Quectel MC60 Guide

MC60

Reference Design

GSM/GPRS/GNSS Module Series

Rev. A

Date: 2016-05-30

www.quectel.com

GSM/GPRS/GNSS Module Series

MC60 Reference Design

MC60_Reference_Design Confidential / Released 1 / 4

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Preliminary

GSM/GPRS/GNSS Module Series

MC60 Reference Design

MC60_Reference_Design Confidential / Released 2 / 4

About the Document

History

Revision

Date

Author

Description

2016-05-30

Tiger CHENG

Initial

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GSM/GPRS/GNSS Module Series

MC60 Reference Design

MC60_Reference_Design Confidential / Released 3 / 4

Contents

About the Document...................................................................................................................................2

Contents.......................................................................................................................................................3

1Introduction..........................................................................................................................................4

1.1. Introduction................................................................................................................................4

1.2. Schematics................................................................................................................................4

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GNSS Module Series

MC60 Reference Design

MC60_Reference_Design Confidential / Released 4 / 4

1Introduction

1.1. Introduction

This document is a reference design for MC60 module. The schematics included in this document are

preliminary and are subject to change without prior notice.

1.2. Schematics

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Reference Design

Charge golden capacitor or battery when VBAT is applied.

3. The width of VBAT trace is recommeded to be more than 2mm.

2. Module drains the maximum current around 1.6A in burst time (577us).

If unused, keep VRTC open.

1. VBAT ranges from 3.3V to 4.6V.

Reference Circuit of ADC

Close to the VBAT pins

Capacitance of C102 should

is recommended here.

be chosen by debugging to ensure A 5.1V/1W zener diode

Module Design

As only powering the VRTC pin to keep the RTC will lead

an error for about 5 minutes a day, it is recommended

to power VBAT and VRTC pin at the same time when

RTC function is needed.

the max voltage drop during

the burst transmission

does not exceed 400mV.

The voltage range of ADC input channel is from 0 to 2.8V.

Please select a high-precision divider resistance.

4. Capacitance is arranged in ascending order, with the smallest one closing to the VBAT pins,

and all capacitance as close to the VBAT pins as possible.

A Pi match circuit is recommended to be added.

For RF layout, please refer to

RF_Layout_Application_Note.

Don't change those interface for other uses.

Active Antenna Power Supply Circuit

Active Antenna Power Supply CircuitAntennaType

Active

Passive

Need

No need

MC60 module does not support PCM / BT/SD card function

NOTE

B101 XH414

C101

NM_Golden capacitor

R104

R106

C103

1uF

C105

33pF

C102

470uF

C106

10pF

D101

1MICP

2MICN

3SPKP

4SPKN

5PWRKEY

6ADC

7SD_CMD

8SD_CLK

9SD_DATA

10 SIM2_CLK

11 SIM2_DATA

12 SIM2_RST

13 SIM2_VDD

14 GND

15 GNSS_ANT

16 SIM_GND

17 RESERVED

18 SIM1_VDD

19 SIM1_CLK

20 SIM1_RST

21 SIM1_DATA

22 GNSS_TXD

23 GNSS_RXD

24 RXD_AUX

25 TXD_AUX

26 GNSS_VCC

27 GND

GNSS_VCC_EN

DBG_TXD

DBG_RXD

GND

BT_ANT

TXD

RXD

DCD

DTR

CTS

RTS

GND

RF_ANT

GND

VDD_EXT

GND

RESERVED

NETLIGHT

GND

VBAT

VRTC

LOUDSPKN

LOUDSPKP

U101-A

MC60

55 RESERVED

56 RESERVED

57 RESERVED

58 RESERVED

59 PCM_CLK

60 PCM_OUT

61 PCM_SYNC 62

PCM_IN

RESERVED

U101-B

MC60

C107

C108

R101

J101

RF_ANT

C111

C112

R103

J103

GNSS_ANT

C115

100nF

C104

100nF

R107 0R

R108 0R

R109

10R

47nH

[1]

VRTC

[1]ADC

VBAT

VOLTAGE_INPUT

[6]

DBG_RXD

[6]

DBG_TXD

[3] MICP

[3] MICN

[3] SPKP

[3] SPKN

[5,6] PWRKEY

[1] ADC

[4] SIM2_CLK

[4] SIM2_DATA

[4] SIM2_RST

[4] SIM2_VDD

[4] SIM1_VDD

[4] SIM1_CLK

[4] SIM1_RST

[4] SIM1_DATA

[2]

GNSS_VCC_EN

VCC_3V3

[3]

LOUDSPKP

[3]

LOUDSPKN

[1]

VRTC

VBAT

VDD_EXT

[1] GNSS_TXD

[1] GNSS_RXD [5]

NETLIGHT

[6]

CTS

[6]

RTS

[1] RXD_AUX

[1] TXD_AUX

[6]

DTR

[6]

TXD

[6]

RXD

[6]

DCD

[4] SIM_GND

[1] GNSS_TXD [1]

RXD_AUX

[1] TXD_AUX [1]

GNSS_RXD

[1,2,6] VCC_3V3

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Reference DesignMC60

LDO Application

DC-DC Application

The voltage converter should provide a minimum current of 2.0A.

It is used when the DC input voltage is below 7V.

1. It can be used when the input voltage is above 7V in vehicle application.

eg. DC12V IN DCDC DC 5V OUT LDO

DC 4V OUT FOR

2. Use DCDC to convert high input voltage to 5V and LDO will generate

4V & 3.3V typical voltage for the module.

DC input

Power Supply

NOTE

LDO DC 3.3V OUT FOR

GSM PART GNSS PART

C201

470uF

C203

470uF

R202

124K

R204

56K

C202

100nF

C204

100nF

R201

51K

Q201

DTC143ZETL

R203

470R

2IN

GND

OUT

ADJ

U201 MIC29302/SPX29302

1VIN

2GND

3EN

VOUT

U202

SGM2019-ADJYN5G/TR

C205

100uF

C208

100nF

C206

100nF

C207

4.7uF

R205

75K

R206

47K

R207

47K

VBAT

+5V

[5] POWER_ON/OFF

VCC_3V3

[1] GNSS_VCC_EN

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Reference Design

Close to handset connector

Hands-free Application of AIN/AOUT2

NOTES

1. AGND is reommended to be routed separately.

2.10p&33p capacitors are used for filtering TDD noise.

Note 2

Close to MIC

Handsets Application of AIN/AOUT1

3. AIN has bias voltage of microphone.

Close to Socket

Earphone Application of AIN/AOUT2

Note 6

6. These components are used to enhance the ESD performance of MIC lines,

and thus it is strongly recommended to reserve them.

Audio Design

Close to Speaker

4. AOUT1 is capable of driving 32ohm load.

5. AOUT2 is capable of driving 8ohm load and Earphone.

Note 1

J303

HANDSETCON

C322

33pF

C327

10pF

C328

33pF

C329

10pF

C330

33pF

C314

33pF

C316

33pF

C317

10pF

C315

10pF

C318

33pF

C313

10pF

C321

10pF

J301

MIC

C301

10pF

C302

33pF

C303

10pF

C305

10pF

C304

33pF

C306

33pF

J304

Earphone

C323

10pF

C324

33pF

C319

4.7uF

C325

10pF

C326

33pF

R303

D307

ESD9B5.0ST5G

D308

ESD9B5.0ST5G

D309

ESD9B5.0ST5G

C320

22uF

D305

ESD9B5.0ST5G

D306

ESD9B5.0ST5G

D310

ESD9B5.0ST5G

D301

ESD9B5.0ST5G

D302

ESD9B5.0ST5G

J302

FB301

FBMH1608HM601-T

FB302

FBMH1608HM601-T

C309

10pF

C311

10pF

C307

10pF

C310

33pF

C308

33pF

C312

33pF

R301

R302

D303

ESD9B5.0ST5G

D304

ESD9B5.0ST5G

[1] SPKN

[1,3] MICP

AGND

[1] SPKP

[1,3] MICP

[1,3] MICN

[1,3] MICP

[1,3] MICN

[1,3] LOUDSPKP

[1,3] MICN

[1] LOUDSPKN

[1,3] LOUDSPKP

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Reference DesignMC60

SIM Card Interface

NOTES

1. The value of C401 and C402 should be less than 1uF.

2. U401 and U402 is used for protecting SIM card against ESD, and the junction capacitance should be less than 50pF.

3. For MC60 module, ground of SIM card is recommended to be routed to the Pin 16("SIM_GND") of the module separately.

It should be placed nearby SIM card holder.

Note1

Note2

Note3

SIM Card

Note1

Note2

Note3

R403 22R

R405 22R

R407 22R

C401 100nF

U401

NUP5150MUTBG

GND

VPP

I/O

4CLK

5RST

6VCC

J401

C403

33pF

C405

33pF

C406

33pF

C404

33pF

R401

R404 22R

R406 22R

R408 22R

C402 100nF

U402

NUP5150MUTBG

GND

VPP

I/O

4CLK

5RST

6VCC

J402

C407

33pF

C409

33pF

C410

33pF

C408

33pF

R402

[1,4] SIM1_VDD

[1,4]

SIM_GND

[1] SIM1_RST

[1] SIM1_CLK

[1] SIM1_DATA

SIM1_VDD

[1,4]

SIM_GND

[1] SIM2_RST

[1] SIM2_CLK

[1] SIM2_DATA

SIM2_VDD

[1,4] SIM2_VDD

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Reference DesignMC60

LED Indication

Pin "NETLIGHT" indicates the network status.

Driver

Recommended circuit for turning on/off the module.

Turn on/off

MCU

MCU GPIO

R501

D501

GPIO

Q503

DTC143ZETL

Q501

DTC143ZETL

[1] NETLIGHT

VBAT

[1,6]

PWRKEY

[5]PWRKEY_CONTROL

[2]

POWER_ON/OFF

[5] PWRKEY_CONTROL

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