Get a Sample
Request engineering samples to evaluate fit, validate alternatives, and keep design decisions moving before a larger order is placed.
Request evaluation samplesMAX4427EPA PMIC - Gate Drivers by Maxim Integrated
MAX4427EPA is a PMIC - Gate Drivers model from Maxim Integrated, presented on TrustCompo for buyers who need clear sourcing and review context before RFQ. This listing sits in the Integrated Circuits (ICs) / PMIC - Gate Drivers product path. Known package information currently points to DIP under the Maxim Integrated brand listing. IC DRIVER DUAL MOSFET 1.5A 8-DIP. TrustCompo combines the available model, brand, hierarchy, and specification details around MAX4427EPA so buyers can move faster from review to quotation.
RoHS
Datasheet
Pictures are for reference only. Please contact us for the latest pictures.
Traceability and authenticity checks
Fast RFQ turnaround
Documentation support
Pre-shipment inspection review
Key specifications
Series
-
Min Quantity
1
Category
Integrated Circuits (ICs)Sub Category
PMIC - Gate DriversDescription
IC DRIVER DUAL MOSFET 1.5A 8-DIP
key Attributes
-
Datasheet
View MAX4427EPA DatasheetTechnical document
Open The Official Datasheet
Review the latest datasheet for MAX4427EPA from Maxim Integrated in a separate tab so engineers and buyers can check package, electrical characteristics, and application details without leaving this product page.
Why request a quote
Use the RFQ step to confirm the commercial and documentation details buyers usually need before placing an order.
RoHS, REACH, and lead-free documentation can be confirmed during RFQ
Traceability and Certificate of Conformance support available on request
Pre-shipment inspection report support for quality review
Trust signals
Globally recognized certifications
Visible certifications work best when they are paired with clear operational promises around traceability, handling, and inspection.
ISO 9001
Quality management processes for more consistent sourcing and handling.
AS9120B
Aerospace-focused distribution controls for traceability and reliability.
ISO 14001
Environmental management discipline across warehouse and operating workflows.
ESD Control
Electrostatic handling standards to help protect sensitive components.
Ordering workflow
Understand how to order and what policies support the purchase
Use this section to see the fastest ordering path and the policy pages buyers usually review before confirming a component order.
How to order this product
A simple B2B flow helps engineering and procurement teams move from part review to commercial confirmation.
1
Confirm part and quantity
Review the part number, package, key specs, and target quantity so the quote request reflects the exact sourcing scope your team needs.
2
Send RFQ or sample request
Use Quick Quote for commercial pricing or Request Sample when engineering validation is still in progress and a smaller evaluation quantity is needed.
3
Align delivery, payment, and documentation
Before final release, confirm stock timing, shipment method, payment arrangement, and any traceability or inspection documents required by your process.
Policies buyers usually check
These pages explain the operating rules around samples, shipping, payment, and quality support before you place the order.
Shipping & Delivery
Review shipping origin, carrier options, delivery methods, and the practical factors that affect transit timing for global component orders.
Review shipping detailsPayment Terms
Understand supported payment methods, invoice handling, quote currency, and the commercial boundaries used for international B2B orders.
Review payment termsQuality & Traceability Center
See how incoming inspection, outgoing verification, traceability support, certifications, and additional testing fit into our quality workflow.
Review quality controlsStructured product content
Review The Product The Way Buyers Actually Evaluate It
Review overview, detailed specifications, and related sourcing content in one structured flow without scanning separate oversized sections.
Product overview
Overview
IC DRIVER DUAL MOSFET 1.5A 8-DIP
Fast scan
Popular Specs Surfaced First
Export Classifications & Environmental
Moisture Sensitivity Level (MSL)
1 (Unlimited)
Export Classifications & Environmental
RoHS Status
RoHS non-compliant
Export Classifications & Environmental
JESD-609 Code
e0
Export Classifications & Environmental
HTSUS
8542.39.0001
Export Classifications & Environmental
ECCN Code
EAR99
Product Parameter
Input Type
Non-Inverting
Moisture Sensitivity Level (MSL)
1 (Unlimited)
RoHS Status
RoHS non-compliant
REACH SVHC
Unknown
JESD-609 Code
e0
HTSUS
8542.39.0001
ECCN Code
EAR99
Input Type
Non-Inverting
Channel Type
Independent
Rise Time
20ns
Driven Configuration
Low-Side
Gate Type
N-Channel, P-Channel MOSFET
Interface IC Type
BUFFER OR INVERTER BASED MOSFET DRIVER
Current - Peak Output (Source, Sink)
1.5A 1.5A
Output Peak Current Limit-Nom
1.5A
Logic Voltage - VIL, VIH
0.8V 2.4V
Voltage - Supply
4.5V~18V
Turn Off Time
0.06 μs
Mounting Type
Through Hole
REACH Status
REACH Unaffected
ECCN
EAR99
Packaging
Tube
Lead Free
Contains Lead
Part Status
Obsolete
Categories
Integrated Circuits (ICs)
Terminal Position
DUAL
Technology
CMOS
Operating Temperature
-40°C~85°C TA
Manufacturer
Maxim Integrated
Package / Case
8-DIP (0.300, 7.62mm)
Published
1996
Output Polarity
TRUE
Pbfree Code
no
Radiation Hardening
No
Number Of Functions
2
Mount
Through Hole
Number Of Pins
8
Number Of Terminations
8
Pin Count
8
Nominal Supply Current
400μA
Peak Reflow Temperature (Cel)
240
Fall Time (Typ)
20 ns
Output Characteristics
TOTEM-POLE
Input Characteristics
STANDARD
Max Power Dissipation
727mW
Reflow Temperature-Max (S)
20
Max Supply Current
4.5mA
Output Current
1.5A
Subcategory
MOSFET Drivers
Sub-Categories
PMIC - Gate Drivers
Max Output Current
1.5A
Number Of Drivers
2
High Side Driver
NO
Turn On Time
0.04 µs
Rise / Fall Time (Typ)
20ns 20ns
Length
9.375mm
Base Part Number
MAX4427
Manufacturer'S Part No.
MAX4427EPA
Common questions
Product FAQ
Quick answers for buyers reviewing MAX4427EPA, stock, documentation, and sourcing steps.
What is MAX4427EPA?
MAX4427EPA is a PMIC - Gate Drivers component from Maxim Integrated. This product page summarizes the core sourcing details buyers need before checking price, availability, documentation, or samples.
What package and description are listed for MAX4427EPA?
MAX4427EPA is listed with package reference DIP. The current product description is IC DRIVER DUAL MOSFET 1.5A 8-DIP, and buyers should confirm package, footprint, and electrical details against the datasheet or quotation notes before approval.
Is MAX4427EPA available in stock?
This page currently shows 49630 units in stock and 18067 units available for MAX4427EPA. Because electronic component availability can change quickly, submit an RFQ to confirm live stock, lead time, and final pricing.
Can I request a quote or sample for MAX4427EPA?
Yes. Use the Quick Quote or Request Sample action on this page to send the quantity and sourcing requirements for MAX4427EPA by Maxim Integrated. The TrustCompo team can review price, availability, and documentation support.
Is a datasheet available for MAX4427EPA?
Yes. This page links to the datasheet for MAX4427EPA by Maxim Integrated, so engineers and buyers can review package, ratings, and application details before purchase.
How should buyers verify MAX4427EPA before ordering?
Buyers should confirm the manufacturer, package, quantity, target price, RoHS or compliance needs, and any Certificate of Conformance or traceability requirements for MAX4427EPA before approving the order.
PMIC - Gate Drivers
Recommended Products
Explore more parts from the same subcategory to compare fit, stock, and sourcing options.
More sourcing insights
Articles
Explore related articles around MAX4427EPA, PMIC - Gate Drivers, and adjacent sourcing decisions so buyers can compare context before moving from evaluation to RFQ.
Jul 17, 2026
FPGA Supply 2026: A Buyer's Framework for AMD Xilinx, Intel Altera, Microchip, and Lattice SourcingA production-BOM FPGA sourcing guide for 2026 covering lifecycle commitment, redesign cost, and qualification boundaries across AMD Xilinx, Intel Altera, Microchip PolarFire, and Lattice families.
FPGAAMD XilinxIntel Altera
Jul 11, 2026
2026 Q3 Wide-Bandgap Power Read: Where SiC Is Scaling, Where GaN Is Winning, and Why Silicon Still MattersA Q3 2026 read on SiC, GaN, and silicon power semiconductors: where wide-bandgap devices are winning now, where silicon still holds, and what engineers and sourcing teams should watch.
wide-bandgap semiconductorsSiCGaN
Jul 8, 2026
Texas Instruments Lead Time and Price Pressure in 2026: What Analog and Power Buyers Should Do NowA buyer-facing framework for Texas Instruments analog and power IC exposure in 2026, covering what is confirmed, where price and lead-time pressure is most likely to show up, and which actions sourcing teams should take first.
Texas Instrumentsanalog ICpower management IC