1. Product Series & Description

️· Product Series: AMPLH5030S
️· Type: Shielded Power Inductor
️· Application: Likely used in DC-DC converters, power management circuits, and other applications requiring current regulation.

2. Table of Specifications (Main Inductor Values)

The core of the document is a table showing various inductor values and their associated electrical characteristics. Here's a summarized version of the critical parameters, using a few representative rows to illustrate the format:

Part Number	Inductance (μH)	Tolerance (%)	DC Resistance (mΩ)	DCR (mΩ)	Saturation Current (A)	RMS Current (A)
AMPLH5030S-R33M	0.33	±20	3.4	2.8	25.0	21.0
AMPLH5030S-1R5M	1.50	±20	10.0	8.3	15.0	14.0
AMPLH5030S-6R8M	6.80	±20	50.0	41.5	8.0	7.2
AMPLH5030S-150M	15.00	±20	118.0	98.0	3.7	3.5

️· Inductance (L): The inductor's value in microhenries (µH).
️· Tolerance: How much the actual inductance can vary from the stated value (±20% in all listed cases).
️· DC Resistance (DCR): The resistance of the inductor's coil at DC. Lower is generally better for efficiency. The "typical" and "max" values are presented.
️· Saturation Current (Isat): The current level at which the inductor's core begins to saturate, significantly reducing inductance and increasing DC resistance. Exceeding this current can damage the inductor.
️· RMS Current (Irms): The maximum RMS current the inductor can handle without significant overheating.

3. Materials

️· Core: Alloy Powder (likely ferrite-based)
️· Wire: Polyester Wire
️· Electrode: Cu/Ni/Sn (Copper/Nickel/Tin alloy)
️· Marking: Ink

4. Reflow Soldering Profile

️· Preheat: 150°C - 200°C for 60-120 seconds.
️· Reflow: ≥217°C for 60-150 seconds.
️· Peak Temperature: 260°C for 30 seconds max. (This profile is critical for proper soldering without damaging the inductor).

5. Dimensions & Tape and Reel Specifications

️· Tape and Reel Dimensions: 13" x 12mm reel
️· Dimensions Details (in mm):
- A0 = 5.70 ± 0.10
- B0 = 6.50 ± 0.10
- W = 12.00 ± 0.3
- F = 5.5 ± 0.1
- P = 8.00 ± 0.10
- D = 1.5 ± 0.1
- K0 = 3.30 ± 0.10
- T = 0.35 ± 0.05

6. Important Notes/Warnings

️· The document mentions "Components Material" likely implying the materials listed under "Materials" are the constituent parts of the inductor.
️· The document contains a warning regarding the suitability of the inductors for specific applications.

Overall Conclusion:

This datasheet provides the technical specifications for a range of shielded power inductors, enabling engineers to select the appropriate component for their design based on inductance value, current handling, and size requirements. The datasheet also highlights the material composition and provides guidance on reflow soldering techniques.