ZLK38000BADA - MICROCHIP TECHNOLOGY

Evaluation Kit Part Num ber: ZLK38000BADA

Document Revision Numb er: 1.0

Issue Date: June 2015

Document Number: 152457

ZLK38000 Evaluation Kit

User Guide

ZLK38000

User Guide

Table of Contents

Microsemi Corporation Confidential and Proprietary

1.0 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.1 ZLK38000BADA Evaluation Kit Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.2 ZLE38000 Evaluation Board Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

1.3 MiTuner™ Lite GUI Software (ZLS38508LITE) Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

1.4 Full MiTuner™ GUI Software (ZLS38508) with Auto Tuning Support Features . . . . . . . . . . . . . . . . . . . . .4

1.5 References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4

2.0 Getting Acquainted . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

3.0 Hardware Connections and Operation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

3.1 Microphones . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7

3.2 Speakers and Class D Amplifiers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

3.3 TRRS Headset Jack . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9

3.3.1 TRRS Cell Phone Adapter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

3.4 Control Interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3.5 Bootstrap. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10

3.6 Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3.7 AIB Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11

3.8 Reset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11

4.0 Evaluation Board Schematic . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12

4.1 Evaluation Board BOM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .22

ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

1.0 Introduction

The ZLK38000 Evaluation Kit includes all the hardware necessary to operate the ZLE38000 Evaluation Board. The

Evaluation Board provides a flexible platform to evaluate a Timberwolf Audio Processor device with AcuEdge™

Technology Firmware.

The ZLE38000 Evaluation Board provides a simple analog interface that can be connected to microphones and

speakers to allow for subjective testing. The miniature size allows for easy mounting in an existing plastic

enclosure.

Firmware Code for the desired Timberwolf device and a Configuration Record for the desired demonstration

platform can be downloaded into the Evaluation Board using the ZLS38000 Firmware Loader software. The

ZLE3800 0 Ev aluati on B oard can then be cont roll ed us in g the MiTuner™ GUI Lite Software (ZLS38508LITE) or the

full MiTuner GUI Softwar e package (ZLS38508 ). Microsemi has develope d automatic tuning ca pability into the full

MiTuner GUI Software to further facilitate and shorten the design process. The ZLS38508 Software package

consists of the MiTuner GUI Software and the Audio Interface Box (AIB) Evaluation Kit (ZLE38470BADA)

hardwar e, togeth er pe r f o rm i n g a u to m a t ic t u ni n g o f th e Timberwol f Audio P rocess or on the Evaluati on Bo ard or i n

a system design.

Figure 1 - ZLE38000 Evaluation Board

1.1 ZLK38000BA DA Eva luation Kit Conte nts

• ZLE38000 Evaluation Board

• ZLS38000 Firmware Loader Software

• Ser ial US B to M i ni U S B Ca ble

• Headset (32 Ω), with microphone/headphone splitter adapter

• 25 foot Headset Extension Cable

• Speake r ( u n-p owered, 4 Ω, 2.5 W)

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1.2 ZLE38000 Eva luation Board Features

• Mi n ia tu r e s i ze

• Easily mounted into existing plastic enclosures

• Economical means to evaluate the functionality of the Timberwolf hardware and echo canceller firmware

• USB or SPI serial port control

•MiTuner™ Lite GUI software, a Windows based software application

• Complete access to all features and registers of both the hardware and firmware

• Flexible analog interfaces, accommodating multiple devices and connections

• Multiple digital interfaces

1.3 MiTuner™ Lite GUI Software (ZLS38508LITE) Fe atures

MiTuner Lite GUI Software provides the audio engineer with a comprehensive interface into the Microsemi

AcuEdge™ Technology Firmware running on the Audio Processor. The GUI is designed to interface with the

Timberwolf de vi ce whe the r res i din g o n the ZLE 380 00 E v alu ati on Boa rd or on a c ust o mer- desig ned platform, whe n

properly connected to the Timberwolf communication pins. The MiTuner Lite GUI So ft wa r e provid es:

• Control of all functional blocks, e.g., AEC block, Double-Talk Detector, etc.

• Gain and equalizer control

• Read/write access to all registers

• Portal for firmware updates

• Configuration Record manipulation

1.4 Full MiTuner™ GUI Software (ZLS38 508) with Auto Tuning Support Fe atures

• Available for purchase from http://sds.microsemi.com

• Includes all features of the MiTuner Lite GUI

• Also includes hardware for automatic tuning:

• Microsemi Audio Interface Box (AIB)

• Powered portable speaker (for the “mouth” speaker)

• Beh ring er mi crop hon e (for th e “ear ” micr opho ne)

1.5 References

Please refer to the appropriate Timberwolf Digital Signal Processor family, powered by AcuEdge™ Technology

Data Sheet and Firmware Manual for the device code downloaded into the ZLE38000 Evaluation Board.

The MiTuner™ Lite Software User Guide is included in the

ZLS38508LITE

software installation.

The MiTuner™ Software User Guide and the ZLE38470 Audio Interface Box (AIB) Evaluation Kit Automatic Tuning

Guide are provided with the full

MiTuner™ GUI Software (ZLS38508).

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2.0 Getti ng Acqu ainted

Figure 2 highlights the con nec tion i nter fa ces on the ZLE 38 000 Ev alu ati on Boar d. The board measu res 9 7 mm (3. 9

inches) by 47.8 mm (1.88 inches).

Note: As with any circuit board, use an anti-static grounded wrist strap when handling the Evaluation Board.

Figure 2 - ZLE38000 Evaluation Board Interfaces

The Evaluation Board features the following hardware and interfaces:

• 2 analog microphone jacks

• 1 TRRS headset jack

• 2 speaker output jacks

• 3 di g ital m i c rop ho ne s ( Note, not all Timberwolf devices can accommodate 3 microphones)

• A digital microphone and speaker access header

• USB receptacle

• Power and USB activity indicators

• Audio Interface Box (AIB) header

• I2S port B header

• DAC or Class D ampli fier ou tput jum pers

• Hardware reset button

• Raspberry Pi connector (not shown above)

Use the ZLS38000 Firmware Loader software to download the desired Timberwolf device firmware and to install

the desired demonstration platform into the Configuration Record.

AIB

Header

Raspberry Pi

DAC2

DAC1

I2S Port

UART

Debug

Analog

MIC1

Spkr1

USB

Digital

MIC1

Digital

MIC4

Spkr2

Analog

MIC2

Reset

USB

LED

Digital

MIC3

Digital

MIC2

TRRS

Headset

Digital MIC &

Spkr Access DAC

Jumpers

Power

LEDs

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3.0 Hardwar e Conne ction s an d Ope ratio n

Figure 3 shows a functional and connection block diagram of the Evaluation Board. User interfaces are colored

gray. Note that not all connectors and jumpers are populated.

A full schematic for the Evaluation Board is provided in Section 4.0.

Figure 3 - ZLE38000 Evaluation Board Block Diagram

Digital Mic 1

DAC2

ECM

Preamp

Digital Mic 2

Flash

SPI Slave

TDM/I2SA

GP IO (8)

CrystalXO/XI

DMIC_IN2

DAC2_P

DAC2_M

DMIC_IN1

Cla ss D

Conn

3.3V

Conv

1.2V

Conv

USB to

UART USB

UART

ZLE38000

JM1

AIB Conn

ZLE38000

Eval uat ion Boar d

Diff

Amp

ECM

Preamp

Diff

Amp

Digital

MIC1

Analog

MIC2

Analog

MIC1

Spkr2

DAC1 DAC1_P

DAC1_M

Cla ss D

Spkr1

Debug

Conn

Mux

3.3V

to all ICs

1.2V

DVDD33/

AVDD33

3.3 or 5V

Master SPI

GPIO

GP IO (4) Bootstrap

DMIC_CLK

I2SA

Conn

Digital

MIC2

JM2

RESET Reset

SW1

JDEBUG1

JAIB1

I2SB

Conn JPCM1

Digital Mic CLK

Digital

MIC3

Digital

MIC4

JM3

JM4

TRRS

Headset

1.2V

Conv

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User Guide

Microsemi Corporation Confidential and Proprietary

3.1 Microphones

The Evaluation Board provides hardware connections for 2 analog microphones and 4 digital microphones. The

default setting of the hardware connects the 4 digital microphones to the ZLE38000 device.

Note, not all Timberwolf devices can process 4 digital microphones.

The digital m icropho nes supplied wit h the Evaluati on Board are mount ed on a small dau ghter card that plugs into

the digital micro phone headers . Various digital microphone part num bers can be mount ed on this card. Make su re

power is removed when inserting/removing digital microphone cards.

On the Z LE38000 boa rd micr ophone detec tion is built into the anal og microphone jacks. If an analog micr ophone

jack is plugg ed into P5 ( Analo g MIC 1), digital micro phone 1 wil l be disconn ected and a nalog micr ophon e 1 will be

connected to DMIC_IN1. Likewise, if an analog microphone jack is plugged into P6 (Analog MIC 2), digital

microphone 2 will be disconnected and analog microphone 2 will be connected to DMIC_IN1. If an analog

microphone jack is plugged into P7 (Headset), digital microphone 1 will be disconnected and the headset

microp hone (TRRS pin 1, see Figure 4) will be conn ected to DMIC_IN1. Anal og MIC1 and the head set inputs are

mutually exclusive, use one or the other.

The analog microphone inputs are wired to differential amplifiers which convert the microphone signal to

single-ended. The microphone signals are then amplified and digitized through the digital electret microphone

preamplifiers and applied to the ZLE38000 digital microphone input 1. The headset input is wired to the digital

electret microphone preamplifier and applied to the ZLE38000 digital microphone input 1.

Digital microphones 3 and 4 are always connected to DMIC_IN2.

Digital microp hone inputs and the digital micr ophone clock can be acces sed via the J MARRY1 header, not shown

in Figure 3, refer to the schematic for pin designations. Use this header for hard wiring of external microphones.

By default the Evaluation Board provides microphone biasing on the analog microphone inputs. This biasing can be

removed if not necessary, refer to the schematic for bias component values and identification.

Left and right microphone selection is hard-wired on the Evaluation Board.

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3.2 Speakers and Class D Amplifiers

The ZLE38000 device has two differential DAC outputs which can drive 4 single-ended or 2 differential outputs. The

DAC outputs can be accessed directly or the Evaluation Board audio power Class D amplifiers can be used to drive

two speakers differentially.

To wire directly to the DAC outputs, the DAC jumpers should be horizontal, as shown in Figure 2. J2 and J3 conne ct

to DAC1 and J4 and J5 connect to DAC2 with polarity as shown in Figure 3.

To use the Class D amplifiers, move the jumpers to a vertical position (as shown in Figure 8) and verify that the

amplifiers are enabled. When the Class D a mplifiers are enabled a caution sign appears on the Diagram window

(as seen in Figure 5). To en able or disable the Class D amplifiers, select the GPIO Configuration button from the

Diagram window. The Class D amplifier on speaker jack 1 is controlled by GPIO_12; the Class D amplifier on

speaker jack 2 is controlled by GPIO_13. An amplifier is enabled when the respective GPIO is set high. A headset

should not be used with the green speaker jacks when the Class D amplifiers are enabled due to the

potential of very loud volume on the green speaker jacks.

The class D audio power amplifiers can be powered from +3.3 V or +5 V. The default setting is +5 V which can drive

2.1 W into a 4 Ω speaker or 1.4 W into an 8 Ω speaker with low distortion. The speaker supplied with the Evaluation

Kit is rated fo r 2.5 W. The class D audio power amplifiers whe n powered with +3.3 V can drive 0.75 W into a 4 Ω

speaker or 0.5 W into an 8 Ω speaker with low distortion. To change the amplifier power to +3.3 V, move the 0 Ω

resistor from the horizontal R5V1 position to the vertical R3V1 position. The 0 Ω resistor is located to the right of the

Digital MIC 2 header.

The Class D amplifier is configured for a gain of +18 dB. Amplifier gain is set by the input resistance value.

Note: If u sing powe red spea kers with t he Evaluat ion Board, make sur e the speak ers are floating. T his will

prevent potential noise from a ground loop when the Evaluation Board is wired to the PC ground through

the USB connection. Or, if the Evaluation Board is wired into a system, the Evaluation Board can be

powered fro m a floating wall adapter power supply to prevent ground loops.

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3.3 TRRS Heads et Jack

The headset left and right speakers (TRRS pins 2 & 3) are wired to the DAC1 positive output. The speakers can be

split out to DAC1 and DAC2 via a resistor option. Move the 0 Ω RPOP2 resistor to the RPOP1 position. This

resistor is on the back of the board underneath the TRRS headset jack.

The pinout of the headset jack is shown in Figure 4.

Figure 4 - TR RS Headset Foo tprint (Bot tom View) and Pinout

3.3.1 TRRS Cell Phon e Adapter

To inte rface a cel l phone to the ZLE38000 Evaluatio n Board, a T RRS Cell Pho ne Adapter board is r equired. Th is

board swaps transmit and receive signals and provides a microphone load to satisfy the cell phone plug-in test.

This board can be requested from Microsemi.

P1 plugs into the ZLE38000 Evaluation Board TRRS jack. Use a 3-pin, 3.5 mm stereo male-male cable from the

cell phone audio output to J1 of the TRRS Cell Phone Adapter board.

Figure 5 - TRR S Cell Phone Adapter Bo ard

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3.4 Control Interfaces

The ZLE380 00 device is contr olled either by a PC throug h the USB interfac e or through a Rasp berry Pi controller

wired to connector P3.

For PC use , pl ug a USB c able te rm in ated in a US B m ini co nnector to J 1. The 5V and 3V 3 LE Ds will i llumi na te an d

the USB LED (DX1) will illuminate when transmitting or receiving data from the USB. This connection appears as a

serial link between the PC and the Evaluation Board allowing the GUI software to directly access the ZLE38000

device throug h its UART port.

The Raspberry Pi controls the ZLE38000 device through the SPI Slave of the Host Bus Interface (connector P3),

and streams audio via the I

S TDM-A audio bus (connector P4). The multiplexer between P4 and the ZLE38000

device defaults to I

S signalling from the Raspberry Pi. This signal path is only broken when an AIB box is

conne cted to th e AIB c onnector. AIB use is discu ssed in the ZLE38470 Audio Interface Box (AIB) Evaluation Kit

Automatic Tuning Guide document. The ZLE38000 Evaluation Board can be powered by the Raspberry Pi +5 V

supply. Refer to page 21 of this document for the pin-out of the Raspberry Pi connectors.

S Port B signals are made available on the small header just to the left of the ZLE38000 device, as are UART

signals on the JDEBUG1 via header.

3.5 Bootstrap

The Evaluation Board bootstrap resistors are configured for crystal operation and external flash use.

3.6 Power

The Evaluation Board is powered by +5 V which is supplied either from the PC through the USB interface or by the

Raspberry Pi controller. The Evaluation Board can also be powered by a floating +5 V wall adapter power supply, in

lieu of the USB connection, when the ZLE38000 device is operating off of Flash.

The Evaluation Board converts the +5 V input to +3.3 V for use by the board’s circuitry. The board also has a +3.3 V

to +1.2 V co nv er ter w hich is us ed to po wer the ZLE 3800 0 dev ic e’s co re sup ply. Al terna tiv el y, the ZLE38000 devi ce

has a built-in converter for generating the +1.2 V ZLE38000 core supply. To use the built-in converter, two resistors

need to be moved. Move the 0 Ω R200 resistor to the R201 position. This resistor is on the top of the board

undernea th t he Z L E3 8000 de vi ce ( Figure 6). And move the 0 Ω R202 resis tor to th e R2 03 p o siti on. Thi s resi sto r is

on the bottom of the board to the left of the ZLE38000 via square (Figure 7).

The Power LEDs illuminate when +5 V and +3.3 V voltages are present.

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Figure 6 - R200/R201 Placement − Shown Co nfigured for Ex ternal +1.2 V Conve rter

Figure 7 - R202/R203 Placement − Shown Co nfigured for Ex ternal +1.2 V Conve rter

3.7 AIB Connection

A 10-pin header is provided in order to connect the AIB box to the ZLE38000 Evaluation Board. Refer to the

ZLE38470 Audio Interface Box (AIB) Evaluation Kit Automatic Tuning Guide for details on connection and

software operat ion .

When a cable from the AIB is present, the USB port on the ZLE38000 is disabled.

3.8 Reset

A hardware reset can be performed by pressing the Reset button SW1. This button provides a reset to the

ZLE38000 device’s RESET pin and momentarily removes power from the ZLE38000 DVDD33_XTAL power pin.

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4.0 Evalu ation Boar d Schem atic

The schematic that corresponds to the ZLE38000 Evaluation Board is shown on the following pages.

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User Guide

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ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

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ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

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ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

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ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

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ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

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ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

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ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

4.1 Evaluation Board B OM

The Bill of Materials that corresponds to the ZLE38000 Evaluation Board is shown on the following pages.

MicrosemiPPC

2136North13thSt

SuiteD

Reading,Pa19604

Doc=152342

PCBRev=Rev1

PCB=PCB0004

RevCode=101

OPN=ZLE38000

Title=EvaluationBoardfortheZLE38000Device

Item Quantity PartReference Value PartNumber Manufacturer Distributor DistPartNumber Current Power Voltage Tolerance Type Note PCBFootprint

12 3V3,5V TP 151306RC Kobicon Mouser 151306RC DNP TP52

22 C1,C61 10nF C0402C103K4RACTU Kemet Digikey 39910381ND 16V 10% X7R CAP0402

34 C2,C3,C4,C5 100uF C3216X5R1A107M160AC TDK Digikey 44560071ND 10V 20% X5R CAP1206

47 C3.3V3,C109,C113,CUSB2,CUSB3,CUSB7,CUSB

100nF C0603C104K3RACTU Kemet Digikey 39912811ND 25V 10% X7R CAP0603

52 C6,C7 20pF C0402C200J5GACTU Kemet Digikey 39977731ND 50V 5% NPO CAP0402

63 C8,C10,C63 100nF C0402C104K9RACTU Kemet Mouser 80C0402C104K9R 6.3V 10% X7R CAP0402

76 C9,C78,C87,C90,C97,C100 1uF C0603C105K4RACTU Kemet Mouser 80C0603C105K4R 16V 10% X7R CAP0603

827

C11,C12,C13,C14,C15,C18,C19,C20,C21,C22,C23,C2

4,C25,C3.3V2,C76,C77,C83,C85,C88,C95,C98,C104,

C105,C106,C118,C120,C123 100nF C0402C104K4RACTU Kemet Mouser 80C0402C104K4R 16V 10% X7R CAP0402

91 C3.3V1 22uF C1206C226M9RACTU Kemet Digikey 39974452ND 6.3V 20% X7R CAP1206

10 3 C5V1,C108,C112 4.7uF C0805C475K8RACTU Kemet DigiKey 39974161ND 10V 10% X7R CAP0805

11 6 C79,C84,C89,C94,C99,C122 1uF CL05B105KQ5NQNC Samsung Digikey 127615131ND 6.3V 10% X7R CAP0402

12 1 C80 4.7uF T499A475K006ATE6K0 Kemet Digikey 39949901ND 6.3V 10% Tant TCAP3216

13 1 C81 100nF C0603C104K5RACTU Kemet Digikey 39950892ND 50V 10% X7R CAP0603

14 1 C82 33nF C0603C333K5RACTU Kemet Digikey 39934781ND 50V 10% X7R DNP CAP0603

15 3 C86,C96,C121 10uF GRM21BR71A106KE51L Murata Digikey 49039052ND 10V 10% X7R CAP0805

16 4 C91,C92,C101,C102 3.3nF C0603C332K5RACTU Kemet Digikey 39910861ND 50V 10% X7R CAP0603

17 3 C93,C103,C124 220nF C0805C224K1RACTU Kemet Digikey 39980492ND 100V 10% X7R CAP0805

18 4 C110,C111,C114,C115 220nF C0603C224K4RACTU Kemet Digikey 39956192ND 16V 10% X7R DNP CAP0603

19 1 C117 470uF T499A475K006ATE6K0 Kemet Digikey 39949901ND 6.3V 20% Tant DNP TCAP7343

20 1 C119 10uF C0805C106K8RACTU Kemet Digikey 39974111ND 10V 10% X7R CAP0805

21 2 C125,C126 220uF T491C227M006AS Kemet Digikey 39932081ND 6.3V 20% Tant TCAP6032

22 1 CUSB1 10uF C1206C106K4RACTU Kemet Digikey 39935252ND 16V 10% X7R CAP1206

23 2 CUSB4,CUSB5 47pF GRM1555C1H470JZ01D Murata Digikey 49012872ND 50V 5% COG CAP0402

24 2 D1,D2 B12013F B12013F DiodesInc Digikey B120FDITRND 40V Schottky SMA_KA

25 2 D3.3V1,D5V1 LED(SOT23) SMLLX15ICTR Lumex Digikey 6716842ND 25mA 2.1V SOT23_LED

26 1 DX1 LED(SOT23) SMLLX15GCTR Lumex Digikey 6716851ND 25mA 2.1V SOT23_LED

27 1 GND TP 151306RC Kobicon Mouser 151306RC TP52

28 1 J1 USB_Mini_B XM7D0512 Omron Mouser 653XM7D0512 USB_MINIB_RA_TH

29 2 J2,J4 TSW10205LD_100mil_2x2pin_1 TSW10214LD Samtec HDR2x2_1

30 2 J3,J5 TSW10205LD_100mil_2x2pin_1a TSW10214LD Samtec HDR2x2_1

31 1 JAIB1 10Pin TSW10514LD Samtec RemovePin10 HDR5X2_10

32 1 JDEBUG1 TSW10414LD TSW10414LD Samtec DNP HDR4X2

33 4 JDMIC1,JDMIC2,JDMIC3,JDMIC4 DigitalMic LeVNA380400255 Microsemi Void

34 4 JM1,JM2,JM3,JM4 SSQ10301FD SSQ10301FD Samtec HDR6_DIGITAL_MIC

35 1 JMARRY1 TSW10614LD TSW10614LD Samtec Digikey SAM105406ND RemovePin6 HDR6X2_6

36 1 JPCM1 TMM10303LD TMM10303LD Samtec HDR3X2_2MM

37 1 L1 40Ohm MI0805K400R10 LairdTechnologies Digikey 24023891ND 1.5Amp IND0805

38 4 L2,L3,L4,L5 330Ohm BLM18BD331SN1D Murata Digikey 49052511ND 200mA IND0603

39 1 LP2 2.2uH DO1608C222ML Coilcraft 2.3A ind_do1608

40 1 P3 SSQ11303GD SSQ11301SD Samtec MountonBottom SSQ11303GD

41 1 P4 SSQ10401GD SSQ10401GD Samtec MountonBottom SSQ10401GD

42 2 P5,P6 3.5mmJack SJ13535NGPI CUI Digikey CP13535NGPIND Jack_3p5mm_th

43 1 P7 3.5mmJack SJ435107RS CUI Digikey CP435107RSND Jack_TRRS_3p5mm_th

44 2 P8,P9 3.5mmJack SJ13535NGGR CUI Digikey CP13535NGGRND Jack_3p5mm_th

45 1 Q1 FDN339AN FDN339AN Fairchild Digikey FDN339ANCTND 3A 0.460W 20Vdss SSOT3

46 3 R1,R188,R204 1.0K ERJ3EKF1001V Panasonic Digikey P1.00KHCTND 0.1Watt 100V 1% RES0603

47 4 R2,R9,R182,R185 53.6K ERJ3EKF5362V Panasonic Digikey P53.6KHCTND 0.1Watt 100V 1% RES0603

48 5 R3,R10,R184,R187,R205 499 ERJ2RKF4990X Panasonic Digikey P499LTRND 0.063Watt 50V 1% RES0402

49 10 R4,R5,R6,R7,R11,R13,R178,R179,R180,R183 3.3K ERJ3EKF3301V Panasonic Digikey P3.30KHCTND 0.1Watt 100V 1% RES0603

ZLK38000

User Guide

Microsemi Corporation Confidential and Proprietary

Title=EvaluationBoardfortheZLE38000Device

Item Quantity PartReference Value PartNumber Manufacturer Distributor DistPartNumber Current Power Voltage Tolerance Type Note PCBFootprint

50 3 R8,R186,R207 499K ERJ2RKF4993X Panasonic Digikey P499KLCTND 0.063Watt 50V 1% RES0402

51 12

R14,R136,R167,R168,R169,R170,R171,R172,R174,R

EN1,RPOP2,RSH1 0Ohm ERJ2GE0R00X Panasonic Digikey P0.0JCTND 0.063Watt 50V 5% RES0402

52 16

R15,R158,R159,R160,R161,R162,R163,RI2S1,RI2S2,

RI2S3,RI2S4,RI2S5,RI2S6,RI2S7,RI2S8,RSI1 33.2 ERJ2RKF33R2X Panasonic Digikey P3.3JCTND 0.063Watt 50V 1% RES0402

53 7 R62,R144,R189,R198,R209,R210,R211 100K ERJ2GEJ104X Panasonic Digikey P100KJCTND 0.063Watt 50V 1% RES0402

54 16

R81,R137,R138,R141,R142,R147,R148,R151,R164,R

165,R166,R173,R193,R196,R197,R206 10K ERJ2GEJ103X Panasonic Digikey P10KJTRND 0.063Watt 50V 5% RES0402

55 1 R109 2.0K ERJ2RKF2001X Panasonic Digikey P2.00KLCTND 0.063Watt 50V 1% RES0402

56 1 R118 453 ERJ2RKF4530X Panasonic Digikey P453LTRND 0.063Watt 50V 1% RES0402

57 2 R119,R120 274 ERJ2RKF2740X Panasonic Digikey P274LTRND 0.063Watt 50V 1% RES0402

58 2 R122,R123 3.3K ERJ3EKF3301V Panasonic Digikey P3.30KHCTND 0.1Watt 100V 1% DNP RES0603

59 1 R153 100K ERJ2RKF1023X Panasonic Digikey P100KLTRND 0.063Watt 50V 1% RES0402

60 1 R154 10.0 ERJ2GEJ100X Panasonic Digikey P10JCTND 0.063Watt 50V 5% RES0402

61 2 R155,ROSC1 1.0Meg ERJ2RKF1004X Panasonic Digikey P1.00MLDKRND 0.063Watt 50V 1% RES0402

62 1 R176 100 ERJ2RKF1000X Panasonic Digikey P100LCTND 0.063Watt 50V 1% RES0402

63 2 R177,R181 26.7K ERJ3EKF2672V Panasonic Digikey P26.7KHCTND 0.1Watt 100V 1% RES0603

64 4 R191,R192,R194,R195 37.4K ERJ3EKF3742V Panasonic Digikey P37.4KHCTND 0.1Watt 100V 1% RES0603

65 1 R199 5.11K ERJ2RKF5111X Panasonic Digikey P5.11KLCTND 0.063Watt 50V 1% RES0402

66 2 R200,R202 0OHM ERJ3GEY0R00V Panasonic Digikey P0.0GCTND 0.1Watt 100V 5% RES0603

67 2 R201,R203 0OHM ERJ3GEY0R00V Panasonic Digikey P0.0GCTND 0.1Watt 100V 5% DNP RES0603

68 1 R208 10.0 CRCW060310R0FKEAHP Vishay Mouser 71CRCW060310R0FKEAH 0.250Watt 1% RES0603

69 1 R3.3V1 110K ERJ2RKF1103X Panasonic Digikey P110KLCTND 0.063Watt 50V 1% RES0402

70 1 R3.3V2 24.3K ERJ2RKF2432X Panasonic Digikey P24.3KLCTND 0.063Watt 50V 1% RES0402

71 1 R3V1 0Ohm ERJ8GEY0R00V Panasonic Digikey P0.0ECTND 0.25Watt 400V 5% DNP RES1206

72 1 R5V1 0Ohm ERJ8GEY0R00V Panasonic Digikey P0.0ECTND 0.25Watt 400V 5% RES1206

73 1 RBS1 470 ERJ2RKF4700X Panasonic Digikey P470LCTND 0.063Watt 50V 1% RES0402

74 3 RDOWN1,RUP3,RX1 100K ERJ3EKF1003V Panasonic Digikey P100KHCTND 0.1Watt 100V 1% RES0603

75 1 RGND1 0Ohm ERJ6GEY0R00V Panasonic Digikey P0.0ACTND 0.1Watt 150V 1% DNP RES0805

76 1 RPOP1 0Ohm ERJ2GE0R00X Panasonic Digikey P0.0JCTND 0.063Watt 50V 5% DNP RES0402

77 1 RTN1 43.2 ERJ2RKF43R2X Panasonic Digikey P43.2LCTND 0.063Watt 50V 1% DNP RES0402

78 2 RUP1,RUP2 10K ERJ3EKF1002V Panasonic Digikey P10.0KHCTND 0.1Watt 100V 1% RES0603

79 2 RUSB1,RUSB2 27 ERJ3EKF27R0V Panasonic Digikey P27.0HCTND 0.1Watt 100V 1% RES0603

80 2 RUSB3,RUSB4 27 ERJ3EKF27R0V Panasonic Digikey P27.0HCTND 0.1Watt 100V 1% DNP RES0603

81 4 S1,S2,S3,S

SNT100BKGH_100mil_Shunt SNT100BKGH Samtec MatingPin90milmin void

82 1 SP1 Short SH2

83 1 SW1 EVQ11L04M EVQ11L04M Panasonic Digikey P8078STBND SW_200

84 3 U1,U31,U40 JBTC94B12AS JBTC94B12AS Toshiba Digikey JBTC94B12AS(EB)CTND BGA_22p4x48

85 1 U2 FT234XD FT234XDR FTDI Digikey 76811781ND DFN12

86 1 U3 LX7172 LX7172ISE Microsemi Digikey LX7172ISETRCTND 1.2Amp 5.5V SOT235

87 1 U4 APX809 APX80931SAG7 DiodesInc Digikey APX80931SAGDITRND 3.08V SOT23

88 1 U5 MX25L4006EM1 MX25L4006EM1I12G Macronix Digikey 10921114ND SOP_8

89 1 U15 24LC32AT 24LC32ATI/OT MicrochipTechnology Digikey 24LC32ATI/OTCTND SOT23_5

90 1 U21 PACDN004SR PACDN004SR OnSemi Digikey PACDN004SROSCTND 6V SOT143

91 3 U22,U23,U39 NLASB3157DFT2G NLASB3157DFT2G OnSemiconductor Digikey NLASB3157DFT2GOSCTND 5.5V SOT363

92 3 U26,U30,U32 MCP6021 MCP6021TE/OT MicrochipTechnology Digikey MCP6021TE/OTDKRND SOT235

93 1 U27 LX821312 LX821312ISE Microsemi Digikey LX821312ISECTND 300mA 1.2Vout SOT235

94 1 U28 74LVC1G11 74LVC1G11DW7 DoidesInc. Digikey 74LVC1G11DW7CTND 24mA 1.655.5V SOT363

95 1 U29 74CBTLV3257 74CBTLV3257BQ NXP Digikey 56854231ND 3.6V DHVQFN16

96 2 U35,U36 NCP2820 NCP2820MUTBG OnSemi Digikey NCP2820MUTBGOSCTND 2.65Watt 5.5Volt ClassD DFN8

97 1 U37 NC7SZ125 NC7SZ125M5X Fairchild Digikey 5.5Vdc SOT23_5

98 1 U38 NC7S08 NC7S08M5X Fairchild Digikey NC7S08M5XCTND 2V6V SOT23_5

99 1 U6 ZLE38000 ZLE38000 Microsemi MSCtoProvide QFN64

100 1 Y1 ECS1202046X ECS1202046X ECS Digikey XC1753ND OSC_100_24

Information relating t o products a nd services fur nis hed herein by M i cr os em i Corporation or its subsidiar ies (collectively “M icrose mi”) is

believed to be reliable. However, Microsemi assumes no liability for error s that m ay app ear in this pu blication , or for liab ility other wise

arising from the application or use of any such information, product or service or for any infringement of patents or other intellectual

property rights owned by third parties which may result from such application or use. Neither the supply of such information or

purchase of product or service conveys any license, either express or implied, under patents or other intellectual property rights owned

by Micr osemi or license d from third parties by Micros emi, whatsoev er. Purc hasers of prod ucts are also hereby notif ied that the use of

produc t in certain ways or in combinatio n with Microsem i, or non-Micros emi furnished good s or services m ay infringe patents or other

intellectu al pr operty rights owned by M icr osemi.

This publication is issued to provide information only and (unless agreed by Microsemi in writing) may not be used, applied or

reproduced for any purpose nor form part of any order or contract nor to be regarded a s a representation relating to the products or

services concerned. The products, their specifications, services and other information appearing in this publication are subject to

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suitability of any product or service. Information concerning possible methods of use is provided as a guide only and does not

constitute any guarante e that such methods of use will be satisfactory in a specific piece of equipment. It is the user’s responsibility to

fully determine the performance and suitability of any equipment using such information and to ensure that any publication or data used

is up to date an d has not been s uperseded. Manu facturing does not nec essarily include te sting of all functions or paramet ers. These

produc ts are not suitable for use in an y medic al and other pro ducts whose f ailure to perform m ay re sult in significan t injury or death to

the user. All products and materials are sold and services provided subject to Microsemi’s conditions of sale which are available on

request.

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visit our website a t

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