lm358 0 ; C to+70 #730; C 40 ; C to+85 ; C

lm258 25 ; C to+85 ; C

lm158 #87222 ; 55 ; C to+125 ; C

Storage temperature range 65 ; C to+150 ; C 65 ; C to+150 # 730; C

Lead temperature, immersion (welding, 10 seconds) 260 degrees Celsius 260 degrees Celsius

Lead temperature, metal tank (welding, 10 seconds) 300 ; C 300 ; C

Welding information

Double -column direct -inserted component

Welding (10 seconds) 260 ; C 260 ; C

Tombs shape Pack

Qi Phase (60 seconds) 215 ; C 215 ; C

Infrared (15 seconds) 220 degrees Celsius 220 degrees Celsius

For other welding methods, see AN-450 50 Surface installation method and its impact on product reliability

Surface installation equipment.

ESD tolerance (Note 10) 250V 250V

Electric characteristics

v+ +5.0V, unless there is another instructions

Electrical characteristics (continued)

v+ +5.0V, (Note 4), unless there is another instructions

Note 1: For high temperature at high temperature In the next operation, LM358/LM358A, LM2904 must be based on A+125 ; C's maximum mDIP resistor is 120 ; C/W, and metal cans are 182 ; C/C/W, the small shape is encapsulated to 189 ; C/W, and the miniature SMD is 230 ; C/W. It is suitable for welding equipment to work in a printed circuit board and work in a static air environment. LM258/LM258A and LM158/LM158A can be reduced according to the highest junction temperature A+150 ; C. The dissipation is the sum of the two amplifiers-as much as possible to use the external resistor as much as possible so that the amplifier is saturated or reduced in the integrated circuit.

Note 2: The short circuit from output to V+may cause overheating and eventually cause damage. When considering the short circuit of the ground, the maximum output current is about 40 mA, which has nothing to do with the size of V+. When the voltage value of the power supply exceeds+15V, the continuous short circuit may exceed the rated value of the power loss and cause the final damage. Destructive dissipation can be caused by short circuits at the same time.

Note 3: Only when the voltage on the lead is negatively drives, the input current exists. This is because the transistor caused by the input PNP's collector base pole becomes a positive bias, which plays the role of input diode clamping. In addition to the role of this diode, the role of horizontal NPN parasitic transistors is on the IC chip. This action of the transistor will cause the output voltage of the operation amplifier to reach the V+voltage level (or the large -drived ground ground) input for a period of time. This is not destructive. When the input voltage is negative, the normal output state will be re -established than the 0.3V (when 25 ; C).

Note 4: For LM158/LM158A, these specifications are limited to 55 ; c≤ta ≤+125 ; c. For LM258/LM258A, all temperature specifications are limited to 25 ; C ≤TA ≤+85 ; C, LM358/LM358A The temperature specifications are limited to 0 ; C ≤+70 ; C , LM2904 specifications are limited in 40 ; C ≤TA ≤+85 degrees Celsius.

Note 5: VO. 1.4V, RS 0 , V+from 5V to 30V; and full input co -mode range at 25 ; C (0V to V+ 1.5V). For LM2904, V+from 5V to 26V.

Note 6: Due to the PNP input level, the direction of the input current exceeds IC. This current is basically constant, and there is no loading change on the input bank of the output states.

Note 7: The negative value of the input co -mode voltage of any input signal voltage shall not exceed 0.3V (at 25 ; C). The upper -end co -mode voltage range is V+ 1.5V (at 25 ; C), but any input or two inputs can reach+32V without damage (+26VFor LM2904), and V+.

Note 8: Since the external component is close, it is necessary to ensure that the coupling is not generated by the strange capacitors between these external components. This can usually be detected when this type of capacitor is increased at a higher frequency.

Note 9: LM158A military specifications are refs158a, and the LM158A military specifications are refs158x.

Note 10: Human model, 1.5 k series 100 PF.

Typical performance features

Program prompt

The LM158 series is an operational amplifier. It only uses a single power supply voltage, has real differential input, and uses the input co -mode to maintain a linear mode 0 VDC voltage. The operating range of these amplifiers is very small. At 25 ; C, the amplifier may stop working at 2.3 VDC. Preventive measures should be taken to ensure that the power supply will never upside down because of the polarity of the integrated circuit or the device is not inadvertently installed backwards in the test socket as an infinite current surging through the IC as an unlimited rodent. The large differential input voltage can be easily adapted and the diode that protects the diode as the input differential voltage is that there is no large input current from the large difference input voltage. Differential input voltage may be greater in the absence of damaged equipment. Protection should be used to prevent the input voltage from becoming more than 0.3 VDC (when 25 ; C). Enter a clamping diode to use the resistor at the IC input terminal. In order to reduce the power consumption of the power supply, the amplifier provides a small signal level to provide A -level output levels to convert the A mode into a class B signal. This makes the output current of the amplifier source and Huida. Therefore, both NPN and PNP external current boost transistors can be used to expand the power capacity amplifier of BASIC. The output voltage needs to be increased by about one diode to above the ground. The vertical PNP output current on the bias chip decreases the transistor. For AC applications, the load capacitance couples to the output of the amplifier, and a resistor should be used to increase the output of the ground to the ground to increase the A -class bias current and prevent cross distortion.

Where is the load directly coupling, in DC applications, there is no cross distortion. Directly applied to the amplifier to reduce the stability of the loop. The value of 50pf can be connected with non -reversal in the worst case. If a large closed -loop gain or resistance must be used by a large load capacitor, it should be driven by the amplifier. The bias network of LM158 establishes the size of the drain current and the power supply. The voltage is not more than 3 VDC to 30 VDC. The short -circuit of the output or the short -circuit supply time of the positive power supply should be short. The device can be power off, not due to short -circuit currentThe melting of the metal is due to the large increase in the IC chip due to the high functional temperature and the final failure. When connecting to a direct short -circuit, multiple amplifiers will increase the total integrated circuit. If it does not use a series of external dispersion restricted resistors for appropriate protection, the power loss reaches the output lead of the amplifier with a damage level. The output source current that can be used at a larger value of 25 ° C provides a larger output current capacity (see typical performance characteristics) at high temperature (see typical performance characteristics) than the standard integrated circuit operational amplifier. The circuit introduced in the typical application chapter emphasizes only under a single power supply voltage. If there is a supplementary power supply, all the standard operation can be used. Generally speaking, a pseudo -jacking (Vi's bias voltage benchmark+/2) is introduced to the operating supply system that is higher or lower than this value among the single power supply. Many application circuits use wide input co -mode voltage range including the ground. In most cases, the input bias does not require the range of the input voltage and can be easily adapted.

Note 11: LM158 can provide LM158A according to SMD#5962-8771001. Standard MIL drawing 5962L87710

Typical single power supply application (V+ 5.0 VDC) (continued)

Typical single power supply Application (V+ 5.0 VDC) (continued)