VLB12065HT-R36M
AI

The **VLB12065HT-R36M** is a high-performance, surface-mount (SMT) power inductor manufactured by **TDK Corporation**. It is specifically designed for high-current applications such as voltage regulator modules (VRMs) in servers and computers.
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## 1. Technical Specifications
The part number follows a specific nomenclature that defines its electrical and physical properties:
| Parameter | Specification |
| :--- | :--- |
| **Inductance** | 0.36 µH (0.36 microhenries) |
| **Tolerance** | ±20% (M) |
| **DC Resistance (DCR)** | ~0.37 mΩ (Typical) |
| **Rated Current (Isat)** | ~70A to 80A (Saturation current) |
| **Rated Current (Itemp)** | ~40A to 50A (Temperature rise current) |
| **Dimensions (L x W x H)** | 12.0 mm x 6.5 mm x 5.0 mm |
| **Core Material** | Ferrite |
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## 2. Key Features
* **High Current Capability:** Designed to handle extremely high saturation currents (Isat) without the inductance dropping significantly.
* **Low DCR:** The very low DC resistance minimizes power loss and heat generation during operation.
* **Magnetic Shielding:** The structure is shielded to minimize electromagnetic interference (EMI) with surrounding components.
* **Halogen-free:** Complies with environmental safety standards.
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## 3. Applications
This specific inductor is found in high-efficiency power circuits including:
1. **Server CPU/GPU Power:** Multiphase buck converters for high-end processors.
2. **DC-DC Converters:** Point-of-load (POL) modules.
3. **Graphic Cards:** Providing stable current to high-wattage GPUs.
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## 4. Part Number Breakdown
```text
VLB 12065 H T - R36 M
| | | | | |
| | | | | +-- Tolerance (M = ±20%)
| | | | +----- Inductance (R36 = 0.36µH)
| | | +--------- Packaging (T = Taping/Reel)
| | +----------- High Current Series
| +----------------- Case Size (12.0mm x 6.5mm)
+---------------------- Product Series Code
```
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- ⤷What is the difference between Isat and Itemp in this inductor?
- ⤷ What are the recommended soldering profiles for the VLB12065 series?
- ⤷ Are there alternative inductors with higher inductance in the same footprint?