1. Product Overview:

️· Product: Eaton DR1050 Shielded Power Inductors
️· Function: These are electronic components designed to store energy in a magnetic field. They are crucial for many electronic circuits.
️· RoHS Compliant: The parts are manufactured to comply with RoHS (Restriction of Hazardous Substances) regulations.

2. Physical Characteristics and Dimensions:

️· Packaging: Supplied in tape and reel packaging, with 500 parts per reel.
️· Markings: Inductor values are marked on the part (e.g., "10uH"). Date codes and revision levels are also indicated.

3. Electrical Performance:

️· OCL (Open Circuit Inductance): Measured at 100kHz, 0.1Vrms, and 0.0Adc at 25°C.
️· Irms (Rated DC Current): The DC current that produces an approximate temperature rise of 40°C without core loss. Derating is needed for AC currents.
️· Isat (Saturation Current): The peak current that causes a 35% reduction in OCL.
️· Core Loss & Bp-p (Peak Flux Density): Graphs show relationship between core loss, peak flux density, and frequency. K-factor (K) is provided for core loss calculation.
️· Inductance Characteristics: A graph shows how the inductor's inductance changes with increasing current.

4. Soldering Profile:

️· Two Solder Profiles: Provided for both Standard SnPb solder and Lead (Pb) Free solder.
️· Key Profile Features:
- Preheat & Soak: Temperature and time ranges.
- Average Ramp-up Rate: Limited to 3°C/second.
- Liquidus Temperature (TL): Different temperatures for SnPb and Pb-Free solder.
- Time at Liquidous (tL): Duration at the liquidous temperature.
- Peak Package Body Temperature (Tp): Reference tables for acceptable peak temperatures based on solder type.
- Time within 5°C of Tc (tp): 20-30 seconds, depending on solder type.

5. Regulatory and Disclaimer:

️· Life Support Policy: Eaton doesn't authorize use in life-support devices without approval.
️· Disclaimer: Eaton reserves the right to make changes without notice and does not guarantee the accuracy of all information.
️· Contact Information: Includes Eaton's website and contact details.

Overall, the document provides technical details about the Eaton DR1050 power inductors, focusing on their electrical performance, construction, and recommended soldering practices.