LM358YPT Equivalent & Substitute Parts

Part Overview

The LM358YPT is a general-purpose operational amplifier featuring two independent circuits in an 8-TSSOP surface-mount package, manufactured by STMicroelectronics. This device is classified as obsolete, though 991 pieces remain in current inventory. The LM358YPT is qualified to AEC-Q100 automotive standards and operates across a supply voltage range of 3V to 30V with a slew rate of 0.6V/µs and gain bandwidth product of 1.1 MHz.

Due to the obsolete product status, identifying equivalent and substitute parts is necessary to ensure long-term design continuity, supply chain reliability, and access to active production alternatives. Substitute parts must maintain compatibility across electrical parameters, mechanical packaging, and operational specifications to ensure direct or near-direct replacement capability.

Substiute Parts

LM358YPT

STMicroelectronicsIn Stock: 1074LM358YPT Datasheet

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ADA4062-2ARMZ-RL

Analog Devices Inc.In Stock: 761ADA4062-2ARMZ-RL Datasheet

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AS358GTR-E1

Diodes IncorporatedIn Stock: 12333AS358GTR-E1 Datasheet

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BA2904SFV-E2

Rohm SemiconductorIn Stock: 501188BA2904SFV-E2 Datasheet

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BA3404FVM-TR

Rohm SemiconductorIn Stock: 2313BA3404FVM-TR Datasheet

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BA4558FV-GE2

Rohm SemiconductorIn Stock: 1051BA4558FV-GE2 Datasheet

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BA4558FVT-GE2

Rohm SemiconductorIn Stock: 3906BA4558FVT-GE2 Datasheet

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BA4560FV-GE2

Rohm SemiconductorIn Stock: 2926BA4560FV-GE2 Datasheet

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BA4560FVT-GE2

Rohm SemiconductorIn Stock: 3982BA4560FVT-GE2 Datasheet

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BA4560YFV-MGE2

Rohm SemiconductorIn Stock: 2586BA4560YFV-MGE2 Datasheet

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BA4580RFVT-E2

Rohm SemiconductorIn Stock: 2825BA4580RFVT-E2 Datasheet

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TL062IPWR

Texas InstrumentsIn Stock: 16455TL062IPWR Datasheet

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Key Parameters

Substitute Part Grouping Explanation

Substitute parts for the LM358YPT are grouped based on strict electrical and mechanical compatibility criteria. The primary substitution logic is determined by the following parameters:

Critical Matching Parameters:

• Amplifier Type: General Purpose
• Number of Circuits: 2
• Package Type: 8-TSSOP or compatible 8-pin surface-mount variants
• Supply Voltage Range: Minimum 3V, Maximum 30V or greater
• Input Bias Current: 20 nA or lower
• Voltage Input Offset: 2 mV or lower
• Output Current per Channel: 40 mA or greater
• Current Supply: 700 µA or lower per dual-channel configuration
• Slew Rate: 0.6 V/µs or greater
• Gain Bandwidth Product: 1.1 MHz or greater
• Operating Temperature: Must support 0°C to 70°C minimum
• RoHS3 Compliance: Required
• Moisture Sensitivity Level: 1 (Unlimited) preferred

Substitute parts are classified into two categories:

Category A - Direct Package Equivalents (8-TSSOP): Parts maintaining identical 8-TSSOP packaging with electrical parameters meeting or exceeding LM358YPT specifications. These include AS358GTR-E1, BA4558FVT-GE2, BA4560FVT-GE2, and BA4580RFVT-E2.

Category B - Compatible Alternatives (8-MSOP, 8-SSOP-B): Parts with equivalent electrical performance in alternative surface-mount packages (8-MSOP or 8-LSSOP) that maintain pinout compatibility or functional equivalence. These include ADA4062-2ARMZ-RL, BA2904SFV-E2, BA3404FVM-TR, BA4558FV-GE2, BA4560FV-GE2, and BA4560YFV-MGE2.

Parameter Comparison

Engineering Selection Recommendations

Primary Recommendation - Direct Package Replacement:

AS358GTR-E1 (Diodes Incorporated) is the preferred direct substitute for the LM358YPT. This part maintains identical 8-TSSOP packaging, matching general-purpose amplifier topology with two circuits, and equivalent electrical specifications including 20 nA input bias current, 2 mV input offset voltage, 700 µA supply current, and 40 mA output current per channel. The AS358GTR-E1 supports the full 3V to 36V supply range and operates across -40°C to 85°C, exceeding the LM358YPT's 0°C to 70°C range. Product status is active with 12,300 pieces in inventory. RoHS3 compliance is confirmed. Moisture sensitivity level is MSL-3 (168 hours), which differs from the LM358YPT's MSL-1 rating.

Secondary Recommendation - Enhanced Performance Alternative:

BA4558FVT-GE2 (Rohm Semiconductor) provides a direct 8-TSSOP package match with improved electrical performance. This part delivers 1 V/µs slew rate (versus 0.6 V/µs) and 2 MHz gain bandwidth product (versus 1.1 MHz), with reduced input offset voltage of 500 µV. Supply current is 3 mA and output current is maintained at specification. Operating temperature range extends to -40°C to 85°C. Product status is active with 3,800 pieces in inventory. RoHS3 compliance and MSL-1 rating are confirmed. This option is suitable for applications requiring faster response characteristics while maintaining package compatibility.

Automotive-Grade Alternative:

BA4560YFV-MGE2 (Rohm Semiconductor) is the only substitute part carrying automotive qualification (AEC-Q100) matching the LM358YPT's automotive grade status. This part is packaged in 8-LSSOP (alternative to 8-TSSOP) with 4 V/µs slew rate, 4 MHz gain bandwidth product, and 3 mA supply current. Operating temperature range is -40°C to 105°C. Product status is active with 2,529 pieces in inventory. RoHS3 compliance and MSL-1 rating are confirmed. This option is recommended for automotive applications requiring maintained qualification status.

High-Performance Alternative:

BA4560FVT-GE2 (Rohm Semiconductor) offers the highest gain bandwidth product (10 MHz) and slew rate (4 V/µs) among 8-TSSOP packaged alternatives, with 50 nA input bias current and 500 µV input offset voltage. Supply current is 4 mA and output current per channel is 25 mA. Operating temperature range is -40°C to 85°C. Product status is active with 3,968 pieces in inventory. RoHS3 compliance and MSL-1 rating are confirmed. This option is suitable for applications requiring enhanced bandwidth and faster transient response.

Low-Power Alternative:

BA2904SFV-E2 (Rohm Semiconductor) provides the lowest supply current consumption at 500 µA (versus 700 µA), packaged in 8-LSSOP. This part maintains 20 nA input bias current and 2 mV input offset voltage with 30 mA output current per channel. Slew rate is 0.2 V/µs and gain bandwidth product is 500 kHz, representing reduced performance specifications. Operating temperature range is -40°C to 105°C. Product status is active with 501,175 pieces in inventory. RoHS3 compliance and MSL-1 rating are confirmed. This option is suitable for power-constrained applications where performance reduction is acceptable.

J-FET Technology Alternative:

ADA4062-2ARMZ-RL (Analog Devices Inc.) represents a fundamentally different amplifier architecture using J-FET input stage, delivering extremely low input bias current of 2 pA (versus 20 nA). This part is packaged in 8-MSOP with 3.3 V/µs slew rate, 1.4 MHz gain bandwidth product, and 165 µA supply current. Operating temperature range is -40°C to 125°C. Product status is active with 749 pieces in inventory. RoHS3 compliance and MSL-1 rating are confirmed. This option is suitable for applications requiring ultra-low input bias current and extended temperature operation, though package footprint differs from the LM358YPT.

Frequently Asked Questions (FAQ)

Q1: Can AS358GTR-E1 be used as a direct drop-in replacement for LM358YPT?

AS358GTR-E1 maintains identical 8-TSSOP packaging and equivalent electrical specifications for general-purpose amplifier applications. Electrical parameters including input bias current (20 nA), input offset voltage (2 mV), supply current (700 µA), and output current (40 mA) are matched. The primary difference is moisture sensitivity level: AS358GTR-E1 is MSL-3 (168 hours) versus LM358YPT's MSL-1 (unlimited). For applications not requiring unlimited moisture exposure capability, AS358GTR-E1 functions as a direct replacement. For moisture-sensitive applications, BA4558FVT-GE2 or BA4560FVT-GE2 are preferred alternatives maintaining MSL-1 rating.

Q2: What is the difference between 8-TSSOP and 8-LSSOP packaging?

Both 8-TSSOP and 8-LSSOP are surface-mount packages with eight pins and 0.173" (4.40mm) width, maintaining identical pinout and footprint compatibility. The primary distinction is internal lead frame design and thermal characteristics. Parts specified as 8-LSSOP (such as BA2904SFV-E2, BA4558FV-GE2, BA4560FV-GE2, and BA4560YFV-MGE2) are functionally equivalent to 8-TSSOP variants for standard applications. Thermal performance differences are negligible for general-purpose amplifier applications operating within specified current limits.

Q3: Why does BA4560YFV-MGE2 have a higher operating temperature maximum (105°C) than the LM358YPT (70°C)?

Operating temperature range reflects the device's qualified operating envelope and thermal design margins. BA4560YFV-MGE2 is qualified to AEC-Q100 automotive standards with extended temperature capability to 105°C, providing additional margin for automotive thermal environments. The LM358YPT's 0°C to 70°C range is narrower but sufficient for many industrial and consumer applications. For applications operating within 0°C to 70°C, both devices are functionally equivalent. For extended temperature operation, BA4560YFV-MGE2 or BA4580RFVT-E2 are recommended.

Q4: What does AEC-Q100 qualification mean for automotive applications?

AEC-Q100 is the Automotive Electronics Council qualification standard for integrated circuits used in automotive applications. This qualification certifies that a device meets rigorous reliability, temperature cycling, and stress testing requirements specific to automotive environments. The LM358YPT carries AEC-Q100 qualification, as does BA4560YFV-MGE2. For automotive designs requiring maintained qualification status, BA4560YFV-MGE2 is the appropriate substitute. Other alternatives (AS358GTR-E1, BA4558FVT-GE2, BA4560FVT-GE2, BA4580RFVT-E2) are not automotive-qualified and should not be used in applications requiring AEC-Q100 compliance.

Q5: How do slew rate and gain bandwidth product affect circuit performance?

Slew rate (V/µs) determines the maximum rate of voltage change at the amplifier output, affecting transient response speed and high-frequency signal fidelity. Gain bandwidth product (MHz) defines the frequency at which open-loop gain equals unity, establishing the upper frequency limit for stable operation. The LM358YPT specifies 0.6 V/µs slew rate and 1.1 MHz gain bandwidth product. Substitutes with higher values (such as BA4560FVT-GE2 at 4 V/µs and 10 MHz) provide faster response and extended frequency capability, suitable for higher-speed applications. Substitutes with lower values (such as BA2904SFV-E2 at 0.2 V/µs and 500 kHz) are appropriate only for low-frequency, low-speed applications where the LM358YPT's performance exceeds requirements.

Q6: What is the significance of input bias current and input offset voltage specifications?

Input bias current (nA) represents the DC current flowing into the amplifier's input terminals, affecting circuit accuracy in high-impedance applications. Input offset voltage (mV) is the differential voltage required at the inputs to produce zero output voltage, affecting DC accuracy and requiring compensation in precision applications. The LM358YPT specifies 20 nA input bias current and 2 mV input offset voltage. Most substitutes maintain these specifications or improve upon them. ADA4062-2ARMZ-RL provides exceptional input bias current of 2 pA (J-FET technology), suitable for ultra-high-impedance applications. For standard general-purpose applications, input bias current and offset voltage differences among substitutes are not critical.

Q7: Can parts with different supply voltage ranges be substituted?

Supply voltage range compatibility must be verified against circuit design requirements. The LM358YPT operates from 3V to 30V. Substitutes with extended ranges (such as ADA4062-2ARMZ-RL at 8V to 36V or BA3404FVM-TR at 4V to 36V) are compatible with the LM358YPT's range but may not support lower supply voltages if the circuit requires 3V operation. Conversely, substitutes with narrower ranges (such as BA4558FVT-GE2 at 8V to 30V) are compatible only if the circuit operates within the overlapping 8V to 30V window. Circuit design must be reviewed to confirm supply voltage compatibility before substitution.

Q8: What does RoHS3 compliance indicate?

RoHS3 (Restriction of Hazardous Substances Directive 3) compliance certifies that a component meets European Union environmental standards restricting the use of hazardous materials including lead, cadmium, mercury, and certain flame retardants. All listed substitutes are RoHS3 compliant, matching the LM358YPT's environmental certification. This compliance is required for products sold in the European Union and is increasingly required globally. RoHS3 compliance does not affect electrical performance or functional compatibility.

Q9: What is moisture sensitivity level (MSL) and why does it matter?

Moisture Sensitivity Level (MSL) indicates the maximum time a component can be exposed to ambient moisture (typically 30°C, 85% relative humidity) before soldering without risk of delamination or cracking. MSL-1 (unlimited) allows indefinite storage without moisture control. MSL-3 (168 hours) requires moisture control and baking before soldering if storage exceeds 168 hours. The LM358YPT is MSL-1. Most substitutes are also MSL-1, except AS358GTR-E1 which is MSL-3. For high-volume manufacturing with extended component storage, MSL-1 rated parts are preferred to eliminate baking requirements.

Q10: Is the ADA4062-2ARMZ-RL J-FET amplifier suitable as a general replacement for the LM358YPT?

ADA4062-2ARMZ-RL is functionally suitable for many applications but represents a different amplifier architecture. J-FET input stages provide extremely low input bias current (2 pA versus 20 nA) and are preferred for high-impedance applications. However, J-FET amplifiers typically exhibit higher input offset voltage temperature drift and different noise characteristics compared to bipolar input stages. The ADA4062-2ARMZ-RL is packaged in 8-MSOP rather than 8-TSSOP, requiring PCB layout modification. For applications where the LM358YPT's 20 nA input bias current is acceptable, bipolar-input substitutes (AS358GTR-E1, BA4558FVT-GE2, BA4560FVT-GE2) are preferred for direct compatibility. ADA4062-2ARMZ-RL is recommended only for applications specifically requiring ultra-low input bias current.