Page 1
MxL7213
13A Dual Phase
EVB User Manual
MaxLinear Confidential
TBD/18 000UMR02 i
• www.maxlinear.com • 000UMR02
Page 2
MxL7213 13A Dual Phase EVB User Manual Revision History
Revision History
Document No. Release Date Change Description
000UMR02 4/23/19 Initial Release
4/23/19 000UMR02 ii
Page 3
MxL7213 13A Dual Phase EVB User Manual Table of Contents
Table of Contents
Introduction......................................................................................................................................................... 1
Quick EVB Set Up and Start Up....................................................................................................................................1
Factory Settings ...................................................................................................................................................1
Quick Start Up ......................................................................................................................................................1
Reference Documentation .................................................................................................................................3
Ordering Information.......................................................................................................................................... 3
Evaluation Board Overview ............................................................................................................................... 4
Configuration and I/O Interfaces....................................................................................................................... 5
MODE............................................................................................................................................................................5
RUN1, RUN2.................................................................................................................................................................5
TRACK1 SEL, TRACK2 SEL ........................................................................................................................................5
CLKOUT PHASE...........................................................................................................................................................5
EXTVCC........................................................................................................................................................................5
TEMP ............................................................................................................................................................................5
PGOOD1, PGOOD2......................................................................................................................................................5
SW1, SW2.....................................................................................................................................................................5
Set-Up Options....................................................................................................................................................6
Jumper JP1 MODE .......................................................................................................................................................6
Jumpers JP2 RUN1 and JP3 RUN2..............................................................................................................................6
Jumper JP4 TRACK1 SEL ............................................................................................................................................6
Jumper JP5 TRACK2 SEL ............................................................................................................................................7
Jumper JP6 CLKOUT PHASE ......................................................................................................................................7
Test Interfaces..................................................................................................................................................... 8
Load Transient Circuit ...................................................................................................................................................8
Differential Sensing Selection .......................................................................................................................................8
2 Phase, Single Output Select ......................................................................................................................................9
Test Points ....................................................................................................................................................................9
Performance...................................................................................................................................................... 10
Efficiency ..................................................................................................................................................................... 10
Load Transient Response ...........................................................................................................................................11
Output Ripple ..............................................................................................................................................................12
MxL7213EVB Schematic .................................................................................................................................. 13
MxL7213EVB PCB Layers................................................................................................................................ 14
4/23/19 000UMR02 iii
Page 4
MxL7213 13A Dual Phase EVB User Manual Table of Contents
MxL7213EVB Bill of Materials.......................................................................................................................... 16
4/23/19 000UMR02 iv
Page 5
MxL7213 13A Dual Phase EVB User Manual List of Figures
List of Figures
Figure 1: Monitoring VIN and V
.........................................................................................................................................2
OUT
Figure 2: Top View of MxL7213 13A Dual Phase LGA EVB ..................................................................................................2
Figure 3: Block Diagram MxL7213 Two Channel EVB...........................................................................................................4
Figure 4: Load Transient Circuit .............................................................................................................................................8
Figure 5: Differential Sensing Selection .................................................................................................................................8
Figure 6: Single Output Selection...........................................................................................................................................9
Figure 7: Channel 1 Measured Efficiency (V
Figure 8: Channel 2 Measured Efficiency (V
Figure 9: Channel 1 Load Transient Response (V
Figure 10: Channel 2 Load Transient Response (V
Figure 11: Channel 1 Output Voltage Ripple (V
Figure 12: Channel 2 Output Voltage Ripple (V
= 3.3V, fSW = 750kHz, Ch 2 Disabled).....................................................10
OUT
= 5.0V, fSW = 750kHz, Ch 1 Disabled).....................................................10
OUT
= 3.3V, VIN = 12V)...........................................................................11
OUT
= 5V, VIN = 12V)............................................................................11
OUT
= 12V, V
IN
= 12V, V
IN
= 3.3V, Load = 13A) ..........................................................12
OUT
= 5.0V, Load = 13A) ..........................................................12
OUT
Figure 13: EVB Schematic ...................................................................................................................................................13
Figure 14: EVB PCB LGA Silkscreen Top............................................................................................................................14
Figure 15: EVB PCB LGA, Layer 1.......................................................................................................................................14
Figure 16: EVB PCB LGA Layer 2........................................................................................................................................14
Figure 17: EVB PCB LGA Layer 3........................................................................................................................................14
Figure 18: EVB PCB LGA Layer 4........................................................................................................................................15
Figure 19: EVB PCB LGA Silkscreen Bottom.......................................................................................................................15
4/23/19 000UMR02 v
Page 6
MxL7213 13A Dual Phase EVB User Manual List of Tables
List of Tables
Table 1: Evaluation Board Ordering Part Number................................................................................................ 3
Table 2: Factory Settings...................................................................................................................................... 6
Table 3: JP1 Options ............................................................................................................................................ 6
Table 4: JP2, JP3 Options.................................................................................................................................... 6
Table 5: JP4 Options ............................................................................................................................................ 6
Table 6: JP5 Options ............................................................................................................................................ 7
Table 7: JP6 Options ............................................................................................................................................ 7
Table 8: EVB LGA Bill of Materials..................................................................................................................... 16
4/23/19 000UMR02 vi
Page 7
MxL7213 13A Dual Phase EVB User Manual Introduction
Introduction
The MxL7213 evaluation board provides a platform to evaluate the features and performance of the MxL7213. The
MxL7213 is a dual 13A Power Module optimized for powering Telecom, Networking and Industrial equipment. There are
multiple EVBs for the MxL7213. This manual covers the 13A Dual Phase LGA Evaluation Boards.
Quick EVB Set Up and Start Up
Factory Settings
In addition to utilizing the 4.5V to 18V input voltage range and dual 13A maximum load current rating capabilities of the
MxL7213 Power Module, the Evaluation Board has been set up with the factory default configurations shown below for
quick set up and operation. Do not exceed the EVB maximum load current rating.
The factory default configuration (Table 2) for the MxL7213 Evaluation Board is:
■ V
■ V
= 3.3V ±1.5%
OUT1
= 5.0V ±1.5%
OUT2
■ 750kHz Switching Frequency
■ CCM mode. For other modes, see Jumper JP1 MODE.
Quick Start Up
To quickly see the regulator in operation:
1. Use the factory settings and default configuration. If
other settings or components are desired, apply them
before the next steps and see Set-Up Options for more.
2. Connect a turned-off power supply that is within a V
(1)
specification of 5.5V
GND with short / thick leads. Use test pins VIN+ and
VIN- to monitor VIN and GND respectively. See
locations in Figure 1
3. For the channel 1 output, connect an electronic load
initially set to 0A, that will be no more than the above
maximum I
thick leads. Use test pins VO1+ and VO1- to monitor
VOUT1 and GND respectively. See locations in
Figure 1
4. For the channel 2 output, connect an electronic load
initially set to 0A, that will be no more than the above
1. VIN of 6V or greater is required for a V
(13A ), to VOUT1 and GND with short /
OUT
.
to 18V, (12V typical) to VIN and
.
= 5.5V.
OUT
IN
■ Run is enabled for both channels. See Jumpers JP2
RUN1 and JP3 RUN2.
■ Soft-start is selected for both channels. See Jumper
JP4 TRACK1 SEL and Jumper JP5 TRACK2 SEL.
■ CLKOUT phase is 90 degrees, see Jumper JP6
CLKOUT PHASE.
maximum I
thick leads. Use test pins VO2+ and VO2- to monitor
VOUT2 and GND respectively. See locations in
Figure 1
5. Turn on the power supply and check V
channels. The EVB will power up and (factory default)
regulate the channel 1 output at 3.3V ±1.5% (3.251V to
3.349V) and channel 2 output at 5.0V ±1.5% (4.925V
to 5.075V). Output ripple should be observed using a
BNC cable connected to a scope at J1 for channel 1
and J2 for channel 2.
6. Set or vary the load (do not exceed the maximum I
and check V
such as regulation and efficiency.
See Configuration and I/O Interfaces and Load Transient
Circuit for more on testing and monitoring. For Single Rail
Dual Phase 26A Operation and to vary V
Single Output Select.
(13A ), to VOUT2 and GND with short /
OUT
.
OUT
and other desired performance levels
OUT
OUT
see 2 Phase,
of both
OUT
)
4/23/19 000UMR02 1
Page 8
MxL7213 13A Dual Phase EVB User Manual Quick EVB Set Up and Start Up
A
LOAD
+-
A
LOAD
-+
V
+-
V
V
-+
V
V
V
IN
+
-
+
A
Figure 1: Monitoring VIN and V
OUT
Figure 2: Top View of MxL7213 13A Dual Phase LGA EVB
4/23/19 000UMR02 2
Page 9
MxL7213 13A Dual Phase EVB User Manual Reference Documentation
Reference Documentation
Please refer to the MxL7213 Data Sheet for additional information about the MxL7213, including efficiency curves for this
configuration with V
performance characteristics and external component calculations. This manual is meant to be used in conjunction with the
datasheet.
This manual provides EVB schematics, PCB layout and bill of materials that can be utilized to assist in your board design.
The schematics are also available on the MxL7213 product page.
= 12V. The datasheet also includes a full list of IC features, pinout, pin descriptions, typical
IN
Ordering Information
Table 1: Evaluation Board Ordering Part Number
Power Module Evaluation Board Description
MXL7213-AYA-T MXL7213-EVK-000-B2 MxL7213 LGA Power Module Dual-Phase EVB
2. Refer to www.maxlinear.com/MxL7213 for most up-to-date Ordering Information.
4/23/19 000UMR02 3
Page 10
MxL7213 13A Dual Phase EVB User Manual Evaluation Board Overview
VOUT1
VOUT2
CLKOUT
RUN2
TRACK2
MODE
RUN1
TRACK1
VIN
TRACK1
SELECT
JUMPER
(JP4)
RUN1
SELECT
JUMPER
(JP2)
MODE
SELECT
JUMPER
(JP1)
TRACK2
SELECT
JUMPER
(JP5)
RUN2
SELECT
JUMPER
(JP3)
CLKOUT
SELECT
JUMPER
(JP6)
OUTPUT
CONFIG
OPTION
DIFF
SENSE
OPTION
J1
VOUT1
CONNECTOR
J2
VOUT2
CONNECTOR
J3
IOSTEP
CONNECTOR
J21
VOUT2
CONNECTOR
J6
VOUT1
CONNECTOR
VIN
CONNECTOR
J4
MxL7213
VOUT1 VOUT2
TRANSIENT LOAD
CIRCUIT
Evaluation Board Overview
The block diagram shown in Figure 3 illustrates the connection points for the VIN, VOUT1, VOUT2, TRACK, MODE_PLLIN
and RUN pins.
4/23/19 000UMR02 4
Figure 3: Block Diagram MxL7213 Two Channel EVB
Page 11
MxL7213 13A Dual Phase EVB User Manual Configuration and I/O Interfaces
Configuration and I/O Interfaces
MODE
The MODE (JP1) jumper is provided for overall device configuration:
Force Continuous Mode, Pulse-Skipping Mode and External Synchronization are selectable.
RUN1, RUN2
A RUN jumper is provided for both channels (JP2 for RUN1 and JP3 for RUN2).
TRACK1 SEL, TRACK2 SEL
A TRACK jumper is provided for both channels.
VOUT, EXT and SOFTSTART are selectable.
Test points are allocated for probing of TRACK1 (JP4) and TRACK2 (JP5).
CLKOUT PHASE
A CLKOUT (JP6) jumper is provided for clock phase selection.
60, 90 or 120 degrees of phase offset is configurable.
EXTVCC
An EXTVCC test point (J18) is provided to monitor or inject EXTVCC.
TEMP
A TEMP test point (E15) is provided to monitor temperature.
PGOOD1, PGOOD2
A PGOOD test point is provided for both channels (E3 for PGOOD1 and E12 for PGOOD2).
Both PGOOD signals are tied to INTVCC through 10kΩ resistors.
SW1, SW2
A SW test point is provided for both switching signals (TP1 for SW1 and TP2 for SW2).
4/23/19 000UMR02 5
Page 12
MxL7213 13A Dual Phase EVB User Manual Set-Up Options
Set-Up Options
Jumpers are factory installed per Table 2 to configure the EVB for operation. Jumper and testing options are described in
the next sections. Refer to the product datasheet for additional information.
Table 2: Factory Settings
Jumper Label Factory Setting Description
JP1 MODE Jumper 7-8 CCM
JP2 RUN1 Jumper 2-3 On
JP3 RUN2 Jumper 2-3 On
JP4 TRACK1 Jumper 1-2 Soft-Start
JP5 TRACK2 Jumper 5-6 Soft-Start
JP6 CLKOUT PHASE Jumper 2-3 90°
Jumper JP1 MODE
Table 3: JP1 Options
Jumper Options Description
Jumper 1-2 Soft-Start. MODE_PLLIN connected to CLKIN.
Jumper 3-4 Pulse Skipping. MODE_PLLIN connected to INTVCC.
Jumper 5-6 Pulse Skipping. MODE_PLLIN floating.
Jumper 7-8 CCM. MODE_PLLIN connected to GND.
Jumpers JP2 RUN1 and JP3 RUN2
Table 4: JP2, JP3 Options
Jumper Options Description
Jumper 1-2 Off. RUN1/2 connected to GND.
Jumper 2-3 On. RUN1/2 connected to VIN.
Jumper JP4 TRACK1 SEL
Table 5: JP4 Options
Jumper Options Description
Jumper 1-2 Soft-Start. TRACK1 connected to cap to GND.
Jumper 2-3 TRACK1 connected to 60.4kΩ resistor to GND and TRACK test point.
4/23/19 000UMR02 6
Page 13
MxL7213 13A Dual Phase EVB User Manual Jumper JP5 TRACK2 SEL
Jumper JP5 TRACK2 SEL
Table 6: JP5 Options
Jumper Options Description
Jumper 1-2 TRACK2 connected to VOUT1.
Jumper 3-4 EXT. TRACK2 connected to 60.4kΩ resistor to GND and TRACK2 test point.
Jumper 5-6 Soft-Start. TRACK2 connected to cap to GND.
Jumper JP6 CLKOUT PHASE
Table 7: JP6 Options
Jumper Options Description
Jumper 1-2 120°
Jumper 2-3 90°
Jumper 3-4 60°
4/23/19 000UMR02 7
Page 14
MxL7213 13A Dual Phase EVB User Manual Test Interfaces
Test Interfaces
Load Transient Circuit
A load transient circuit is provided to allow optional testing of load transients. The IOSTEP clock input is used to drive the
transient signal. The load step generated by the FET (Q1) is very fast; the step slew rate is >40A/µs for a 6.5A transient
load test case.
To measure load transient response for either channel, use the circuit shown in Figure 4. To test CH1, populate R34 and
depopulate R35 and apply a small duty cycle pule signal to IOSTEP CLK input (~ 1%). Adjust the amplitude of the IOSTEP CLK
pulse to set the load current. Start at a pulse amplitude of 2V and increase while monitoring the IOSTEP (J3) voltage. The load
current at IOSTEP (J3) is 15mV/A. For an example, a 6.5mA load will occur when a 97.5mV pulse is observed at J3.
To test load transient response on CH2, depopulate R34 and populate R35 and repeat procedure.
Figure 4: Load Transient Circuit
Differential Sensing Selection
4 x 0603 resistor jumpers are available to test differential sensing.
Figure 5: Differential Sensing Selection
4/23/19 000UMR02 8
Page 15
MxL7213 13A Dual Phase EVB User Manual 2 Phase, Single Output Select
2 Phase, Single Output Select
The MxL7213 can be configure for single rail dual phase 26A operation and 4 x 0603 resistor jumpers allow VOUT1 /
VOUT2 together to output 26 Amps. This can be accomplished by removing both R7 and R19 and installing 0 ohm resistors
on R14, R17, R28 and R39.
Figure 6: Single Output Selection
The output voltage for the single rail dual phase 26A mode is set by the equation:
60.4k
V
OUT
0.6V 1
-------------
+
=
R25
Test Points
Test points are available for all critical signals. See the schematic to see the available test points.
4/23/19 000UMR02 9
Page 16
MxL7213 13A Dual Phase EVB User Manual Performance
75
80
85
90
95
100
012345678910111213
Efficiency (%)
Load Current (A)
VIN = 5.5V, V
OUT
= 3.3V
VIN = 12V, V
OUT
= 3.3V
VIN = 16V, V
OUT
= 3.3V
VIN = 18V, V
OUT
= 3.3V
75
80
85
90
95
100
012345678910111213
Efficiency (%)
Load Current (A)
VIN = 6.0V, V
OUT
= 5.0V
VIN = 12V, V
OUT
= 5.0V
VIN = 16V, V
OUT
= 5.0V
VIN = 18V, V
OUT
= 5.0V
Performance
Efficiency
Figure 7: Channel 1 Measured Efficiency (V
Figure 8: Channel 2 Measured Efficiency (V
4/23/19 000UMR02 10
3.3V, fSW = 750kHz, Ch 2 Disabled)
OUT =
OUT =
5.0V, fSW = 750kHz, Ch 1 Disabled)
Page 17
MxL7213 13A Dual Phase EVB User Manual Load Transient Response
Load Transient Response
3.3V Output (20MHz BW)
6.5A Load
No Load
Figure 9: Channel 1 Load Transient Response (V
5.0V Output (20MHz BW)
6.5A Load
No Load
= 3.3V, VIN = 12V)
OUT
Figure 10: Channel 2 Load Transient Response (V
4/23/19 000UMR02 11
= 5V, VIN = 12V)
OUT
Page 18
MxL7213 13A Dual Phase EVB User Manual Output Ripple
Output Ripple
Channel 1, 3.3V Output (20MHz BW)
3. Ripple waveform shown, measured at VOUT1 BNC (J1), is affected by 1uF cap C13. The ripple waveform characteristics ideally should be observed at
the output capacitor closest to the MxL7213, COUT5.
Figure 11: Channel 1 Output Voltage Ripple (VIN = 12V, V
3.3V, Load = 13A)
OUT =
Channel 2, 5.0V Output (20MHz BW)
4. Ripple waveform shown, measured at VOUT2 BNC (J2), is affected by 1uF cap C14. The ripple waveform characteristics ideally should be observed at
the output capacitor closest to the MxL7213, COUT4.
Figure 12: Channel 2 Output Voltage Ripple (VIN = 12V, V
4/23/19 000UMR02 12
5.0V, Load = 13A)
OUT =
Page 19
MxL7213 13A Dual Phase EVB User Manual MxL7213EVB Schematic
MxL7213EVB Schematic
Figure 13: EVB Schematic
4/23/19 000UMR02 13
Page 20
MxL7213 13A Dual Phase EVB User Manual MxL7213EVB PCB Layers
MxL7213EVB PCB Layers
Figure 14: EVB PCB LGA Silkscreen Top
Figure 15: EVB PCB LGA, Layer 1
Figure 16: EVB PCB LGA Layer 2
4/23/19 000UMR02 14
Figure 17: EVB PCB LGA Layer 3
Page 21
MxL7213 13A Dual Phase EVB User Manual MxL7213EVB PCB Layers
Figure 18: EVB PCB LGA Layer 4
Figure 19: EVB PCB LGA Silkscreen Bottom
4/23/19 000UMR02 15
Page 22
MxL7213 13A Dual Phase EVB User Manual MxL7213EVB Bill of Materials
MxL7213EVB Bill of Materials
Table 8: EVB LGA Bill of Materials
Item Qty
1 1 C1 4.7uF 16V 10% CAP CER 4.7UF
2 1 C2 1uF 16V 10% CAP CER 1UF 16V
3 8 C3, C4, C8,
4 2 C5, C7 0.1uF 50V 10% CAP CER 0.1UF
5 1 C6 33pF 50V 5% CAP CER 33PF 5%
6 1 C9 47pF 50V 5% CAP, Ceramic, SMD,
7 4 C13, C14,
8 1 CIN1 150uF 25V 20% CAP, 150UF, 25V
9 6 CIN2, CIN3,
10 4 COUT1,
11 6 COUT2,
12 16 E1, E3, E4,
13 3 J1, J2, J3 112404_BNC CONN BNC RCPT
14 6 J4, J5, J6,
Reference
Designator
C10, C11,
C12, C17,
C18
C15, C16
CIN4, CIN5,
CIN6, CIN7
COUT7,
COUT9,
COUT10
COUT3,
COUT4,
COUT5,
COUT6,
COUT8
E5, E6, E7,
E8, E9, E10,
E12, E14,
E15, E16,
E17, E18,
J18
J7, J21, J22
Value Rating Tol. Component
16V 10% X7R 0805
10% X7R 0805
DNP CAP, Ceramic, SMD,
DNP, 0603
10% 50V X7R 0603
50V C0G/NP0 0603
47pF, 5%, 50V, C0G,
0603
1uF 16V 10% CAP CER 1UF 10%
16V X7R 0603
ALUMINUM
ELECTROLYTIC,
NON SOLID,
POLARIZED, SMD
22uF 25V 10% CAP CER 22UF
10% 25V X5R 1210
330uF 6.3V 20% CAP TANT POLY
330UF 6.3V 2917
100uF 6.3V 20% CAP CER 100UF
6.3V 20% X5R 1210
TERM TURRET
SINGLE
L = 5.56MM TIN
STR 50 OHM PCB
CON_575-4. JACK CONN, BANANA
Vert, Female ThruHole
Manufacturer /
Part Number
Murata
GRM21BR71C475KA73L
Murata
GRM21BR71C105KA01L
Murata
GRM188R71H104KA93D
Murata
GRM1885C1H330JA01D
Murata
GRM1885C1H470JA01D
Murata
GCM188R71C105KA64J
Nichicon
UCD1E151MNL1GS
Murata
GRM32ER61E226KE15
Panasonic
6TPF330M9L
Murata
GRM32ER60J107ME20L
Mill-Max
2501-2-00-80-00-00-07-0
Amphenol Connex
112404
Keystone Electronics
575-4
Package
Size
0805
0805
0603
0603
0603
0603
0603
SMD
1210
SMD
1210
TH
TH
TH
4/23/19 000UMR02 16
Page 23
MxL7213 13A Dual Phase EVB User Manual MxL7213EVB Bill of Materials
Table 8: (Continued) EVB LGA Bill of Materials
Item Qty
15 1 JP1 HDR_2X4_2mm_M 2mm Double
16 3 JP2, JP3,
17 1 JP5 HDR_2X3_2mm_M 2mm Double
18 1 JP6 HDR_1X4_2mm_M 2mm Single
19 1 Q1 SUD50N04 40V,
20 4 R1, R3,
21 17 R2, R4, R6,
22 4 R5, R24,
23 4 R7, R21,
24 4 R9, R10,
25 2 R15, R18 60.4kΩ 1/10W 1% RES SMD 60.4K
26 1 R19 8.25kΩ 1/10W 1% RES SMD 8.25K
27 1 R25 13.3kΩ 1/10W 1% RES SMD 13.3K
28 1 R30 191kΩ 1/10W 1% RES SMD 191K
29 2 R34, R35 0Ω 1W RES SMD 0 OHM
30 1 R37 0.015Ω 1W 1% RES SMD 0.015
31 1 R38 DNP RES, DNP, high
Reference
Designator
JP4
R22, R26
R8, R11,
R14, R16,
R17, R20,
R23, R28,
R31, R33,
R39, R40,
R41, R42
R27, R36
R29, R32
R12, R13
Value Rating Tol. Component
HEADER 4 PIN
Row
HDR_1X3_2mm_M 2mm Single
Row
Row
Row
14A
10Ω 1/10W 1% RES SMD 10 OHM
DNP RES, DNP, SMD,
10kΩ 1/10W 1% RES SMD 10K OHM
0Ω 1/10W RES SMD 0 OHM
6.04kΩ 1/10W 1% RES SMD 6.04K
0.079
DOUBLE ROW
HEADER 3 PIN
0.079
SINGLE ROW
HEADER 3 PIN
0.079
DOUBLE ROW
HEADER 4 PIN
0.079 SINGLE ROW
MOSFET N-CH 40V
14A TO-252
1% 1/10W 0603
0603
1% 1/10W 0603
JUMPER 1/10W
0603
OHM 1% 1/10W
0603
OHM 1% 1/10W
0603
OHM 1% 1/10W
0603
OHM 1% 1/10W
0603
OHM 1% 1/10W
0603
JUMPER 1W 2010
OHM 1% 1W 2512
power 2512, SMD
Manufacturer /
Part Number
Wurth Electronics
62000821121
Wurth Electronics
62000311121
Wurth Electronics
62000621121
Wurth Electronics
62000411121
Vishay
SUD50N04
Panasonic
ERJ-3EKF10R0V
Panasonic
ERJ-3EKF1002V
Panasonic
ERJ-3GEY0R00V
Panasonic
ERJ-3EKF6041V
Panasonic
ERJ-3EKF6042V
Panasonic
ERJ-3EKF8251V
Panasonic
ERJ-3EKF1332V
Panasonic
ERJ-3EKF1913V
Vishay
CRCW20100000Z0EFHP
Bourns
CRF2512-FZ-R015ELF
Package
Size
TH
TH
TH
TH
SMD
0603
0603
0603
0603
0603
0603
0603
0603
0603
2010
2512
2512
4/23/19 000UMR02 17
Page 24
MxL7213 13A Dual Phase EVB User Manual Disclaimer
Table 8: (Continued) EVB LGA Bill of Materials
Item Qty
Reference
Designator
Value Rating Tol. Component
32 2 TP1, TP2 TP_30MIL Test Point, DNP,
General Purpose
.030" Dia SMD
33 1 U1 MXL7213 0.6-
5.3V,
MXL IC MXL7213
15X15X4.41 LGA
13A
Manufacturer /
Part Number
MaxLinear
MXL7213-AYA-T
Package
Size
SMD
LGA
MaxLinear, Inc.
5966 La Place Court, Suite 100
Carlsbad, CA 92008
760.692.0711 p.
760.444.8598 f.
www.maxlinear.com
The content of this document is furnished for informational use only, is subject to change without notice, and should not be construed as a commitment by
MaxLinear, Inc. MaxLinear, Inc. assumes no responsibility or liability for any errors or inaccuracies that may appear in the informational content contained in this
guide. Complying with all applicable copyright laws is the responsibility of the user. Without limiting the rights under copyright, no part of this document may be
reproduced into, stored in, or introduced into a retrieval system, or transmitted in any form or by any means (electronic, mechanical, photocopying, recording, or
otherwise), or for any purpose, without the express written permission of MaxLinear, Inc.
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