TQS - COMPANY PROPRIETARY INFORMATION SPEC NO: DAT ...f).pdf · Imbalance 6 In ISM band -0.5 0.5 dB...

TQS - COMPANY PROPRIETARY INFORMATION

SPEC NO: DAT.TQP6M9017 REV: F

SPEC TITLE: 802.11A/B/G/N WLAN/BT HIGH PERFORMANCE FRONT- END MODULE TQP6M9017

PAGE 0 OF 17

TQP6M9017 Data Sheet

802.11ac/a/b/g/n WLAN/BT High Performance Front-End Module

Data Sheet: Subject to change without notice For additional information and latest specifications, see our website: www.triquint.com

Revision F, August 14, 2012

1

Functional Block Diagram

Product Description

The TQP6M9017 is full WLAN/BT front-end module in an ultra small 4mm x 4mm footprint package for 802.11ac/a/b/g/n and Bluetooth applications. The TQP6M9017 contains 2.4GHz PA, 5GHz PA, directional detectors, front-end switch, Bluetooth path, and receive LNA + baluns. The architecture and interface are optimized for next generation WLAN integration into handset devices. The front-end module features CMOS compatible control voltages to facilitate ease of use. The front-end module is manufactured in TriQuint’s high-reliability E/D pHEMT and HBT technologies and is assembled in thin profile 4mm x 4mm x 0.5mm ETSLP-24 Pb-Free package.

Typical Electrical Specifications

Parameter Min Typ Max Units

Frequency 2400 2500 MHz

Pout, 802.11n, MCS7, 2.8% EVM 18.0 dBm

Current, 802.11n, Pout=16.5dBm 165 mA

Parameter Min Typ Max Units

Frequency 5150 5850 MHz

Pout, 802.11n, MCS7, 2.4% EVM 19.0 dBm

Current, 802.11n, Pout=17.0dBm 250 mA

Features

Fully Integrated, 802.11ac/a/b/g/n + BT high performance front-end module.

Internally matched input/output

Integrated directional detectors

Temperature Compensated Bias Network

Typical 2.4GHz Pout = 23.5dBm 802.11b, 19.0dBm 802.11g 54Mbps 64QAM at 3.5% EVM, 18.0dBm 802.11n MCS7 64QAM at 2.8% EVM

Typical 5GHz Pout = 20.0dBm 802.11a 54Mbps 64QAM at 3.5% EVM, 19.0dBm 802.11n MCS7 64QAM at 2.4% EVM, 18.0dBm 802.11ac MCS9 at 2.2% EVM

2.4GHz WLAN RX, Gain = 4.0dB , NF = 3.0dB

2.4GHz BT+WLAN Simultaneous RX, Gain = 2.5dB, NF = 3.0dB

5GHz LNA with Gain = 12dB, NF = 3.0dB

Single battery Vcc voltage of 3.0V nom.

Leadless 4.0 x 4.0 x 0.5 mm SMT Pb-Free

Applications

IEEE802.11a/b/g/n WLAN/BT Applications

Single-Chip RF Front-end Module

Wireless LAN Systems

Portable Battery-Powered Equipment

Package Style

4.0x4.0x0.5mm ETSLP-24 Lead-free, Halogen-free, MSL-1 package

http://www.triquint.com/





2

Absolute Maximum Ratings

Symbol Parameter Absolute Maximum Value Units

Vcc Power Supply Voltage, no RF Applied -0.5 to +6.0 VDC

PINPUT Maximum TX Input Power +5 dBm

PDISS Power Dissipation 3 W

TC Case Temperature, Survival -40 to +100 °C

TSTG Storage Temperature -40 to +150 °C

Note: The part may not survive all maximums applied simultaneously.

General Characteristics (Supply Voltage, Leakage Currents, Ambient Temp. ESD, etc…)

Symbol Parameter Min Typ/Nom Max Units

Vcc Supply Voltage (No Degraded Performance) 3.0 VDC

Vcc Supply voltage ripple (No Degradation) 500 mVp-p

Vcc Supply voltage ripple (Degraded Performance) 900 mVp-p

VBias Supply Voltage VBias Pin (No Degraded Performance) 3.2 3.6 4.2 VDC

ILKG Leakage current (T < 25C, 4.0V) 20 uA

ILKG Leakage current (T < 85C, 4.0V) 50 uA

TAMB Ambient Temperature (Degraded Performance) -40 -20 °C

TAMB Ambient Temperature (No Degradation) -20 +60 °C

TAMB Ambient Temperature (Degraded Performance) +60 +85 °C

ESDHBM Human Body Model (HBM) – JESD22-A114 Class 1A

ESDCDM Charge Device Model (CDM) – JESD22-C101 Class III

PAENA, PAENB Control Line Drive Current 300 uA

TXSW Control Line Drive Current 200 uA

RXSW, BTSW Control Line Drive Current 10 uA

VIH Digital control lines HIGH 1.58 2.0 V

VIL Digital control lines LOW 0 0.01 V






3

2.4GHz Electrical Characteristics1,2,3,4,5,6,7

Parameter Conditions Min. Typ/Nom Max. Units

RF Frequency 2400 2500 MHz

Output Power 4 802.11n MCS7/64QAM, EVM < 2.8% 16.5 18.0 dBm

EVM 802.11n MCS7/64QAM 2.0 2.8 %

Current 802.11n MCS7/64QAM, Pout=16.5dBm 165 195 mA

Output Power 802.11g 54Mbps/64QAM, EVM < 3.5% 18.0 19.0 dBm

EVM 5 802.11g 54Mbps/64QAM 2.2 3.5 %

Current 802.11g 54Mbps/64QAM Pout=18dBm 190 220 mA

Output Power 802.11b (Min. Spectral Mask Margin 2.0dB) 22.5 23.5 dBm

Current 802.11b CCK, Pout=22.5dBm min. 280 330 mA

PA NF 6 PA Noise Figure 7 dB

2nd Harmonic 6 Up to Pout=TBD dBm, -40 dBc

3rd Harmonic 6 Up to Pout=TBD dBm, -48 dBc

4th Harmonic and Higher 6 Up to Pout=TBD dBm, -55 dBc

Timing 6

PA Turn On Time To within 0.2dB steady state power 0.3 uSec

PA Turn Off Time To within -20dB w/r/t steady state “ON” output power 0.3 uSec

Gain and Matching

PA ripple across channel 6 PA ripple across 20MHz bandwidth 0.5 dB

Gain Gain in 2.4GHz band 32.0 36.0 40.0 dB

WLAN TX Port Impedance 50 Ohm

TX Rejection 6

76-980MHz @ 50Ohm relative to transmit gain at 2.4-2.5GHz 20 dBr



2110-2170MHz @ 50Ohm relative to transmit gain at 2.4-2.5GHz 8 13 dBr

Power Detector

Frequency Range 2.4 2.5 GHz

Readout @23.5dBm 6 0.9 V






4


WLAN Receive

Passband Gain All other ports are terminated to their nom. Impedances 1.5 4.0 7.0 dB

Passband NF 6 All other ports are terminated to their nom. Impedances 3.0 3.6 dB

Passband Ripple 6 Across 20MHz BW, within Frequency Range, 0.3 dB

PTP

Balanced Output Amplitude

Imbalance 6

In ISM band -0.5 0.5 dB

Balanced Output Phase Imbalance 6 -7 7 Deg

RX Port Impedance Differential at the WLAN-RX port 100 Ohm

RX Port Return Loss 6 All other ports are terminated in their nom. impedances 10 dB

Input P1dB ISM band -1 dBm

Current Consumption LNA ON 7.5 11.0 mA

RX S21 6

76-108MHz Referenced to 50Ohms -10 dB





1850-1910MHz Referenced to 50Ohms 2 dB

1920-1980MHz Referenced to 50Ohms 3 dB

2500-2570MHz Referenced to 50Ohms 4.3 dB







5


BT RX/TX

Passband Insertion Loss BT_ANT (BT only mode, RXB LNA disabled) 1.5 2.15 dB

Passband Ripple 6 BT_ANT (BT only mode, RXB LNA disabled) 0.3 dB

Noise Figure 6 BT_ANT (BT only mode, RXB LNA disabled) 1.4 2.15 dB

Passband Gain BT-RXB mode (RX_B & BT_RX, RXB LNA enabled) 2.5 5.5 dB

Noise Figure 6 BT-RXB mode (RX_B & BT_RX, RXB LNA enabled) 3.0 3.6 dB

Maximum Port Power Level 6 Due to Bluetooth Class 1.5 12 15 dBm

RX/TX Port Nominal Impedance 50 Ohm

RX Port Return Loss 6 In band, all other ports terminated in nominal impedance 11.5

BT Port Return Loss 6 In band, all other ports terminated in nominal impedance 13.5

Note 1: Test Conditions: VCC=3.0V, Vbias=3.6V, Vctrl=1.58V

Note 2: All limits are at +25C case temperature unless otherwise specified.

Note 3: TriQuint Test Board.

Note 4: At low temperature (T < -20°C), MCS7/64QAM Pout can be degraded to 16dBm

Note 5: At low temperature (T < -20°C), 54Mbps/64QAM EVM can be degraded to 3.8% EVM.

Note 6: Guaranteed by design

Note 7: Vbias set to 3.6V, remain on at all times






6

5GHz Electrical Characteristics1,2,3,4,5


RF Frequency 5150 5850 MHz

Output Power 802.11n MCS7/64QAM, EVM < 2.4% 17.0 19.0 dBm

EVM 802.11n MCS7/64QAM 2.0 2.4 %

Current 802.11n MCS7/64QAM,Pout=17dBm 250 290 mA

Output Power 802.11a 54Mbps/64QAM, EVM < 3.5% 18.0 20.0 dBm

EVM 802.11a 54Mbps/64QAM 2.2 3.5 %

Current 802.11a 54Mbps/64QAM,Pout=18dBm 260 300 mA

PA NF 4 PA Noise Figure 7 dB

2nd Harmonic (4.9-5.3GHz) 4 -44 dBc

2nd Harmonic (5.3-5.9GHz) 4 -55 dBc

3rd Harmonic and above 4 -60 dBc

Timing

PA Turn On Time 4 To within 0.2dB steady state power 0.3 uSec

PA Turn Off Time 4 To within -20dB w/r/t steady state “ON” output power 0.3 uSec

Gain and Matching

PA ripple across channel 4 PA ripple across 20MHz bandwidth 0.5 dB

Gain Gain in 5GHz band 31.5 35.5 39.5 dB

WLAN TX Port Impedance 50 Ohm

Input Return Loss TX 4 Input Return Loss on WLAN TX port (REF: 50Ohm) 10 dB

Output Return Loss BPF 4 Output Return Loss on BPF Port (REF: 50Ohm) 10 dB

TX Rejection 4

76-108MHz @ 50Ohm relative to transmit gain at 5GHz 40 dBr














7


Power Detector

Frequency Range 5150 5850 MHz

Readout @23.5dBm 4 0.9 V

WLAN Receive

Passband Gain All other ports are terminated to their nom. impedances 8.5 12.0 14.0 dB

Passband Ripple4 Across 20MHz BW, within Frequency Range 0.3 dB

PTP

Noise Figure 4 @ 25C 3.0 3.6 dB

Balanced Output Amplitude

Imbalance 4

In ISM band -0.6 0.6 dB

Balanced Output Phase Imbalance 4 -5 5 Deg

RX Port Nominal Impedance Differential at the WLAN-RX port 100 Ohm

RX Port Return Loss 4 All other ports are terminated in their nom. impedances 14 dB

Current Consumption LNA ON 6.5 10.0 mA

Input P1dB UNII Band -10 dBm

RX S21 4










Note 1: Test Conditions: VCC=3.0V, Vbias=3.6V, Vctrl=1.58V

Note 2: All limits are at +25C case temperature unless otherwise specified.

Note 3: TriQuint Test Board.

Note 4: Guaranteed by design, not tested in production

Note 5: Vbias set to 3.6V, remain on at all times






8

Logic Truth Table

PABC Table

N/A – Pabc set internally to TQP6M9017 Front End Module, PABC is no connect.






9

Pin Out and Assignments

Pin # Description Function

1 TXA 5GHz PA input

2 RXBP 2.4GHz Receive chain differential port “P”

3 RXBN 2.4GHz Receive chain differential port “N”

4 TXB 2.4GHz PA input

5 GND Ground

6 BT Bluetooth output

7 PAENB 2.4GHz PA enable pin

8 VCC Supply pin for 2.4GHz PA stages 1 & 2

9 PABC No connect

10 VCC Supply pin for 2.4GHz PA stage 3

11 PDET Detector pin for both PA’s

12 TX_SW Switch control pin TX_SW

13 ANTB 2.4GHz antenna

14 GND Ground

15 RX_SW Switch control pin RX_SW

16 BTH_SW Switch control pin BTH_SW

17 GND Ground

18 ANTA 5GHz antenna

19 Vbias Supply pin for PA bias, LNA and switch control

20 VCC Supply pin for 5GHz PA stage 3

21 VCC Supply pin for 5GHz PA stages 1 & 2

22 PAENA 5GHz PA enable pin

23 RXAP 5GHz Receive chain differential port “P”

24 RXAN 5GHz Receive chain differential port “N”

25 GND Package Ground






10

Typical Test Application Circuit

Bill of Materials (BOM)

Component Reference Designator Value Part Number

Front End Module U1 TQP6M9017

Capacitor C1, C2 0.1uF

Capacitor C3 2.2uF

Capacitor C4 1.2uF

Capacitor C5, C7 0.1uF

Capacitor C6 2.2uF

NOTE: For layout, it is best to have “solid” ground underneath the package ground (pin 25) all the way down to the real ground layer, without any

signal traces running below it. Please refer to Applications Note for detailed information regarding FEM layout and grounding considerations.






11

PCB Footprint (Note: All dimensions are in millimeters)

NOTE: Please refer to Applications Note for detailed information regarding FEM layout and grounding considerations.






12

Packaging and Ordering Information






13

Part Marking

Production Marking: Line 1: 6M9017 = Product code. Line 2: YYWW - Year and workweek Line 3: AaXXXX – Aa= Vendor code, XXXX= TriQuint assembly lot number. Engineering Marking: Line 1: ENGR – This is the default. Line 2: E#@# - Where # is an Arabic numeral and @ is an alpha character Line 3: ES#@ - Where # is an Arabic numeral and @ is an alpha character>

6M9017

YYWW AaXXXX






14

Tape and Reel Information

Carrier Cover and Physical Tape Dimensions

1.1) MODULE – 4.0X4.0 ETSLP-24L CARRIER AND COVER TAPE DIMENSIONS

PART FEATURE SYMBOL SIZE (in) SIZE (mm)

CAVITY

LENGTH A0 0.171 4.35

WIDTH B0 0.171 4.35

DEPTH K0 0.031 0.80

PITCH P1 0.315 8.00

DISTANCE BETWEEN CENTERLINE

CAVITY TO PERFORATION LENGTH DIRECTION

P2 0.079 2.00

CAVITY TO PERFORATION WIDTH DIRECTION

F 0.217 5.50

COVER TAPE WIDTH C 0.362 9.20

CARRIER TAPE WIDTH W 0.472 12.00

24L ETSLP 4 x 4mm






15

Reel Physical Dimensions






16

Tape Length and Label Placement






17

This part is compliant with RoHS directive (Restrictions on the Use of Certain Hazardous Substances in Electrical and Electronic Equipment).

The part is rated Moisture Sensitivity Level 1 at 260C per JEDEC standard IPC/JEDEC J-STD-020. Additional Information 1

1 For latest specifications, additional product information, worldwide sales and distribution locations, and information about TriQuint:

Web: www.triquint.com Tel: (503) 615-9000

The information provided herein is believed to be reliable; TriQuint assumes no liability for inaccuracies or omissions. TriQuint assumes no responsibility for the use of this information, and all such information shall be entirely at the user's own risk. Prices and specifications are subject to change without notice. No patent rights or licenses to any of the circuits described herein are implied or granted to any third party.

TriQuint does not authorize or warrant any TriQuint product for use in life-support devices and/or systems.

Copyright © 2012 TriQuint Semiconductor, Inc. All rights reserved. 2012



TQS - COMPANY PROPRIETARY INFORMATION SPEC NO: DAT ...f).pdf · Imbalance 6 In ISM band -0.5 0.5 dB...

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