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THPM4301A  THine Electronics  DC/DC Switching Regulators  -  商品詳細情報

THPM4301A THine Electronics 1
THPM4301A THine Electronics 1
THPM4301A THine Electronics 2
THPM4301A THine Electronics 3
THPM4301A THine Electronics 4

The images are for reference only. For the precise specifications, refer to the product specifications.

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THPM4301A

THPM4301A

THine Electronics

DC/DC Switching Regulators

THine Electronics

DC/DC Switching Regulators

Added to bookmarks.
产品概要

POL Power Module

生命周期状态 : Active
ECCN EAR99

HTSN 8542900000

产品概要

POL Power Module

生命周期状态 : Active
ECCN EAR99

HTSN 8542900000

产品文档

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规格

制造商名称
THine Electronics
制品名
THPM4301A
制品分类
DC/DC Switching Regulators
生命周期状态
Active
RoHS
RoHS
Switching style
Step-down(Buck)
Type
Power Module
Fan-out
1
Output Power
2.95V
Maximum input voltage
6V
Output voltage
0.6 to 3.6V
Input voltage
2.95 to 6V
Operating temperature range
-40 to 85C
Output voltage accuracy
1%
Package
56pin LGA
Output current
0 to 6A
原厂包装
Tape & Reel
制造商数量
250

如果产品信息中有错误,请在此处指出。

产品说明

    "Our Intelligence Inductor Power Module offers significant benefits in high density Point of Load modules and represents the next step in POL integration.

    <Suitable for>
    ASIC, ASSP, FPGA, DSP, DDR

    <Features>
    1. High Efficiency - Inductor-based package allows very low DCR, reduced losses

    Compared to conventional packaging technologies, “this inductor technology” reduces constraints on the inductor size. This allows for larger gauge wire and coil diameters to be used within the inductor structure which results in lower power losses and a high efficiency module.

    2. High Power Density - Solutions require minimal board space
    The small size and very low profile (3 mm) package reduces board space, allowing higher density designs.

    3. Cooler Operating Temp. - Packaged in high thermal conductivity magnetic material
    The inductor body acts as a heat sink to evenly sistribute heat, produced by the IC and inductor, across the package and dissipate it to the ambient air. The measured surface temperature is reduced by up to 11.5℃ compared to a module with an internal inductor under identical conditions. High thermal conductivity avoids “hot spots”.

    4. Low Radiated EMI - Core material provides electro-Magnetic shielding
    The inductor material is conductive and acts as a shield over the internal components. All internal power traces are very short, minimizing the loop area and further reducing radiated EMI.

    We have the other line-ups upon Vout/Iout."