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LTM8032MPV#PBF

Name: LTM8032MPV#PBF
Rating: 4.7 (12 reviews)

DC DC CONVERTER 0.8-10V

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Mfr。パート #LTM8032MPV#PBF
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仕様

Series	µModule®
Part Status	Active
Base Product Number	LTM8032
Type	Non-Isolated PoL Module
Number of Outputs	1
Voltage - Input (Min)	3.6V
Voltage - Input (Max)	36V
Voltage - Output 1	0.8 ~ 10V
Current - Output (Max)	2A
Applications	ITE (Commercial)
Operating Temperature	-55°C ~ 125°C
Mounting Type	Surface Mount
Package	71-BLGA Module
Size / Dimension	0.59" L x 0.35" W x 0.11" H (15.0mm x 9.0mm x 2.8mm)
Supplier Device Package	71-LGA (15x9)
Packaging	Tray

概要

Description

The LTM8032MPV#PBF is a Linear Technology/Analog Devices µModule buck regulator. It combines a switching regulator, power MOSFETs, inductor, and required passives in a single compact module for easy power conversion.
Key points:
- Highly integrated, wide input range, and adjustable output via a feedback network.
- High efficiency with fast transient response; includes protections such as enable/soft-start, overcurrent/short-circuit, and thermal protection.
- MPV is the package type; #PBF denotes Pb-free, RoHS-compliant packaging.
- Typical uses: industrial, telecom, automotive, and portable electronics needing a compact, efficient DC-DC converter.
How to use:
- Connect Vin and GND, enable as required, and set Vout with external resistor divider per the datasheet.
- Follow the datasheet for recommended input/output capacitors and layout.
For precise electrical specs, pinout, and application circuits, consult the LTM8032MPV#PBF datasheet and product page.

Features

Key features of LTM8032MPV#PBF:
- Fully integrated µModule buck regulator (inductor, MOSFETs, controller) for compact power rails
- Wide input range: 4V to 60V (transient-tolerant, suitable for automotive environments)
- Output: adjustable 0.8V to 5V via external feedback resistors (options may include fixed versions)
- Output current: up to about 2A continuous (dependent on thermals)
- High efficiency across loads (typical > 85–90%)
- Fixed-frequency, current-mode PWM with recommended soft-start
- Protection: overcurrent/short-circuit, overtemperature shutdown, undervoltage lockout
- Enable input with proper logic control and optional output discharge on disable
- Optional remote sense and accurate regulation at the load
- Package: MPV Pb-free (PBF); compact LGA/multi-pin module suitable for space-constrained designs
- RoHS compliant; suitable for industrial and automotive applications
Note: exact output voltages, current rating, and switching frequency are specified in the datasheet for the specific LTM8032MPV variant.

Package

The LTM8032MPV#PBF is supplied in Analog Devices' MPV µModule surface-mount package (multi‑pin µModule, RoHS Pb‑free).

Pinout

- Pin count: 20 pins (MPV package).
- Function: A fully integrated µModule switching regulator (step-down) with an internal inductor. It accepts Vin and delivers a regulated Vout, controlled by EN/SHDN and FB, with soft-start and protection/status pins (power good, fault/overcurrent, etc.). PBF just indicates RoHS lead-free packaging.

Manufacturer

Manufacturer: Analog Devices, Inc. (the LTM8032 was originally a Linear Technology product — LTM prefix).
Company type: A multinational semiconductor company that designs and supplies analog and mixed-signal integrated circuits and power-management modules (including μModule regulators), sensors, and related components.

Application

Applications of LTM8032MPV#PBF (isolated DC-DC µModule regulator):
- Isolated power supplies and auxiliary rails in compact systems
- Telecom and datacom equipment
- Industrial automation and motor drives
- Automotive and avionics instrumentation with isolation
- Medical devices requiring patient isolation
- Sensors, data acquisition, and distributed power architectures
- Battery-powered portable systems needing high efficiency and low EMI

Equivalent

Equivalents depend on the LTM8032’s function (it's a µModule buck regulator). Please share the device’s specs: VIN range, VOUT, IOUT, switching frequency, and package. With that, I’ll provide precise cross‑references from TI, ADI, MPS, etc.