QM55003SQ_技术文档

QM55003

Mid-Band Low-Band NB-IoT TxM

Product Overview

QM55003 is a hybrid, multi-band multi-chip RF front-end (RFFE)

module supporting for NB-IoT and Cat-M1 application. The

module supports LB (663MHz – 915MHz) and MB (1695MHz –

1980MHz). It has integrated harmonic rejection LPF, antenna

switch and auxillary TX/RX path. QM55003 band select and bias

are programmed through a Mobile Industry Processor Interface

(MIPI).

Package: Module, 20-Pin 4.00 x 4.00 x 0.64 mm

Functional Block Diagram

Key Features

• Integrated Switch Supports Multiple TX and RX paths

• MIPI RFFE Digital Control Interface

• Integrated harmonic reject LPF

• Integrated Rx LPF for out-of-band rejection

• AUX paths

• 2.5V supplies

• Optimized use with DC/DC Converter Operation

• Average Power Tracking

• Optimized for Narrow-Band IoT and Cat-M1

• Programmable Bias Level Control

Functional Block Diagram

Ordering Information

Applications

Part Number

QM55003PCK

QM55003SB

QM55003SQ

QM55003SR

QM55003TR13

Description

• LTE mid-bands: 1, 2, 3, 4, 25, 39, 66, 70

• LTE low-bands: 5, 8, 12, 13, 14, 17, 18, 19, 20, 26, 27, 28,

71, 85

Evaluation Board Sample Kit

5-Piece Sample Bag

25-Piece Sample Bag

100-Piece 7inch Sample Reel

5000-Piece 13inch Reel

• Narrow-Band IoT and Cat-M1

Design Kit: QM55003PCK

+RD2000 Communication Board

QM55003DK

QM55003 Data Sheet Rev C | Subject to change without notice

www.qorvo.com

1 of 25

QM55003

Mid-Band Low-Band NB_IoT TxM

Absolute Maximum Ratings

Parameter

Conditions

Rating

6V

Supply Voltage, VCC

Supply Voltage, Vbatt

Standby, Idle, Operating Mode

6V

VIO and Digital control signals

(SCLK, SDATA)

2.0 V

RF Input Power

10dBm

Ruggedness is guaranteed with open loop condition,

Pin adjusted for Pout = Max Prated into 50Ω load,

Vcc = Vbat = 4.5V, over temperature

Output Load VSWR (Ruggedness)

20:1

Operating Temperature

-40 to +105ꢀ°C

-50 to 150ꢀ°C

1500V

Storage Temperature

ESD

HBM

CDM

1000V

Exceeding any one or a combination of the Absolute Maximum Rating conditions may cause permanent damage to the device. Extended application of the Absolute

Maximum Rating conditions to the device may reduce device reliability. Specified typical performance or functional operation of the device under Absolute Maximum Rating

conditions is not implied.

Recommended Operating Conditions

Parameter

Min.

1.8

0.5⁽¹⁾

1.65

0

Typ.

3.0

Max.

4.5

Units

V

Supply Voltage, Vbatt

Supply Voltage, Vcc

2.5

4.5

V

Supply Voltage, VIO

1.8

1.95

0.3*VIO

VIO

V

MIPI RFFE logic low (SCLK,SDATA)

MIPI RFFE logic high (SCLK,SDATA)

Leakage Current

V

0.7*VIO

0

V

0.3

25

3⁽²⁾

uA

VIO Rise Time (required for device

reset)

0

400

+85

us

°C

Operating Ambient Temperature

-40

Note 1: Vcc down to 0.5V may be used for backed-off power when using DC/DC converter to reduce low power current drain. Refer to Look-up Table (LUT, supplied

separately) for recommended Vcc settings for each output power level.

Note 2: Device in Power Down Mode, VIO = 1.8V, Vbatt = 3.0V, Vcc = 2.5V.

QM55003 Data Sheet Rev C | Subject to change without notice

www.qorvo.com

2 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Power vs NB-IoT Modulation Table

Subcarrier

Spacing (KHz)

Number of

Tones

Tone

Positions

Rated Pout

(dBm)

ID

Modulation

MPR (dB)

1tone@positon0

15

1

3

0

0.5

0

24

23.5

24

3tone@position0..2

3tone@position3..5

3tone@position9..11

6tone@position0..5

6tone@position6..11

12tone@position0..11

1tone@positon0

0..2

3..5

9..11

0..5

6..11

0..11

0

15

3

QPSK

15

3

0.5

1

23.5

23

15

6

15

6

1

23

15

12

1

2

22

3.75

0

24

BPSK

1tone@positon47

1

47

0

24

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

3 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: NB-IoT : Band 1, 2, 3, 4, 25, 66, 70

(Temp = +25°C, Vbatt =3.0V, VCC = 2.5V, VIO= +1.8V, 50 Ω system, Modulation used: QPSK 1tone@position0, 15 KHz

subcarrier spacing, 1 tone with MPR=0, unless otherwise specified.)

Parameter

Conditions

Band 1

Min.

1920

1850

1710

1695

24

Typ.

1950

1882.5

1747.5

1732.5

1702.5

-

Max.

1980

1915

1785

1755

1710

-

Units

Band 2, 25

Band 3, 66

Band 4

Frequency Range

MHz

Band 70

HPM

Maximum Linear Output Power

Band 1

dBm

dB

-

27

-

Bands 2, 25

-

27

-

Gain

HPM, Pout = Prated

Bands 3, 4, 66,

70

-

28

-

Bands 3, 4, 66,

70

-45

HPM, Prated – 2dB (MPR), Vcc = 2.5V,

Modulation = QPSK

12tone@positon0..11, 15 KHz SC

GSM ACLR

-29

dBc

mA

Band 1

-

-42

-44

-64

Bands 2, 25

UTRA ACLR

-46

-

Bands 3, 4, 66,

70

-

347

PA Total

Current

HPM, Pout = Prated

Band 1

-

386

375

-

Bands 2, 25

Bands 3, 4, 66,

70

-

29

-

PAE

EVM

%

Band 1

-

26

27

5

-

Bands 2, 25

HPM, Pout = Prated

Pout ≦ Prated, +/- 100kHz

Pout ≦ Prated, +/- 150kHz

Pout ≦ Prated, +/- 300kHz

Pout ≦ Prated, +/- 500 to 1700kHz

-32

-45

dBm/30

kHz

SEM

-

-49

-58

-60

-55

-41

-42

-51

-50

-56

-

Band 1

Harmonic

suppression,

2fo

Bands 2, 25

Bands 3, 4, 66

Band 70

Pout ≦ Prated

dBm

Band 1

Harmonic

suppression,

3fo

Band 2, 25

Band 3, 4, 66, 70

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

4 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: NB-IoT: Band 1, 2, 3, 4, 25, 66, 70 - continued

(Temp = +25°C, Vbatt = 3.0V, VCC = 2.5V, VIO= +1.8V, 50 Ω system, Modulation used: QPSK 1tone@position0, 15 KHz

subcarrier spacing, 1 tone with MPR=0, unless otherwise specified.)

Parameter

Conditions

Min.

Typ.

-142

-126

-127

-151

-141

-142

-146

-160

-137

2.5:1

Max.

Units

Band 1 Rx

Band 2/25 Rx

Band 3 Rx

Band 4 Rx

Band 66 Rx

Band 70 Rx

RX frequency 2110 – 2170 MHz

RX frequency 1930 – 1995 MHz

RX frequency 1805 – 1880 MHz

RX frequency 2110 – 2155 MHz

RX frequency 2110 – 2200 MHz

RX frequency 1995 – 2020 MHz

Pout = Prated, 2400 – 2495MHz,

Pout = Prated, 5150 – 5850MHz,

Pout = Prated, 1574 – 1577MHz,

No external matching

-

Rx Band Noise

dBm/Hz

WiFi Band Noise

GPS band noise power

Input VSWR

-

Time required for output power to settle to

within ±1dB of the final output power for

any given mode transistion.

Gain Switching Time

-

10

uSec

Load VSWR = 10:1, all phase angles, Pin

adjusted for Pout = 24dBm into 50Ω load

Stability, Spurious Output Levels

-36

dBm

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

5 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: Cat-M1 : Band 1, 2, 3, 4, 25, 39, 66, 70

(Temp = +25°C, Vbatt = 3.0V, Vcc = 2.5V, VIO= +1.8V, 50 Ω system, Modulation used: LTE QPSK, 1.4MHz channel, 1 Resource

Block with MPR=0, Band39 is TDD, other bands are FDD, unless otherwise specified.)

Parameter

Conditions

Band 1

Min.

1920

1850

1710

1880

1695

24

Typ.

1950

1882.5

1747.5

1732.5

1900

1702.5

-

Max.

1980

1915

1785

1755

1920

1710

-

Units

Band 2, 25

Band 3, 66

Band 4

Frequency Range

MHz

Band 39

Band 70

HPM

Maximum Linear Output Power

Band 1

dBm

dB

-

27

-

Bands 2, 25, 39

-

27

-

Gain

HPM, Pout = Prated

Bands 3, 4, 66,

70

-

27.5

-

Band 1

-

-39

-40

ACLR1 -

EUTRA

Bands 2, 25, 39

-33

Bands 3, 4, 66,

70

-

-42

HPM, Prated – 2dB (MPR), Vcc = 2.5V,

Modulation = 1.4MHz 6RB QPSK

Band 39

Band 1

-

-42

-45

dBc

ACLR1 - UTRA

ACLR2 - UTRA

-36

Bands 2, 3, 4,

25, 66, 70

-

-46

-

-63

386

375

-39

Band 1

-

PA Total

Current

Bands 2, 25, 39

HPM, Pout = Prated

mA

Bands 3, 4, 66,

70

-

341

-

Band 1

-

26

-

Bands 2, 25, 39

26.5

PAE

EVM

HPM, Pout = Prated

HPM, Pout ≦ Prated

Pout ≦ Prated

%

Bands 3, 4, 66,

70

-

29

-

5

-

Band 1

-60

-55

Harmonic

suppression, 2fo

Bands 2, 25, 39

Bands 3, 4, 66,

70

-

-47

-

dBm

Band 1

-

-47.5

-50

-

Harmonic

suppression, 3fo

Bands 2, 25, 39

-

Pout ≦ Prated

Bands 3, 4, 66,

70

-

-54

-

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

6 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: Cat-M1 : Band 1, 2, 3, 4, 25, 39, 66, 70 - continued

(Temp = +25°C, Vbatt = 3.0V, Vcc = 2.5V, VIO= +1.8V, 50 Ω system, Modulation used: LTE QPSK, 1.4MHz channel, 1 Resource

Block with MPR=0, Band39 is TDD, other bands are FDD, unless otherwise specified.)

Parameter

Conditions

Min.

Typ.

-149

-140

-126

-127

-142

-141

-136

Max.

Units

ISM noise power

2400 – 2447 MHz

-

Band 1 Rx

Band 2/25 Rx

Band 3 Rx

Band 4 Rx

Band 66 Rx

Band 70 Rx

RX frequency 2110 – 2170 MHz

RX frequency 1930 – 1995 MHz

RX frequency 1805 – 1880 MHz

RX frequency 2110 – 2155 MHz

RX frequency 2110 – 2200 MHz

RX frequency 1995 – 2020 MHz

Pout = Prated, 1574 – 1577MHz

Rx Band Noise

dBm/Hz

GPS band noise power

Load VSWR = 6:1, all phase angles, Pin

adjusted for Pout = 24dBm into 50Ω load

Stability, Spurious Output Levels

-

-36

dBm

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

7 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: NB-IoT : Band 5, 8, 12, 13, 14, 17, 18, 19, 20, 26, 28, 71,

85

(Temp = +25°C, Vbatt = 3.0V, VCC = 2.5V, VIO= +1.8V, 50 Ω system, Modulation used: 1tone@position0, NB-IoT, QPSK, 15 KHz

subcarrier spacing, 1tone with MPR=0, unless otherwise specified)

Parameter

Conditions

Band 12

Band 28, 17

Band 13

Band 14

Band 26, 18, 19

Band 20

Band 8

Min.

699

703

777

788

814

832

880

824

663

698

24

Typ.

707.5

725.5

782

Max.

716

748

787

798

849

862

915

849

698

716

-

Units

793

831.5

847

Frequency Range

MHz

897.5

836.5

680.5

707

Band 5

Band 71

Band 85

HPM

Maximum Linear Output Power

-

dBm

dB

Bands 5, 8, 18, 19, 20,

26

-

27.5

26.5

-40

-

Gain

HPM, Pout = Prated

Bands 12, 13, 14, 17,

28, 71, 85

Bands 5, 8, 20, 26,

18, 19

-

HPM, Prated – 2dB (MPR), Vcc =

2.5V, Modulation = QPSK

12tone@positon0..11, 15 KHz SC

GSM ACLR

UTRA ACLR

-29

dBc

mA

Bands 12, 13, 14, 17,

28, 71, 85

-44

-

-60

-46

-

Band 8

445

Bands 5, 18,19, 20,

26

PA Total

Current

-

408

-

HPM, Pout = Prated

Bands 12, 13, 14, 17,

28, 71, 85

-

389

23

-

Band 8

Bands 5, 18,19, 20,

26

24.5

PAE

EVM

SEM

HPM, Pout ≦ Prated

%

Band 12, 13, 14, 17,

28, 71, 85

-

26

-

HPM, Pout ≦ Prated

-

5

-

Pout ≦ Prated, +/- 100kHz

Pout ≦ Prated, +/- 150kHz

Pout ≦ Prated, +/- 300kHz

Pout ≦ Prated, +/- 500 to 1700kHz

-35

-46

-49

-54

dBm/30

kHz

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

8 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: NB-IoT : Band 5, 8, 12, 13, 14, 17, 18, 19, 20, 26, 28, 71,

85 - continued

(Temp = +25°C, Vbatt = 3.0V, VCC = 2.5V, VIO= +1.8V, 50 Ω system, Modulation used: 1tone@position0, NB-IoT, QPSK, 15 KHz

subcarrier spacing, 1tone with MPR=0, unless otherwise specified)

Parameter

Conditions

Min.

Typ.

-52

Max.

Units

Bands 12, 17, 71,

85

-

Band 8

-49

Harmonic

suppression, 2fo

Bands 5, 14, 18,

19, 20, 26

Pout ≦ Prated

-52

Band 28

Band 13

-

-53

-58

-

dBm

Bands 12, 17, 71,

85

-

-46

-42

-43

-

Band 8

Harmonic

suppression, 3fo

Bands 5, 14, 18,

19, 20, 26

Pout ≦ Prated

Band 28

-44

-41

Band 13

-

Band 71 Rx

Band 85 Rx

Band 12 Rx

Band 13 Rx

Band 14 Rx

Band 28 Rx

Band 26 Rx

Band 20 Rx

Band 8 Rx

617 -652 MHz

-123

-125

-131

-125

-128

-156

-150

-166

2.5:1

728 -- 746 MHz

729 – 746 MHz

746 – 756 MHz

Rx Band Noise

758 – 768 MHz

758 – 803 Mhz

dBm/Hz

859 – 894 MHz

791 – 821 MHz

925 – 960 MHz

Pout = Prated, 2400 – 2495MHz

Pout = Prated, 5150 – 5850MHz

Pout = Prated, 1574 – 1577MHz

No external matching

WiFi Band Noise

GPS band noise power

Input VSWR

-

Time required for output power to settle

to within ±1dB of the final output power

for any given mode transistion.

Gain Switching Time

-

10

uSec

Load VSWR = 10:1, all phase angles,

Pin adjusted for Pout = 24dBm into 50Ω

load

Stability, Spurious Output Levels

-36

dBm

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

9 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: Cat-M1 : Band 5, 8, 12, 13, 14, 17, 18, 19, 20, 26, 27, 28,

71, 85

(Temp = +25°C, Vbatt = 3.0V, Vcc = 2.5V, VIO= +1.8V, 50 Ω system, Modulation used: FDD-LTE QPSK, 1.4MHz channel, 1

Resource Block with MPR=0, unless otherwise specified.)

Parameter

Conditions

Band 12

Band 28, 17

Band 13

Band 14

Band 26, 18, 19

Band 27

Band 20

Band 8

Min.

699

703

777

788

814

807

832

880

824

663

668

24

Typ.

707.5

725.5

782

Max.

716

748

787

798

849

824

862

915

849

698

716

-

Units

793

835.5

815.5

847

Frequency Range

MHz

897.5

836.5

680.5

707

Band 5

Band 71

Band 85

HPM

Maximum Linear Output Power

-

dBm

dB

Bands 5, 8, 18, 19, 20,

-

27

-

26, 27, 28

Gain

HPM, Pout = Prated

Bands 13, 14

-

27

-

Bands 12, 17, 71, 85

26.5

Bands 5, 8, 18, 19, 20,

26, 27

-

-38

ACLR1 –

EUTRA

-33

Bands 13, 14

-

-37

-43

HPM, Prated – 2dB (MPR), Vcc =

2.5V, Modulation = 1.4MHz 6RB

QPSK

Bands 12, 17, 28, 71, 85

dBc

Bands 5, 8, 13, 14, 18,

19, 20, 26, 27

-

-41

ACLR1 -

UTRA

-36

Bands 12, 17, 28, 71, 85

-

-43

-63

428

ACLR2 - UTRA

-39

-

Band 8

PA Total

Current

Bands 5, 13, 14, 18, 19,

20, 26, 27

-

396

-

mA

HPM, Pout = Prated

Bands 12, 17, 28, 71, 85

Band 8

-

380

23

-

Bands 5, 13, 14, 18, 19,

20, 26, 27

PAE

EVM

HPM, Pout ≦ Prated

-

25

-

%

Band 12, 17, 28, 71, 85

-

26

5

-

Band 8

-52

-56

-53

-50

Band 13

Harmonic

suppression,

2fo

Band 28

Pout ≦ Prated

dBm

Bands 12, 17, 71, 85

Bands 5, 14, 18, 19, 20,

26, 27

-

-53

-

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

10 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: Cat-M1 : Band 5, 8, 12, 13, 14, 17, 18, 19, 20, 26, 27, 28,

71, 85 - continued

(Temp = +25°C, Vbatt = 3.0V, Vcc = 2.5V, VIO= +1.8V, 50 Ω system, Modulation used: FDD-LTE QPSK, 1.4MHz channel, 1

Resource Block with MPR=0, unless otherwise specified.)

Parameter

Conditions

Min.

Typ.

-44

Max.

Units

Band 8

-

Band 13

-41

Harmonic

suppression,

3fo

Pout ≦ Prated

dBm

Bands 5, 14, 18, 19, 20,

26, 27, 28

-

-43

-

Bands 12, 17, 71, 85

-

-44

-

ISM noise power

2400 – 2447 MHz

617 -- 652 MHz

728 -- 746 MHz

729 – 746 MHz

-163

-124

-126

-132

-127

-126

-127

-126

-125

-166

Band 71 Rx

Band 85 Rx

Band 12 Rx

Band 13 Rx

Band 14 Rx

Band 28 Rx

Band 27 Rx

Band 26 Rx

Band 20 Rx

Band 8 Rx

746 – 756 MHz

758 – 768 MHz

Rx Band

Noise

dBm/Hz

758 – 803 MHz

852 – 869 MHz

859 – 894 MHz

791 – 821 MHz

925 – 960 MHz

GPS band noise power

Pout = Prated, 1574 – 1577MHz

Load VSWR = 6:1, all phase angles,

Pin adjusted for Pout = 24dBm into

50Ω load

Stability, Spurious Output Levels

-

-36

dBm

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

11 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Electrical Specifications: Switch And Port Isolation

(Temp = +25°C, Nominal test conditions unless otherwise specified. All unused ports terminated in 50Ω. Logic state given in

register table.)

Parameter

Conditions

Min.

Typ.

Max.

Units

ANT to Rx_LB, 600 – 960MHz

-

2

-

ANT to Rx_HB, 1805 – 2200MHz

ANT to AUX1, 600 – 2200MHz

ANT to AUX2, 600 – 2200MHz

ANT to Rx_LB, 600 – 960MHz

ANT to Rx_LB, 1805 – 2200MHz

ANT to Rx_HB, 600 – 960MHz

ANT to Rx_HB, 1805 – 2200MHz

ANT to AUX1, 600 – 2200MHz

ANT to AUX2, 600 – 2200MHz

ANT to Rx_LB, 1458 – 1920MHz

ANT to Rx_HB, 3610 – 4400MHz

ANT to Rx_LB, 2187 – 2880MHz

ANT to Rx_HB, 5415 – 6510MHz

Rx_LB, 600 – 960MHz

-

1.7

1.5

1

-

Insertion Loss, IL

43

57

42

27

30

-30

-35

-40

-43

16

15

10

12

15

16

9

dB

Isolation, ISO

2^ndHarmonic

3^rdHarmonic

dBc

Rx_HB, 1805 – 2200MHz

Rx port return loss

ANT port return loss

AUX1, 600 – 2200MHz

AUX2, 600 – 2200MHz

dB

ANT to Rx_LB, 600 – 960MHz

ANT to Rx_HB, 1805 – 2200MHz

ANT to AUX1, 600 – 2200MHz

ANT to AUX2, 600 – 2200MHz

10

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

12 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Table 1: RFFE MIPI Register Map (1 of 4)

Register Details

This section displays each register in table form. Table headers described here:

TRIG. – Indicates whether the Write Command can be triggered. The value in the Trig. Column indicates which trigger

causes the Bit Field to be loaded from the shadow register. “T012” means that any or all triggers will cause a load from

shadow register.

Register 0 (0x00) – PA_CTRL0

B/

G

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W

TRIG.

This is a read-only bit that is reserved and yields a

value of 0 at readback

7:6

Reserved[1:0]

0b00

R

No

PA Band

000: off

001: AUX2

010: AUX1

5:3

PA_BAND[2:0]

0b000

011: RX_HB

100: LB_TX

R/W

T012

101: Reserved

110: MB_TX

111: RX_LB

Transmit Enable

No

0 = Transmit mode disabled

1 = Transmit mode enabled

Set this bit to 1 to turn on the module’s PA for LB or

MB transmit or to use one of the four TRX ports in

transmit mode.

TX_EN[2]

2

0b0

T012

PA Power Control Mode

0 = HPM

1

0

PA_MODE[1]

Reserved[0]

0b0

R/W

No

1 = LPM

This is a read-only bit that is reserved and yields a

value of 0 at readback.

Register 1 (0x01) – PA_CTRL1

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W B/G TRIG.

7:4

3:0

PA_BIAS2[3:0]

PA_BIAS1[3:0]

0b0000

PA Bias – power stage

PA Bias – driver stage

R/W No

T012

Register 2 (0x02) – PA_CTRL2

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W B/G TRIG.

These are a read-only bits that are reserved and yield

a value of 0 at readback.

7:4

3:0

Reserved[3:0]

PA_TUNE[3:0]

0b0000

R/W No

No

PA Tuning Cap

T012

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

13 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Table 1: RFFE MIPI Register Map (2 of 4)

Register 26 (0x1A) – RFFE_STATUS

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W

B/G TRIG.

0: Normal operation

7

SW_RESET[7]

0b0

1: Software reset (reset of all configurable registers to

default values, except for USID&GSID)

Command sequence received with parity error –

discard command.

6

CMD_FRAME_P_ERR[6]

CMD_LEN_ERR[5]

0b0

5

4

3

2

1

0

Command length error

R/W

No

ADDR_FRAME_P_ERR[4] 0b0

DATA_FRAME_P_ERR[3] 0b0

Address frame parity error = 1

Data Frame received with a parity error

Read Command to an invalid address

Write command to an invalid address

Read command with a Broadcast_ID or GROUP_ID

READ_UNUSED_REG[2]

WRITE_UNUSED_REG[1] 0b0

BID_GID_ERR[0] 0b0

0b0

Register 27 (0x1B) – GROUP_ID

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W B/G TRIG.

R/W No No

7:4

3:0

GSID0[3:0]

GSID1[3:0]

0b0000

Group Slave ID 0

Group Slave ID 1

Register 28 (0x1C) – PM_TRIG

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W B/G TRIG.

0: Normal operation (ACTIVE)

7

PWR_MODE_MSB[7]

0b1

R/W Yes No

1: Secondary mode (LOW POWER)

RFFE State machine vector.

0: active mode

1: in reset state

6

PWR_MODE_LSB[6]

0b0

R/W Yes No

Writing a 1 to this bit forces a reset. All registers

including USID and GSID are reset to default values.

This bit always reads as 0.

Setting these bits to '1' will cause the corresponding

triggers to be masked (disabled), and RFFE writes to

corresponding registers will change configuration

immediately (no trigger command necessary).

TriggerMask[2] = TriggerMask_2, TriggerMask[1] =

TriggerMask_1,&TriggerMask[0] = TriggerMask_0

5:3

2:0

TriggerMask[2:0]

0b000

R/W No

No

Note: Qorvo does not allow for changing the trigger mask

and sending triggers within the same RFFE write.

Setting these bits to '1' will cause the registers associated

with that trigger to be loaded with the contents of its

corresponding shadow register. Trigger[2] = Trigger_2,

Trigger[1] = Trigger_1, and Trigger[0] = Trigger_0

Trigger[2:0]

W

Yes No

Note: Qorvo does not allow for changing the trigger mask

and sending triggers within the same RFFE write.

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

14 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Table 1: RFFE MIPI Register Map (3 of 4)

Register 29 (0x1D) – PRODUCT_ID

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W B/G TRIG.

This is a read-only register. However, during the

programming of the USID a write command sequence is

performed on this register, even though the write does

not change its value.

7:0

PRODUCT_ID[7:0]

0x07

R

No

Register 30 (0x1E) – MANUFACTURER_ID

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W B/G TRIG.

This is a read-only register. However, during the

programming of the USID, a write command sequence is

performed on this register, even though the write does

not change its value. Note: This is the lower 8 least

significant bits of the RFFE's MANUFACTURER_ID (i.e.

MANUFACTURER_ID[7:0] =

MANUFACTURER_ID_

LSB[7:0]

7:0

0xC6

R

No

MANUFACTURER_ID_LSB[7:0]

Qorvo Manufacturer ID = 0x3C6 = 0011_1100_0110

Register 31 (0x1F) – MAN_US_ID

DEFAUL

T

BIT(S) FIELD NAME

DESCRIPTION

R/W

B/G TRIG.

These bits are read-only. However, during the

programming of the USID, a write command sequence is

performed on this register even though the write does

not change its value. Note: This is the 4 most

significant bits of the RFFE's MANUFACTURER_ID (i.e.

MANUFACTURER_ID[11:8] =

MANUFACTURER_ID_

7:4

3:0

0b0011

R

No

MSB[3:0]

MANUFACTURER_ID_MSB[3:0]

Programmable USID. Performing a write to this register

using the described programming sequences will

program the USID in devices supporting this feature.

These bits store the USID of the device.

USID[3:0]

0b1111

R/W

Register 32 (0x20) – EXT_PRODUCT_ID

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W B/G TRIG.

This is a read-only register. However, during the

programming of the USID a write command sequence is

performed on this register, even though the write does

not change its value.

7:0

EXT_PRODUCT_ID[7:0] 0x00

R

No

Register 33 (0x21) – REVISION_ID

BIT(S) FIELD NAME

DEFAULT DESCRIPTION

R/W B/G

No

TRIG.

This is an RFFE2 register to contain information about

the revision of this module.

7:0 REVISION_ID

0x01

R

No

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

15 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Table 1: RFFE MIPI Register Map (4 of 4)

Register 34 (0x22) – GROUP_ID2

BIT(S) FIELD NAME

DEFAULT

DESCRIPTION

R/W B/G TRIG.

Group slave ID 0

There is only 1 register for GSID0&GSID1, but this

register can be accessed from either Reg27 or Reg34.

This means that write to Reg34 will reflect in Reg27

also, and vice versa

7:4

3:0

GSID0_2[3:0]

GSID1_2[3:0]

0x00

R/W No

No

Group slave ID 1

There is only 1 register for GSID0&GSID1, but this

register can be accessed from either Reg27 or Reg34.

This means that write to Reg34 will reflect in Reg27

also, and vice versa

0x00

Register 35 (0x23) – RFFE_STATUS2

BIT(S) FIELD NAME

DEFAULT

DESCRIPTION

R/W

B/G TRIG.

0: Normal operation

1: Software reset (reset of all configurable registers to

default values, except for USID)

7

SW_RESET_2[7]

0b0

There is only 1 register for RFFE_STATUS, but this

register can be accessed from either Reg26 or Reg35.

This means that write to Reg35 will reflect in Reg27

also, and vice versa

R/W

No

6

5

4

3

2

1

0

Reserved[6]

Reserved[5]

Reserved[4]

Reserved[3]

Reserved[2]

Reserved[1]

Reserved[0]

0b0

Reserved

Register 36 (0x24) – ERR_SUM (RFFE_STATUS3)

BIT(S) FIELD NAME

DEFAULT

DESCRIPTION

R/W B/G TRIG.

7

6

Reserved[7]

0b0

Reserved

Command sequence received with parity

error – discard command.

CMD_FRAME_P_ERR_2[6]

0b0

5

4

3

2

1

CMD_LEN_ERR_2[5]

0b0

Command length error

ADDR_FRAME_P_ERR_2[4] 0b0

DATA_FRAME_P_ERR_2[3] 0b0

Address frame parity error = 1

Data frame with parity error

R/W No

No

READ_UNUSED_REG_2[2]

0b0

Read command to an invalid address

Write command to an invalid address

WRITE_UNUSED_REG_2[1] 0b0

Read command with a Broadcast_ID or

GROUP_ID

0

BID_GID_ERR_2[0]

0b0

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

16 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Evaluation Board Schematic

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

17 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Evaluation Board Layout

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

18 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Evaluation Board Bill of Material

Designator

Description

Manuf.

Part number

AVX/KYOCERA ASIA

LTD.

C16, C17, C18

CAP, 100uF, 20%, 10V, TANT-D

TAJD107M010RNJ

TAIYO YUDEN

(SINGAPORE) PTE

LTD

C19, C21, C15, C20

CAP, 10uF, 10%, 6.3V, X5R, 0805

CE JMK212BJ106KG-T

R3

RES, 0 OHM, 5%, 1/20W, 0201

RES, 49.9 OHM, 1%, 1/20W, 0201

Kamaya, Inc

RMC1/20JPPA15

R1, R2

RMC1/20-49R9FPA15

AVX/KYOCERA ASIA

LTD.

C10, C11

CAP, 10pF, 5%, 25V, C0G, 0201

02013A100JAT2A

MURATA

ELECTRONICS

SINGAPORE PTE LT

5600 PF,10%,X7R,LF,0402, 25V,LEAD

FREE

C2, C5, C8, C14

GRM155R71E562KA01D

MURATA

C3, C6, C7, C12

CAP, 100pF, 5%, 25V, C0G, 0201

ELECTRONICS

SINGAPORE PTE LT

GRM0335C1E101JA01D

CONN, HDR, SHRD, RT-ANG, 2x6,

0.100",T/H

P1

P2

MOLEX

90130-3212

CONN, HDR, ST, 2X3, 0.100"

SAMTEC INC.

TSW-103-07-G-D

J1, J2, J3, J4, J5, J6,

J7

CONN, SMA, EL FLT VIPER, MAT-21-1038

Aliner Industries, Inc.

20-001CH-T

C1, C4, C9

C13

-

R4

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

19 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Pin Configuration

Top View (see through from top)

Pin Description

Pin Number

Label

ANT

Description

1

RF Output port.

2

GND

Connected to module gnd.

Serial interface data I/O signal.

Serial interface clock input signal.

Supply voltage for MIPI RFFE.

Supply voltage for bias circuitry.

LB receive port.

3

SDATA

SCLK

VIO

4

5

6

VBAT

LB_RX

GND

7

8

Connected to module gnd.

HB receive port.

9

HB_RX

AUX2

AUX1

10

11

Auxillary transimit port 2.

Auxillary transimit port 1.

12, 14, 16, 18,

20

GND

Connected to module gnd.

13

15

17

19

LB_TX

HB_TX

VCC1

VCC2

LB RF Input

HB RF Input

Driver stage supply of PA.

Output stage supply of PA.

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

20 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Package Outline Drawing

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

21 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Package Land Pattern

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

22 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Tape and Reel Information

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

23 of 25

PRELIMINARY

QM55003

Mid-Band Low-Band NB_IoT TxM

Handling Precautions

Parameter

Rating

Standard

Caution!

ESD – Human Body Model (HBM)

ESD – Charged Device Model (CDM)

MSL – Moisture Sensitivity Level

Class 1C

Class C3

MSL 3

ESDA/JEDEC JS-001-2012

JEDEC JESD22-C101F

IPC/JEDEC J-STD-020

ESD sensitive device

Solderability

Compatible with both lead-free (260 °C max. reflow temperature) and tin/lead (245 °C max. reflow temperature) soldering processes.

Package lead plating: Electrolytic plated Au over Ni

RoHS Compliance

This part is compliant with the 2011/65/EU RoHS directive (Restrictions on the Use of Certain Hazardous Substances in Electrical and

Electronic Equipment), as amended by Directive 2015/863/EU.

This product also has the following attributes:

•

Halogen Free (Chlorine, Bromine)

Antimony Free

TBBP-A (C₁₅H₁₂Br₄0₂) Free

SVHC Free

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

24 of 25

REVISION HISTORY

REVISION

DATE

DESCRIPTION OF CHANGE

A

11/25/2019

04/27/2020

04/30/2021

Initial version

B

C

Add explanation for TRIG. in MIPI table. Remove watermark.

Change operating temperature to -40C

Contact Information

For the latest specifications, additional product information, worldwide sales and distribution locations:

Web: www.qorvo.com

Tel: 1-844-890-8163

Email: customer.support@qorvo.com

Important Notice

The information contained herein is believed to be reliable; however, Qorvo makes no warranties regarding the information contained herein and assumes no responsibility or

liability whatsoever for the use of the information contained herein. All information contained herein is subject to change without notice. Customers should obtain and verify the

latest relevant information before placing orders for Qorvo products. The information contained herein or any use of such information does not grant, explicitly or implicitly, to

any party any patent rights, licenses, or any other intellectual property rights, whether with regard to such information itself or anything described by such information. THIS

INFORMATION DOES NOT CONSTITUTE A WARRANTY WITH RESPECT TO THE PRODUCTS DESCRIBED HEREIN, AND QORVO HEREBY DISCLAIMS ANY AND

ALL WARRANTIES WITH RESPECT TO SUCH PRODUCTS WHETHER EXPRESS OR IMPLIED BY LAW, COURSE OF DEALING, COURSE OF PERFORMANCE,

USAGE OF TRADE OR OTHERWISE, INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.

Without limiting the generality of the foregoing, Qorvo products are not warranted or authorized for use as critical components in medical, life-saving, or life-sustaining

applications, or other applications where a failure would reasonably be expected to cause severe personal injury or death.

QM55003 Data Sheet REV C | Subject to change without notice

www.qorvo.com

25 of 25


型号：	QM55003SQ
厂家：	Qorvo
描述：	Mid-Band Low-Band NB-IoT TxM
文件：	总25页 (文件大小：775K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

QM55003SQ [QORVO]

相关型号：

QM55003SR

QM55003TR13

QM5544LEV-200-T250

QM57508

QM57508DK

QM57508PCK

QM57508SB

QM57508TR13-5K

QM57508TR7

QM5H

QM5HG-24

QM6003