Product Overview
OPA124P Burr Brown Difet Monolithic FET Op-Amp, 8-PDIP, Low Noise Precision Instrumentation IC
Condition
Unused NOS. Pins are unsoldered, straight, and untinned. Body is clean with no chips or marking damage. Date code 9713, lot 2457 visible on package. Sourced from legacy electronics supply chain recovery. No function testing performed.
Ships same business day from Idaho. Packed carefully.
Backed by our guarantee.
Product Overview
Burr Brown OPA124P - precision monolithic FET operational amplifier in an 8-pin DIP package. Manufactured using the Difet (dielectrical isolation) process, which delivers outstanding DC and AC performance. Designed for critical instrumentation applications where noise and DC accuracy matter.
Key Features
- 8-PDIP package - through-hole, breadboard and socket compatible
- Difet manufacturing process - dielectrical isolation for low noise and precision
- Monolithic FET input stage
- General purpose single-circuit op-amp
- Date code 9713 - manufactured first quarter 1997
- Pins straight, untinned, unsoldered - never installed
Applications
- Precision instrumentation front ends and signal conditioning
- Low noise sensor amplification circuits
- Audio measurement and test equipment
- Legacy instrument repair and restoration requiring original Burr Brown parts
- Hobbyist and maker precision analog circuits
Frequently Asked Questions
Is this the through-hole DIP version or surface mount?
Through-hole 8-PDIP. Confirmed from photos - standard dual inline package, pins straight and ready for socket or PCB installation.
Has this IC been tested?
No function testing was performed. Pins are unsoldered and the body shows no damage. Verify fit and electrical specs against your design before use.
Is a datasheet included?
Not included. The OPA124 datasheet is widely available from Texas Instruments, which acquired Burr Brown.
A DIP-8 op-amp from 1997 with straight pins and a clean body - this one sat out the decades in a parts bin instead of a circuit board. Now it is ready for whatever precision analog work you have been putting off.
