Mitsubishi RA30H4552M1 Manuals

ManualLib has 2 documents for the Mitsubishi RA30H4552M1 (MOS transistor): 1 datasheet, 1 application note. Every file can be read online or downloaded as a PDF for free.

Datasheet 1Application Note 1

Key facts

Model
RA30H4552M1
Industry
Electronics
Documents
2
Languages
EN
Last added
2012-03-21

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Mitsubishi Electric RA30H4552M1 RF Power Module Datasheet

Mitsubishi Electric RA30H4552M1 RF Power Module Datasheet

Datasheet 9 pages · 240 KB · EN

The RA30H4552M1 is a 30 W silicon RF power module designed for 12.5 V mobile radios operating in the 450‑520 MHz band. It uses enhancement‑mode MOSFET transistors and offers low‑power control current (Ieg≈1 mA) for both non‑linear FM and linear AM modulation.

The datasheet lists maximum ratings, electrical characteristics, typical performance curves, and mechanical dimensions (67 × 19.4 × 9.9 mm). Recommended mounting includes M3 screws tightened to 4.0‑6.0 kgf‑cm and an athermal compound between the module and heat sink. The module is RoHS compliant and includes safety and ESD precautions.

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Mitsubishi RA30H4552M1 specifications

Frequency Range450‑520 MHz
Output Power30 W
Total Efficiency42 %
Gate Current (typical)1 mA
Module Size67 × 19.4 × 9.9 mm
Low‑Power Control Current1 mA (typ) @ Vaq=5 V

Source: Mitsubishi Electric RA30H4552M1 RF Power Module Datasheet

All Mitsubishi RA30H4552M1 documents by type

Datasheet 1

Ratings, dimensions and ordering codes, for selection and design work.

Application Note 1

How to use the product for one specific task, with worked examples.

Questions answered in these manuals

What mounting torque is recommended for the screws?

M3 screws should be tightened to a torque of 4.0 to 6.0 kgf‑cm.

From: Mitsubishi Electric RA30H4552M1 RF Power Module Datasheet

Is the RA30H4552M1 module RoHS compliant?

Yes, the RA30H4552M1 is a RoHS compliant product.

From: Mitsubishi Electric RA30H4552M1 RF Power Module Datasheet

What type of semiconductor devices are RA30H4552M1 and RA30H4047M1?

Both devices are MOS FET silicon RF power semiconductors.

From: MITSUBISHI ELECTRIC AN-UHF-083-D Manual

What are the electro‑static discharge test conditions used in the note?

The test used a 100 pF capacitor, 1.5 kΩ resistor, three discharges per voltage step, and increased the voltage up to 6000 V.

From: MITSUBISHI ELECTRIC AN-UHF-083-D Manual