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OP07DDR

Texas Instruments

Texas Instruments OP07DDR, General Purpose Amplifier, 1 Circuit, 600 kHz Gain Bandwidth, 0.3 V/µs Slew Rate, 60 µV Input Offset, 8-SOIC Package, 0°C to 70°C.

OP07DDR
[IN STOCK] In Stock: 2,030 pcs
$1.29/ pc

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MOQ 1 · Tape & Reel (TR); Cut Tape (CT) · RoHS · EIA-481 · DAP/DDP · T/T

[ORIGINAL SEALED] [PRE-SHIP HD PHOTOS] [30D WARRANTY · COC] [TRACKED DAP/DDP]

Technical specifications

OP07DDR specifications
Parameter / AttributeSpecification / Value
MountingSurface Mount
Amplifier typeGeneral Purpose
Voltage - input offset60 µV
Voltage - supply span36 V
Current - input bias2 nA
Operating temperature0°C ~ 70°C
Gain bandwidth product600 kHz
PackageTape & Reel (TR); Cut Tape (CT)
Slew rate0.3V/µs
Case8-SOIC (0.154\", 3.90mm Width)
Number of circuits1
100% Footprint Match · Solder-Ready (No PCB Redesign Needed)

Need Stock or a Drop-in Second-Source for OP07DDR?

Package: DIP-8 / SOIC-8 · Pin-compatible replacements with immediate Shenzhen spot stock

Footprint Match 98%
Supply Chain & Allocation Reality:

The OP07 is the precision op-amp that instrumented a generation of industrial measurement: 75 microvolts of maximum offset (wafer-trimmed, often needing no external nulling at all), 1.3 microvolts per degree of drift, and a place in thermocouple front ends, strain-gauge bridges and shunt amplifiers wherever a millivolt-class op-amp would drown the signal. Its history is the substitution map: Analog Devices positions it as the DIRECT replacement for the 741, the 725 and the 108A/308A class - the upgrade that removed the null potentiometer from every board it touched - and its own upgrade path runs through the pin-compatible OP77 (25 microvolts) and OP177 (10 microvolts). The repair failure this page exists for is the reverse move: a 741 fitted into an OP07 socket, which runs, passes a quick test, and quietly destroys the measurement.

Verified Pin-Compatible Replacements (3 verified alternatives)

OP177 Analog Devices DIP-8 / SOIC-8
100% Drop-in (Zero Code Change)
Availability & Target Pricing:

The Precision Upgrade - 10 Microvolts

Shenzhen Spot Stock (24-48h Dispatch)

Electrical & Core Specs:

The flagship of the trim ladder: about 10 microvolts of offset and 0.1 microvolts per degree of drift in the A grade - seven times tighter than the OP07 in both axes, in the same 8-pin socket.

Same +/-3V to +/-18V envelope and the same pin map.

Compatibility & Drop-In Notes: Upgrade-direction rule of the trim ladder: OP07 to OP77 to OP177 is monotone in precision at the same socket; there is never a reason to grade down when the tighter part is in the drawer.
Package & Solder Footprint: DIP-8 pin-identical.
Shenzhen Warehouse Stock & MOQ: Stocked; the drop-in precision ceiling.
Request Volume Quote for OP177 Compare OP07DDR vs OP177 Spec Matrix
OP77 Analog Devices DIP-8 / TO-99 / SOIC
100% Drop-in (Zero Code Change)
Availability & Target Pricing:

The Middle Step - 25 Microvolts

Shenzhen Spot Stock (24-48h Dispatch)

Electrical & Core Specs:

The middle grade of the same family: about 25 microvolts of offset and 0.3 microvolts per degree of drift - the step for designs that need better than the OP07 but not the OP177 price.

Same supply envelope and pin map.

Compatibility & Drop-In Notes: Same monotone ladder rule: fitting the middle grade where the original was the base OP07 is free precision; the reverse (OP07 into an OP77-calibrated front end) re-widens the error budget someone already spent.
Package & Solder Footprint: DIP-8, TO-99 and SOIC forms depending on the era of the board.
Shenzhen Warehouse Stock & MOQ: Stocked across the vintage bodies.
Request Volume Quote for OP77 Compare OP07DDR vs OP77 Spec Matrix
LM741 (the reverse direction) TI / STMicroelectronics / multiple DIP-8 / TO-99
Functional Equivalent
Availability & Target Pricing:

The Ancestor It Replaced - and the Repair That Reads Wrong

Shenzhen Spot Stock (24-48h Dispatch)

Electrical & Core Specs:

The history in one line: Analog Devices positions the OP07 as the direct replacement for the 741 (and the 725 / 108A class), wafer-trimmed so the old null potentiometer stays unused. The reverse fit still powers up - with millivolt-class offsets instead of microvolt ones.

Same socket and supply family; the error budget differs by two orders of magnitude.

Compatibility & Drop-In Notes: Repair discipline for precision sockets: match the offset class, not the pinout. Where the original was trim-class (microvolts), general-purpose parts (millivolts) are a different instrument - check the offset grade on any substitute entering a measurement path.
Package & Solder Footprint: Pin-compatible in both directions - which is exactly why the mistake gets made and shipped.
Shenzhen Warehouse Stock & MOQ: Stocked; but quote the precision class the measurement needs.
Request Volume Quote for LM741 (the reverse direction) Compare OP07DDR vs LM741 (the reverse direction) Spec Matrix
Buyer & Quality Checklist for Sourcing Alternatives
  • The 75-microvolt offset (and the 1.3 microvolts per degree drift) is the entire reason the part exists: instrumentation front ends were calibrated around it. General-purpose substitutes in the millivolt class run perfectly and destroy the measurement - match the offset class, not the pinout.
  • The grade letters only move the temperature window: OP07C covers about -40 to 85C, OP07E about 0 to 70C - same 75-microvolt family specs. Choose by the environment the board lives in, not by the price.
  • The historical replacement chain is documented: the OP07 was positioned as the direct socket replacement for the 741, 725 and 108A/308A class, removing the external null trim. Old boards with an unused null pot tell you an OP07-class part belongs there.
  • Wafer trimming means external nulling is usually unnecessary: a board whose output still sits off-zero with an OP07-class part fitted has a circuit problem (input network, leakage, thermocouples), not a nulling ritual pending.
  • The upgrade ladder OP07 to OP77 to OP177 is pin-compatible and monotone in precision (75, 25, 10 microvolts of offset): grade up freely; never grade down into a precision position without re-doing the error budget.
  • The part carries a not-recommended-for-new-designs status at the vendor: new instrumentation goes to the zero-drift chopper class. For repairs and restorations, the classic stays the answer - and the ladder above it stays the upgrade.
Frequently Asked Technical Questions

Q: Can I replace an OP07 with an LM741?

A: It fits and it runs - and it changes the instrument: millivolt-class offset against the microvolt-class original. In a measurement path that reads as a constant error or thermal drift after the repair. Precision sockets need precision substitutes.

Q: What is the difference between OP07C and OP07E?

A: Temperature windows only: the C grade covers about -40 to 85C, the E grade about 0 to 70C, with the same 75-microvolt offset family specifications. Pick by environment.

Q: What is the drop-in upgrade for an OP07?

A: The OP77 (about 25 microvolts of offset) or the OP177 (about 10 microvolts) - both pin-compatible DIP-8 parts that tighten the error budget monotonically without touching the circuit.

Technical details

Precision DC amplifier — 60 µV offset defines the fit

Supply range and temperature — commercial-grade only

The OP07DDR operates from a single or dual supply spanning 6 V to 36 V total.

For a precision amplifier that has been in production for years, this means the supply channel remains stable through authorized and independent distribution.

60 µV offset vs. 350 µV — the precision gap to TLV9351IDCKR

The closest functional peer in the same general-purpose single-channel class is the TLV9351IDCKR, which offers a 3.5 MHz gain-bandwidth and rail-to-rail output, but its input offset is 350 µV — nearly 6× worse than the OP07DDR's 60 µV. If the application needs sub-100 µV offset and can tolerate a 600 kHz bandwidth, the OP07DDR is the tighter fit. If speed or temperature range matters more, the TLV9351IDCKR is the candidate to evaluate.

OP07DDR
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