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PA3144HL

Description
屏蔽 4 线圈电感器阵列 电感 - 串联连接 电感 - 并联连接 - 直流电阻 (DCR) - 并联 8-SMD,无引线
CategoryPassive components    inductor   
File Size679KB,3 Pages
ManufacturerPulse Electronics
Download Datasheet Parametric View All

PA3144HL Overview

屏蔽 4 线圈电感器阵列 电感 - 串联连接 电感 - 并联连接 - 直流电阻 (DCR) - 并联 8-SMD,无引线

PA3144HL Parametric

Parameter NameAttribute value
category
MakerPulse Electronics
seriesPA314HL
Packagetray
Tolerance-
DC 电阻 (DCR) - 并联-
DC 电阻 (DCR) - 串联-
shieldshield
grade-
Operating temperature-40°C ~ 130°C
Installation typesurface mount type
Package/casing8-SMD, no leads
size/dimensions1.417" long x 0.433" wide (36.00mm x 11.00mm)
high0.315"(8.00mm)
Number of coils4
SMT POWER INDUCTORS
Power Beads - PA314xHL Series Coupled Inductor
Gen 3.0 Coupled Inductors (2, 3, 4 and 5 phases)
For exclusive use with Maxim VPR devices
Coupled Inductors enable:
• Phase ripple current reduction due to AC
magnetic field cancellation within the
inductor core.
• Improved efficiency due to lower peak
currents
• Reduction in required output capacitance
Electrical Specifications @ 25°C - Operating Temperature -40°C to +130°C
Number
of
Coupled
Phases
2
3
4
5
50
50
80
Equivalent Transient¹
Inductance per Phase
(nH+/-20%)
Irated²
(Adc)
Imax²
Peak per Phase
(Adc)
OCL³
(nH Min, 0Adc)
150
250
350
450
.25
Part Number
PA3142HL
PA3143HL
PA3144HL
PA3145HL
DCR/Phase
(m
W
Max)
Notes:
1. In a non-coupled multi-phase topology, the power supply sees the same
inductance during transient and steady-state conditions. As a result, any
attempt to lower the inductance to improve transient response has the
negative result of increasing ripple and peak currents throughout the
system during steady-state operation. However, in a coupled inductor
multi-phase topology, the interaction of magnetic fields from each phase
enables an overall reduction in ripple current during steady-state operation
and a lower equivalent inductance during transient operation. The
equivalent transient inductance per phase, as listed, represents the actual
value of inductance (Lk) that would be required in an non-coupled topology
to realize the same transient performance. For more information on the opera-
tion of the coupled inductor topology, please contact Volterra.
2. The rated current and peak current are based on Volterra’s testing of the
Pulse coupled inductors. For more information, please contact Volterra.
3. The open-circuit inductance per phase is measured inductance across
each phase (ie: measured at (1-2) or (3-4) or (5-6) or (7-8), when all
other windings are open) when all other phases are open circuit. The
open circuit inductance is equal to the magnetizing inductance per
phase (Lm) plus the equivalent transient inductance (Lk).
1
power.pulseelectronics.com
P699.D (01/18)
http://www.power.pulseelectronics.com/contact

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