Datasheet Linear Technology LTM4613IY#PBF

Manufacturer	Linear Technology
Series	LTM4613
Part Number	LTM4613IY#PBF

EN55022B Compliant 36VIN, 15VOUT, 8A, DC/DC µModule (Power Module) Regulator

Datasheets

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PDF, 648 Kb, Language: en, File uploaded: Sep 24, 2017, Pages: 30
EN55022B Compliant 36VIN, 15VOUT, 8A, DC/DC µModule Regulator

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Packaging

Package	15mm x 15mm x 4.92mm BGA
Package Code	BGA
Package Index	05-08-1992

Parametrics

Architecture	Constant On-Time Current Mode
Demo Boards	DC1743A
Design Tools	LTspice File,LTpowerCAD Model
Export Control	no
Features	Low EMI, EN55022 Class B Certified, Tracking, Margining, Resistor Set Frequency, External Synchronization, Power Good, PolyPhase
Frequency	600 kHz
Frequency Adjust Range	200kHz - 700kHz
Frequency Sync Range	200kHz - 700kHz
Integrated Inductor	yes
Ishutdown	50 µA
Isupply	78 mA
Max Phases	4
Monolithic	yes
Number of Outputs	1
Operating Temperature Range	-40 to 85 °C
Output Current	8 A
Polyphase	yes
Switch Current	12 A
Synchronous	yes
Topology	Buck
Topology 1	Buck
Vin Max	36 V
Vin Min	5 V
Vout Max	15 V
Vout Maximum	15V
Vout Min	3.3 V

Eco Plan

RoHS

Compliant

Articles

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Ultralow-EMI, 96W, Step-Down uModule Regulator- EN55022 Class B Certified in a 15mm x 15mm Footprint &mdash LT Journal
PDF, 2.1 Mb, File published: Jan 20, 2012
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Ultralow-EMI, 96W, Step-Down ВµModule RegulatorвЂ”
EN55022 Class B Certified in a 15mm x 15mm Footprint
Richard Ying and Willie Chan Designers of information technology and communications systems have come
face-to-face with the difficult challenge of producing feature-rich, power-hungry
products that comply with international EMI standards. Prior to sale, all information
technology equipment (ITE)вЂ”commonly defined as having a regulated clock
signal greater than 9kHzвЂ”must meet government standards such as FCC Part
15 Subpart B in the United States, and EN55022 in the European Union. Both
standards define maximum allowable radiated emission for industrial and commercial
environments (Class A) and home environments (Class B) as shown in Figure 1.
EMI RADIATION SOURCES Electromagnetic waves radiate from any
switching converter and its interface leads.
Pulsating voltages and currents associated
with the switching action of all switch
mode converters from ideal sources generate and directly influence the strength
of radiated electromagnetic waves.
Furthermore, parasitic devices within the Electromagnetic Theory and EMI Switch Mode Regulators
A short reflection on electromagnetic theory can help
one understand the EMI implications of high current,
high power DC/DC step-down converters. switching cycle. MaxwellвЂ™s equations tell us that a
constantly varying electric field creates a selfsustaining electromagnetic wave. GaussвЂ™ law states that the strength of an electric
field in a given area over an enclosed volume is
proportional to the total charge inside it. If currents change rapidly, as is the case in a switch …

Model Line

Series: LTM4613 (6)

LTM4613EV#PBF LTM4613EY#PBF LTM4613IV#PBF LTM4613IY LTM4613IY#PBF LTM4613MPV#PBF

Manufacturer's Classification

Power Management > Switching Regulator > Ultralow Noise Regulators
µModule Solutions > µModule Regulators > µModule Buck Regulators | Extended Temperature (H & MP) µModule Regulators

Other Names:

LTM4613IYPBF, LTM4613IY PBF