RF2705G

RF2705G 0 Typical Applications • EDGE/GSM (GSM850/900) Handsets • EDGE/GSM (DCS/PCS) Handsets • W-CDMA Handsets/Data Cards Product Description 4.0 RoHS Compliant & Pb-Free Product LOW NOISE, MULTI-MODE, QUAD-BAND, QUADRATURE MODULATOR AND PA DRIVER • W-CDMA/GSM/EDGE Multimode Handsets and Data Cards -A-B- 1.00 0.80 The RF2705 is a low noise, multi-mode, quad-band direct I/Q to RF modulator and PA driver designed for handset applications where multiple modes of operation are required. Frequency doublers, dividers and LO buffers are included to support a variety of LO generation options. Dynamic power control is supported through a single analog input giving 90dB of power control range for the W-CDMA mode and 40dB of power control in the other two modes. Three sets of RF outputs are provided: high band and low band low noise EDGE/GMSK outputs, as well as one wideband W-CDMA output. The device is designed for 2.7V to 3.3V operation, and is assembled in a plastic, 24-pin, 4mmx4mm QFN. 0.10 C 4.0 0.10 C B 2 PL 0.10 C A 2 PL 0.2 C Shaded area indicates pin 1. Dimensions in mm. -C- 0.50 TYP 0.10 C A B 0.55 TYP 0.35 SEATING PLANE Scale: None 0.10 C 2.60 2 PL 2.40 0.05 TYP 0.00 0.203 TYP 0.08 C 0.30 TYP 0.18 0.10 M C A B 0.08 TYP 0.03 0.50 TYP 0.30 Optimum Technology Matching® Applied Si BJT Si Bi-CMOS InGaP/HBT MODE B Package Style: QFN, 24-Pin, 4x4 GaAs HBT SiGe HBT GaN HEMT GaAs MESFET Si CMOS SiGe Bi-CMOS Features • W-CDMA High/Mid/Low Power Modes • Quad-Band Direct Quadrature Modulator • Variable Gain PA Drivers MODE A I SIG N I SIG P VCC1 24 VCC2 1 23 22 21 20 19 18 RF OUT WB P GND Note: The die flag is the chip's main ground. • GMSK Bypass Amplifiers • LO Frequency Doubler and Divider • Baseband Filtering LO HB P 2 RF OUT 17 WB N DIV 2 +45° -45° LO HB N 3 16 Σ RF OUT HB P RF OUT HB N RF OUT LB P RF OUT LB N LO LB P 4 Flo x2 +45° -45° 15 LO LB N 5 Mode Control and Biasing Power Control 14 Ordering Information RF2705G Low Noise, Multi-Mode, Quad-Band, Quadrature Modulator and PA Driver RF2705GPCBA-41XFully Assembled Evaluation Board RF Micro Devices, Inc. 7628 Thorndike Road Greensboro, NC 27409, USA Tel (336) 664 1233 Fax (336) 664 0454 http://www.rfmd.com MODE C 6 7 MODE D 8 Q SIG N 9 Q SIG P 10 VREF 11 GC DEC 12 GC 13 Functional Block Diagram Rev A0 060206 5-113 RF2705G Absolute Maximum Ratings Parameter Supply Voltage Storage Temperature Operating Ambient Temperature Input Voltage, any pin Input Power, any pin Rating -0.5 to 3.6 -40 to +150 -40 to +85 -0.5 to +3.6 +5 Unit V °C °C V dBm Caution! ESD sensitive device. RF Micro Devices believes the furnished information is correct and accurate at the time of this printing. RoHS marking based on EUDirective2002/95/EC (at time of this printing). However, RF Micro Devices reserves the right to make changes to its products without notice. RF Micro Devices does not assume responsibility for the use of the described product(s). Specification Min. Typ. Max. Output Performance with Modulated Baseband Inputs Low Band EDGE 8PSK Mode (GSM850/GSM900) Parameter Output Power Maximum Output Power with 8PSK Modulated Signal* Maximum VGC Minimum VGC Gain Range 0 +2.5 -39 42 Unit Condition Mode=Low Band FLOx1 (see Control Logic Truth Table for Mode Control Settings) VCC =2.7V, T=+25°C -37 dBm dBm dB While meeting spectral mask While meeting spectral mask Difference between output power at GC=2.0V and GC=0.2V. Out-of-Band Emission Spectrum Emission Mask* Frequency Spacing 200kHz 250kHz 400kHz 600kHz to 1800kHz 1800kHz to 3000kHz 3000kHz to 6000kHz > 6000kHz -36 -43 -67 -73 -73 -73 -75 2 -40 4 TBD TBD TBD dBc dBc dBc dBc dBc dBc dBc % dB % Error Vector Magnitude RMS* Origin Offset* Peak* 3 -34 9 30kHz BW 30kHz BW 30kHz BW 30kHz BW 100kHz BW 100kHz BW 100kHz BW 8PSK Modulation Output Noise At FC ±20MHz* Relative Noise at: Maximum Gain Absolute Noise at: Maximum Gain All Gain Settings -156 -152 -156 -154 dBc/Hz dBc/Hz dBm dBm GC=2.0V, IQ=1.2VP-P 8PSK GC=2.0V to 1.4V GC=2.0V, IQ=0VP-P IQ=1.2VP-P 8PSK General Conditions Local Oscillator LO LB Input Frequency RF LB Output Frequency Input Power IQ Baseband Inputs IQ Level IQ Common Mode Input Bandwidth Baseband Filter Attenuation * Not tested in Production 824 824 -6.0 915 915 +3.0 MHz MHz dBm VP-P V MHz dB 8PSK Input IQ signal driven differentially and in quadrature. 0.0 1.2 1.2 1.0 0.7 20 At 20MHz offset 5-114 Rev A0 060206 RF2705G Specification Min. Typ. Max. Output Performance with Modulated Baseband Inputs High Band EDGE 8PSK Mode (DCS1800/PCS1900) Parameter Output Power Maximum Output Power with 8PSK Modulated Signal* Maximum VGC Minimum VGC Gain Range -1 +1.5 -40 42 dBm dBm dB Unit Condition Mode=High Band FLOx1 (see Control Logic Truth Table for Mode Control Settings) VCC =2.7V, T=+25°C -38 While meeting spectral mask While meeting spectral mask Difference between output power at GC=2.0V and GC=0.2V. Out-of-Band Emission Spectrum Emission Mask* Frequency Spacing 200kHz 250kHz 400kHz 600kHz to 1800kHz 1800kHz to 3000kHz 3000kHz to 6000kHz > 6000kHz -36 -43 -67 -73 -73 -73 -75 1.3 -37 3 TBD TBD TBD dBc dBc dBc dBc dBc dBc dBc % dB % Error Vector Magnitude RMS* Origin Offset* Peak* 3 -30 11 30kHz BW 30kHz BW 30kHz BW 30kHz BW 100kHz BW 100kHz BW 100kHz BW 8PSK Modulation Output Noise At FC ±20MHz* Relative Noise at: Maximum Gain Absolute Noise at: Maximum Gain All Gain Settings -154 -150 -153 -151 dBc/Hz dBc/Hz dBm dBm GC=2.0V, IQ=1.2VP-P 8PSK GC=2.0V to 1.4V GC=2.0V, IQ=0VP-P IQ=1.2VP-P 8PSK General Conditions Local Oscillator LO HB Input Frequency RF HB Output Frequency Input Power IQ Baseband Inputs IQ Level IQ Common Mode Input Bandwidth Baseband Filter Attenuation * Not tested in Production 1710 1710 -6.0 1910 1910 +3.0 MHz MHz dBm VP-P V MHz dB 8PSK Input IQ signal driven differentially and in quadrature. 0.0 1.2 1.2 1.0 0.7 20 At 20MHz offset Rev A0 060206 5-115 RF2705G Specification Min. Typ. Max. Output Performance with Modulated Baseband Inputs W-CDMA Mode Parameter Output Power Maximum Output Power with W-CDMA Modulated Signal* High Power Mode Medium Power Mode Unit Condition Mode=Wideband FLOx2 (see Control Logic Truth Table for Mode Control Settings) VCC =2.7V, T=+25°C, while meeting 48dBc ALCR 3 -4 6 -1 dBm dBm Gain Range High Power Mode 90 dB GC=2.0V GC=1.5V Difference between output power at GC=2.0V and GC=0.2V. Gain step when switching between power modes in either direction. GC=1.4V GC=TBD Gain Step High Power to Medium Power Medium Power to Low Power ±0.5 TBD dB dB Out-of-Band Emission Adjacent Channel Leakage Power Ratio (ALCR)* Channel Spacing ±5MHz ±10MHz 50 65 1.4 -152 -146 -146 dBc dBc %rms dBc/Hz dBc/Hz 3.84MHz relative to channel power 3.84MHz relative to channel power 3GPP W-CDMA GC=2.0V GC=2.0V to 1.5V Error Vector Magnitude RMS* Output Noise At FC ±40MHz* General Conditions Local Oscillator LO LB Input Frequency RF WB Output Frequency Input Power IQ Baseband Inputs IQ Level IQ Common Mode Input Bandwidth Baseband Filter Attenuation * Not tested in Production 960 1920 -10.0 990 1980 +3.0 MHz MHz dBm 3GPP W-CDMA HQPSK, 1DPCCH+1DPDCH Input IQ signal driven differentially and in quadrature. 0.0 0.8 1.2 11 VP-P V MHz dB 8 10 At 40MHz offset 5-116 Rev A0 060206 RF2705G Specification Min. Typ. Max. Output Performance with CW Baseband Inputs Wideband Mode Parameter VGA and PA Driver Output Power W-CDMA Modulated* Output Power CW Gain Control Voltage Range Gain Control Range Gain Control Slope 5 2 0.2 5 92 73 -48 -50 -50 -50 -42 -41 -38 -23 -55 -30 -30 -30 -30 -30 -30 -30 -10 -50 8 2.0 dBm dBm V dB dB/V dBc dBc dBc dBc dBc dBc dBc dBc dBc Unit Condition Mode=Wideband FLOx2 (see Control Logic Truth Table for Mode Control Settings) VCC =2.7V, T=+25°C, LO=975MHz to 990MHz at -10dBm, IQ=540mVP-P** at 100kHz, unless otherwise noted GC=2.0V, IQ=0.8VP-P at HQPSK GC=2.0V Difference between output power at GC=2.0V and GC=0.2V Calculated between GC=1.0V and 0.5V GC=2.0V, No I/Q adjustment GC=1.5V, No I/Q adjustment GC=1.0V, No I/Q adjustment GC=0.5V, No I/Q adjustment GC=2.0V, No I/Q adjustment GC=1.5V, No I/Q adjustment GC=1.0V, No I/Q adjustment GC=0.5V, No I/Q adjustment GC=2.0V Modulator Sideband Suppression * * * Carrier Suppression 3rd Harmonic of Modulation Suppression at FC-3x300kHz Spurious Outputs Spurious Output at Integer Multiples of FLO LB* FLO LB 4xFLO LB 6xFLO LB GC=2.0V, I/Q=540mVP-P at 100kHz -60.0 -14.0 -47.0 +11.5 +20 dBm dBm dBm dBm dBm FLO LB leakage Second harmonic of carrier Third harmonic of carrier I/Q=100kHz GC=2.0V. Extrapolated from IM3 with two baseband tones at 90kHz and 110kHz applied differentially, in quadrature, at both I and Q inputs, each tone 400mVP-P. GC=2.0V 0 0 Output Compression Output P1dB* Intermodulation Output IP3* Intermodulation IM3 tone at FC +70kHz and FC +130kHz relative to tones at FC +90kHz and FC +110kHz -37 dBc -40 dBc * Not tested in Production ** Provides the same output power as modulated signal with associated crest factor. GC=1.5V Rev A0 060206 5-117 RF2705G Specification Min. Typ. Max. Output Performance with CW Baseband Inputs Low Band Mode (GSM850/GSM900) Parameter Unit Condition Mode=Low Band FLOx1 (see Control Logic Truth Table for Mode Control Settings) VGA and PA Driver Output Power 8PSK Modulated* Output Power CW * -44 0.2 +2.5 2.2 -1.2 -13.5 -30 -40 42 28 -36 -36 -36 -36 -36 -44 -44 -44 -44 -40 -49 -30 -30 -30 -30 -30 -34 -34 -34 -34 -34 -40 dBm dBm dBm dBm dBm dBm V dB dB/V dBc dBc dBc dBc dBc dBc dBc dBc dBc dBc dBc 0 +5 Gain Control Voltage Range Gain Control Range Gain Control Slope -37 2.0 VCC =2.7V, T=+25°C, LO=824MHz to 915MHz at 0dBm, IQ=800mVP-P** at 100kHz, unless otherwise noted GC=2.0V, IQ=1.2VP-P 8PSK GC=2.0V, IQ=800mVP-P at 100kHz GC=1.5V, IQ=800mVP-P at 100kHz GC=1.0V, IQ=800mVP-P at 100kHz GC=0.5V, IQ=800mVP-P at 100kHz GC=0.2V, IQ=800mVP-P at 100kHz Difference between output power at GC=2.0V and GC=0.2V Calculated between GC=0.5V and 1.5V GC=2.0V, No I/Q adjustment GC=1.5V, No I/Q adjustment GC=1.0V, No I/Q adjustment GC=0.5V, No I/Q adjustment GC=0.2V, No I/Q adjustment GC=2.0V, No I/Q adjustment GC=1.5V, No I/Q adjustment GC=1.0V, No I/Q adjustment GC=0.5V, No I/Q adjustment GC=0.2V, No I/Q adjustment GC=2.0V FLO/2 Mode GC=2.0V, I/Q=800mVP-P at 100kHz Second harmonic of carrier and LO leakage Third harmonic of carrier I/Q=100kHz Modulator Sideband Suppression * * * * Carrier Suppression * 3rd Harmonic of Modulation Suppression at FC-3x300kHz Spurious Outputs Spurious Outputs at Integer Harmonics of 1/2xFLOHB* FLO HB (3/2)xFLO LB -62.0 -19.0 dBm dBm Output Compression Output P1dB* +7.0 dBm * Not tested in Production ** Provides the same output power as modulated signal with associated crest factor. 5-118 Rev A0 060206 RF2705G Specification Min. Typ. Max. Output Performance with CW Baseband Inputs Low Band Mode (GSM850/GSM900), cont’d Parameter Intermodulation Output IP3* +20.0 dBm GC=2.0V. Extrapolated from IM3 with two baseband tones at 90kHz and 110kHz applied differentially, in quadrature, at both I and Q inputs, each tone 400mVP-P. Unit Condition Mode=Low Band FLOx1 (see Control Logic Truth Table for Mode Control Settings) Intermodulation IM3 tone at FC +70kHz and FC +130kHz relative to tones at FC +90kHz and FC +110kHz -48 dBc GC=2.0V Low Band Bypass Mode (GSM850/GSM900) Mode=Low Band Bypass (see Control Logic Truth Table for Mode Control Settings) PA Driver GMSK Input Power* GMSK Output Power Output Impedance* -3 5.0 0 7.5 50 -161 +3 10.0 dBm dBm Ω dBc/Hz VCC =2.7V At LO LB input from a 50 Ω source. At RF LB output Output Noise At FC ±20MHz* * Not tested in Production -159 AM+PM noise, LO=0dBm Rev A0 060206 5-119 RF2705G Specification Min. Typ. Max. Output Performance with CW Baseband Inputs High Band Mode (DCS1800/PCS1900) Parameter Unit Condition Mode=High Band FLOx1 (see Control Logic Truth Table for Mode Control Settings) VGA and PA Driver Output Power 8PSK Modulated* Output Power CW * -44 0.2 0 0 2.2 2 -1.6 -17.6 -30 -40 42 28 -45 -45 -45 -45 -45 -40 -40 -40 -39 -37 -50 -30 -30 -30 -30 -30 -34 -34 -33 -30 -30 -40 dBm dBm dBm dBm dBm dBm V dB dB/V dBc dBc dBc dBc dBc dBc dBc dBc dBc dBc dBc +6.0 Gain Control Voltage Range Gain Control Range Gain Control Slope -37 2.0 VCC =2.7V, T=+25°C, LO=1710MHz to 1910MHz at 0dBm, IQ=800mVP-P** at 100kHz, unless otherwise noted GC=2.0V, IQ=1.2VP-P 8PSK GC=2.0V, IQ=800mVP-P at 100kHz GC=1.5V, IQ=800mVP-P at 100kHz GC=1.0V, IQ=800mVP-P at 100kHz GC=0.5V, IQ=800mVP-P at 100kHz GC=0.2V, IQ=800mVP-P at 100kHz Difference between output power at GC=2.0V and GC=0.2V Calculated between GC=0.5V and 1.5V GC=2.0V, No I/Q adjustment GC=1.5V, No I/Q adjustment GC=1.0V, No I/Q adjustment GC=0.5V, No I/Q adjustment GC=0.2V, No I/Q adjustment GC=2.0V, No I/Q adjustment GC=1.5V, No I/Q adjustment GC=1.0V, No I/Q adjustment GC=0.5V, No I/Q adjustment GC=0.2V, No I/Q adjustment GC=2.0V FLOx2 Mode GC=2.0V, I/Q=800mVP-P at 100kHz FLO LB leakage Second harmonic of carrier Third harmonic of carrier I/Q=100kHz Modulator Sideband Suppression * * * * Carrier Suppression * 3rd Harmonic of Modulation Suppression at FC-3x300kHz Spurious Outputs Spurious Outputs at Integer Harmonics of 1/2xFLOHB FLO LB 4xFLO LB 6xFLO LB -70.0 -25.0 -40.0 dBm dBm dBm Output Compression Output P1dB* +8.0 dBm * Not tested in Production ** Provides the same output power as modulated signal with associated crest factor. 5-120 Rev A0 060206 RF2705G Specification Min. Typ. Max. Output Performance with CW Baseband Inputs High Band Mode (DCS1800/PCS1900), cont’d Parameter Intermodulation Output IP3* +20 dBm GC=2.0V. Extrapolated from IM3 with two baseband tones at 90kHz and 110kHz applied differentially, in quadrature, at both I and Q inputs, each tone 400mVP-P. Unit Condition Mode=High Band FLOx1 (see Control Logic Truth Table for Mode Control Settings) Intermodulation IM3 tone at FC +70kHz and FC +130kHz relative to tones at FC +90kHz and FC +110kHz -53 -42 dBc GC=2.0V Output Performance with CW Baseband Inputs Wideband Mode Mode=Wideband FLOx2 (see Control Logic Truth Table for Mode Control Settings) VGA and PA Driver Output Power W-CDMA Modulated* Output Power CW Gain Control Voltage Range Gain Control Range Gain Control Slope 5 2 0.2 5 92 73 -48 -50 -50 -50 -42 -41 -38 -23 -55 -30 -30 -30 -30 -30 -30 -30 -10 -50 8 2.0 dBm dBm V dB dB/V dBc dBc dBc dBc dBc dBc dBc dBc dBc VCC =2.7V, T=+25°C, LO=975MHz to 990MHz at -10dBm, IQ=540mVP-P** at 100kHz, unless otherwise noted GC=2.0V, IQ=0.8VP-P at HQPSK GC=2.0V Difference between output power at GC=2.0V and GC=0.2V Calculated between GC=1.0V and 0.5V GC=2.0V, No I/Q adjustment GC=1.5V, No I/Q adjustment GC=1.0V, No I/Q adjustment GC=0.5V, No I/Q adjustment GC=2.0V, No I/Q adjustment GC=1.5V, No I/Q adjustment GC=1.0V, No I/Q adjustment GC=0.5V, No I/Q adjustment GC=2.0V Modulator Sideband Suppression * * * Carrier Suppression 3rd Harmonic of Modulation Suppression at FC-3x300kHz Spurious Outputs Spurious Output at Integer Multiples of FLO LB* FLO LB 4xFLO LB 6xFLO LB GC=2.0V, I/Q=540mVP-P at 100kHz -60.0 -14.0 -47.0 +11.5 +20 dBm dBm dBm dBm dBm FLO LB leakage Second harmonic of carrier Third harmonic of carrier I/Q=100kHz GC=2.0V. Extrapolated from IM3 with two baseband tones at 90kHz and 110kHz applied differentially, in quadrature, at both I and Q inputs, each tone 400mVP-P. GC=2.0V 0 0 Output Compression Output P1dB* Intermodulation Output IP3* Intermodulation IM3 tone at FC +70kHz and FC +130kHz relative to tones at FC +90kHz and FC +110kHz -37 dBc -40 dBc * Not tested in Production ** Provides the same output power as modulated signal with associated crest factor. GC=1.5V Rev A0 060206 5-121 RF2705G Specification Min. Typ. Max. High Band Bypass Mode (DCS1800/PCS1900) Parameter PA Driver GMSK Input Power* GMSK Output Power Output Impedance* -3 4.0 0 6.8 50 -161 +3 9.0 dBm dBm Ω dBc/Hz Unit Condition Mode=High Band Bypass (see Control Logic Truth Table for Mode Control Settings) VCC =2.7V At LO LB input from a 50 Ω source. At RF LB output Output Noise At FC ±20MHz* * Not tested in Production -159 AM+PM noise, LO=0dBm 5-122 Rev A0 060206 RF2705G Parameter General Specifications Operating Range Supply Voltage Temperature 2.7 -40 3.3 +85 V °C Refer to Logic Control Truth Table for Mode Control Pin Voltages.