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Texas Instruments OP-07DP — Memory (DRAM / SRAM / Flash / EEPROM)

OP-07DP Precision Op-Amp, 600 kHz GBP, 8-DIP, Active

MPNOP-07DP
End of Life

Precision operational amplifier, OP-07DP, General Purpose type, 1 circuit, 600 kHz gain bandwidth, 0.3 V/µs slew rate, 150 µV input offset, 8-DIP through-hole package, Tube.

$2.97Ref. price · indicative, final on quote
Packaging8-DIP (0.300", 7.62mm)
RoHSROHS3 Compliant
Independent supplier — new & surplus stockAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

OP-07DP specifications
ParameterValue
MountingThrough Hole
Amplifier typeGeneral Purpose
Voltage - input offset150 µV
Voltage - supply span36 V
Current - input bias12 nA
Operating temperature0°C ~ 70°C (TA)
Gain bandwidth product600 kHz
PackageTube
Slew rate0.3V/µs
Case8-DIP (0.300\", 7.62mm)
Number of circuits1

Product details

Precision DC amplifier for 8-DIP through-hole boards

The OP-07DP is a single-channel general-purpose precision operational amplifier in the legacy 8-DIP through-hole package. It is designed for applications where DC accuracy matters more than bandwidth — bridge amplifiers, thermocouple conditioners, strain-gauge front-ends, and precision integrators that operate well below the 600 kHz gain-bandwidth ceiling.

600 kHz GBP and 0.3 V/µs slew rate — the bandwidth budget

The 600 kHz gain-bandwidth product sets the small-signal bandwidth: at a closed-loop gain of 100 (40 dB), the -3 dB point sits at 6 kHz. The 0.3 V/µs slew rate is the large-signal limit — for a 10 V output swing, the full-power bandwidth is roughly 4.8 kHz. This part is not intended for audio line drivers or fast ADC buffers; it belongs in DC measurement and low-frequency analog processing where the trade-off for precision is acceptable.

150 µV Vio and 12 nA Ib — the input stage that defines precision

Maximum input offset voltage of 150 µV and typical input bias current of 12 nA place the OP-07DP in the precision class for a general-purpose op-amp. In a thermocouple amplifier with a gain of 1000, the input offset translates to 150 mV at the output — trimmable with a nulling potentiometer if the circuit requires it. The bias current of 12 nA into a 10 kΩ source resistor produces 120 µV of additional offset error, well below the Vio itself.

6 V to 36 V supply span — single or dual rails

The supply span from 6 V to 36 V allows operation from a single 9 V battery or from ±3 V to ±18 V dual supplies. The commercial temperature range of 0°C to 70°C limits the part to indoor, conditioned environments — not suitable for engine bays, outdoor enclosures, or industrial ovens without temperature control.

Active production — no obsolescence risk for new designs

The OP-07DP carries an active lifecycle status from the manufacturer. It is RoHS3 compliant, meaning the terminations are lead-free and the part meets current EU substance restrictions. For a precision op-amp in a through-hole package still specified into new BOMs, this is the straightforward sourcing case: quoted to order against the line-item quantity.

Frequently asked questions

Where can I buy OP-07DP and what is the current pricing?

Submit an RFQ for your target quantity and the lead time will be returned with the quote.

What is the pinout of OP-07DP?

The OP-07DP uses the standard 8-pin DIP pinout for a single op-amp: pin 2 is inverting input, pin 3 is non-inverting input, pin 6 is output, pin 7 is positive supply, pin 4 is negative supply, and pins 1 and 8 are offset null. This matches the industry-standard LM741 and OP-07 pin arrangement, so the OP-07DP drops into existing 8-DIP sockets without a layout change.

Can OP-07DP replace LM741?

The OP-07DP is pin-compatible with the LM741 in the 8-DIP package — the pinout is identical. However, the OP-07DP is a precision amplifier with 150 µV maximum input offset and 12 nA input bias current, while the LM741 typically has 2 mV to 6 mV offset and 80 nA bias. The OP-07DP is a direct upgrade for circuits that need lower offset and drift, but it has a lower slew rate (0.3 V/µs vs 0.5 V/µs typical for the 741), so verify the large-signal bandwidth requirement before substituting.