Version 6.0 Selection Guide
Semiconductor Solutions for the Connected World
www.agilent.com/semiconductors
Agilent Part to Market Quick Guide, Version 6.0 Selection Guide
Table of Contents
Abbreviations of Wireless Terms iGSM Dualband/Triband Handset Dualband Handset 1 Triband Handset 2 Dualband/Triband Handset
Suggested Components 1 3 Suggested Components 2 4 Switchplexer 5CDMA Handset Single Band-Single Mode PCS 6 Single Band-Single Mode, Single Band-Dual Mode 7 Dual Band-Dual Mode, Dual Band-Tri-Mode 8 Suggested Components 1 9 Suggested Components 2 10W-CDMA Handset
2nd Generation 3GPP 11 Suggested Components 1 12Basestation Radio GSM Basestation Radio 13 W-CDMA/CDMA Basestation Radio 14 Suggested Components 1 15 Suggested Components 2 16 MCPA Feed Forward 17 MCPA Pre-Distortion 18 Suggested Components 1 19 Basestation LNA/Multicoupler 20 Basestation Tower Mounted Amplifi er 21 Basestation Tower Mounted Amplifi er 2 22Microwave Link Microwave Link 23 IF Components, Suggested Components 1 24 (W/mmW Components, Suggested Components 2 25 (W/mmW Components, Suggested Components 3 26
Global Positioning System GPS 27 Suggested Components 282.4 GHz Systems RF Modulation 29 IF Modulation 30 Suggested Components 1 31 Suggested Components 2 323-4 GHz Systems Example 1 33 Example 2 34 Suggested Components 1 35 Suggested Components 2 365-6 GHz Systems 5-6 GHz Systems 37 Suggested Components 1 38 Suggested Components 2 39Satellite Digital Audio Radio Services, Digital Audio Broadcasting SDARS, DAB 40 Suggested Components 41 Non RF Input Protection 42Product Selection Guides
Surface Mount Diode Selection Guide 43-46 Microwave GaAs Beam Lead Diode Selection Guide 47 Transistor Selection Guide 48-49 RFIC Selection Guide 50-51 MMIC Selection Guide 52-54
RF/mW Packaging Quick Reference 55 Plastic Surface Mount Packages Ceramic Packages Duplexers
Agilent Part to Market Quick Guide, Version 5.0 Selection Guide
Abbreviations of Wireless Terms
CATV Cable Television (50 to 300 MHz)CDMA Code Division Multiple AccessCDPD Cellular Digital Packet DataDBS Direct Broadcast Satellite (12 GHz)DSP Digital Signal Processor (baseband)DSS Digital Satellite Service (12 GHz)E-pHEMT Enhancement mode pseudomorphic High Electron Mobility TransistorFWA Fixed Wireless Access
GaAs FET Gallium Arsenide Field Effect TransistorGPS Global Positioning System (1.5 GHz)GSM Global System for Mobile PhonesIF Intermediate FrequencyIP3 Third Order Intercept PointISM Industrial-Scientifi c-Medical bands (e.g., 900 MHz; 2.4, 5.8 GHz)
LMDS Local Microwave Distribution SystemMCPA Multi-Carrier Power Amplifi erMMDS Multipoint Microwave Distribution
System - “Wireless Cable” (2.5 - 2.7 GHz)
MMIC Monolithic Microwave Integrated Circuit
NF Noise Figure
P1dB Power level at 1.0 dB of gain compression PCS Personal Communications Services (1.9 GHz)PCN Personal Communications Network (DCS-1800 MHz)PDC Personal Digital CellularPMR Private Mobile RadioPLL Phase-Locked LoopRF Radio FrequencyRF/DC RF Data CommunicationRF/ID RF Identifi cation
RFIC Radio Frequency Integrated CircuitRLL/WLL Radio in the Local Loop/Wireless in the Local LoopSi BJT Silicon Bipolar TransistorSiGe Silicon Germanium
SMR Specialized Mobile Radio (150, 450, 900 MHz)TDMA Time Division Multiple AccessT/R Transmit/Receive
TSS Tangential Signal SensitivityTVRO Television Receive Only (3.7 - 4.2 GHz)
i
GSM Dualband Handset
Dual/Triband PA
Switch850/900Diplexer1800/1900LPFSwitchExtDetectorModuleLNAGSM850GSM900LNAGSM1800GSM1900
1
GSM Triband Handset
Dual/Triband PA
Switch850/900Diplexer1800/1900LPFSwitchExtDetectorLNAGSM850GSM900ModuleSwitchLNAGSM1800LNAGSM1900
2
GSM Dualband/Triband Handset
Suggested Components 1
Dual/Triband PA Modules
•ACPM-7891 E-pHEMT
Detector
•HMPS-282x
Schottky MiniPak•HSMS-282K/282L Schottky SOT 363•HSMS-286K/286L
Schottky SOT 363 low Cj•HSMS-2825 Schottky SOT 143•HSMS-2865
Schottky SOT 143 low Cj
Switch: PIN
•HMPP-389x PIN MiniPak•HSMP-389x/PIN SOT 323/363•HSMP-389V Series/Shunt SOT 363
Switch: PIN (lower harmonic)
•HMPP-386x PIN MiniPak•HSMP-386x PIN SOT 323/363
3
GSM Dualband/Triband Handset
Suggested Components 2
LNA GSM9000
•AT-32032 BJT Si
LNA GSM1800/1900
•ATF-55143/551M4 FET E-pHEMT•MGA-71543/72543/725M4
PA Driver: for high Pin PAs•MGA-81563 MMIC GaAs
•ATF-55143/551M4 FET E-pHEMT
4
Front End Module
Switch
Tx
GSM900
Diplexer
Rx
Switch
ANT
Tx
GSM1800/
1900
Rx
5
Bias
Tx
ZoRx
λ /4
Switch: PIN
•HMPP-389x PIN MiniPak•HSMP-389x PIN SOT 323/363
• HSMP-389V Series/ Shunt SOT363Switch: PIN (lower harmonic)•HMPP-386x PIN MiniPak•HSMP-386x PIN SOT 323/363
CDMA Handset SBSM PCS
(Single Band - Single Mode)
PA1850-1910 MHz PCSDuplexerExtDetector1930-1990 MHz PCSLNA
6
CDMA Handset SBSM, SBDM Cellular
(Single Band-Single Mode, Single Band-Dual Mode)
PA824-849 MHz CellularExtDuplexer869-894 MHz CellularLNA
7
CDMA Handset DBDM, DBTM
(Dual Band-Dual Mode, Dual Band-Tri Mode)
PA
DuplexerExtDuplexerLNA8
CDMA Handset Suggested Components 1
PA Modules
• ACPM-7812 800 MHz E-pHEMT•ACPM-7831 1900 MHz E-pHEMT
Detector
• HPMS-282x Schottky MiniPak•HSMS-282K/282L Schottky SOT 363•HSMS-286K/286L Schottky SOT 363 low Cj
Duplexer
• HPMD-7904 PCS FBAR Duplexer•HDMP-7905 PCS FBAR Duplexer
9
CDMA Handset Suggested Components 2
LNA PCS
• MGA-71543 MMIC GaAs
•ATF-55143/551M4 FET E-pHEMTLNA Cellular
•MGA-72543/725M4 MMIC GaAs
LO Buffer
• AT-310xx/320xx BJT Si
Tx Fullband Filter
• ACPF-7001 PCS Band FBAR
10
W-CDMA Handset
1920-1980 MHz
(1850-1910 MHz region 2)
PADuplexerExtDetector2110-2170 MHz(1930-1990 MHz region 2)11
W-CDMA Handset Suggested Componets 1
W-CDMA PA
• ACPM-7881 PA module E-pHEMT*LNA with bypass
• MGA-71543 GaAs MMIC
Detector
• HMPS-282x Schottky MiniPak•HSMS-282K Schottky SOT 363
•HSMS-286K Schottky SOT 363 low Cj
LNA without bypass
• ATF-55143/551M4 FET E-pHEMT
LO Buffer
• MGA-71543 GaAs MMIC•ATF-551M4 FET E-pHEMT
* Not yet released – inquire through your local sales channel
12
GSM Basestation Radio
Example
PASAWfilterBPfilterAtten.DACTxxN or MCPAxNSAWfilterTxRxRx main8 chADC8 chADCSAWfilterRx diversity5V Supply13
W-CDMA/CDMA Basestation Radio
Example
I/Q ModulatorI dataQ data
SAWfilterBPfilterTx
MCPATxI/Q DemodulatorQ dataI data
4 MHz BWfilterRx2110-2170 MHz1930-1990 MHz region 2Rx main1920-1980 MHz1850-1910 MHz region 2I dataQ data
I/Q Demodulator4 MHz BWfilterRx diversity5V Supply14
Basestation Radio
Suggested Components 1
IF Amplifier (Tx or Rx)
•MSA-XXXX MMIC Si
•MGA-81563/82563 MMIC GaAs•AT-32032/41532 BJT Si
Detector
•HSMS-2825 Schottky SOT 143•HSMS-282K Schottky SOT 363
•HSMS-2865 Schottky SOT 143 low Cj•HSMS-286K Schottky SOT 363 low Cj
Tx RF Amplifier
•MGA-53543 MMIC E-pHEMT•MGA-52543 MMIC GaAs
•MGA-81563/82563 MMIC GaAs•MSA-XXXX MMIC Si
•ATF-54143/541M4 FET E-pHEMT•HBFP-0420/0450 BJT Si
15
Basestation Radio
Suggested Components 2
LNA
•MGA-52543 MMIC GaAs•MGA-53543 MMIC E-pHEMT•MGA-81563/82563 MMIC GaAs•ATF-54143/541M4 FET E-pHEMT•ATF-34143/33143 FET•MGA-71543/72543/725M4MMIC GaAs
Variable Attenuator
•HSMP-381x PIN high linearity •HSMP-386x PIN low cost
• See application note AN1048
LO Buffer
•MSA-XXXX MMIC Si•MGA-52543 MMIC GaAs
•MGA-81563/82563 MMIC GaAs•MGA-85563/86563 MMIC Si, high S12
16
Multi-Carrier Power Amplifier
Feedforward Example
Control& VSWRDelayVector CorrectionDelay17
Multi-Carrier Power Amplifier
Pre-Distortion Example
Control& VSWRPre-Distortion18
Multi-Carrier Power Amplifier
Suggested Components 1
Tx Driver/Correction Path Amplifiers•ATF-5x1P8 FET E-pHEMT*•MGA-53543 MMIC GaAs
•MGA-81563/82563 MMIC GaAs•ATF-54143/541M4 FET E-pHEMT
*Coming Soon
Detector
•HSMS-2825 Schottky SOT 143•HSMS-282K Schottky SOT 363
•HSMS-2865 Schottky SOT 143 low Cj•HSMS-286K Schottky SOT 363 low Cj
Vector Correction
•HSMP-4810 PIN low distortion
19
Basestation LNA/Multicoupler
Example
1Ant
1dB2233Rx1Rx2Rx3Rx4
RxN
1Q1: low noise
•ATF-54143/541M4 E-pHEMT
•ATF-55143/551M4 E-pHEMT•ATF-34143 FET
•ATF-33143/331M4 FET•ATF-35143/38143 FET
2Q2: linearity/low noise•ATF-5x1P8 FETE-pHEMT*
•ATF-54143/541M4 FETE-pHEMT
•ATF-33143/331M4 FET•MGA-53543 MMIC E-pHEMT
3Q3: linearity
•ATF-5x1P8 FETE-pHEMT*
•ATF-54143/541M4 FETE-pHEMT
•MGA-53543 MMICE-pHEMT
*Coming Soon
20
Tower Mounted Amplifier
Example
11221Bypass SwitchQ1: low noise•HSMP-389x/489x PIN•ATF-54143/541M4 FET
E-pHEMT•HMPP-389x PIN MiniPak
•ATF-34143 FET•HSMP-386x PIN
•ATF-33143/331M4 FET•HMPP-386x PIN MiniPak
•ATF-35143/38143 FET
2Q2: linearity/low noise
•ATF-5x1P8 FET E-pHEMT*•ATF-54143/541M4 FETE-pHEMT
•ATF-33143/331M4 FET•MGA-53543 MMIC E-pHEMT* Coming Soon
21
Tower Mounted Amplifiers 2
Examples
Q1Q2dBQ1Q2Single or two stage. May not have duplex path.
Q1Q2Q1: low noise
•ATF-54143/541M4 FET E-pHEMT•ATF-34143 FET
•ATF-33143/331M4 FET•ATF-35143/38143 FETQ2: linearity/low noise
•ATF-5x1P8 FET E-pHEMT*
•ATF-54143/541M4 FET E-pHEMT•ATF-33143/331M4 FET
•MGA-53543 MMIC E-pHEMT*Coming Soon
22
Microwave Link
IF µW/mmWI/Q ModulatorI dataQ dataSAWFilterBPFilterBPFilterX/nSAWFilterBPFilterTx Synth.I/Q DemodulatorQ dataI dataX/nRx Synth.23
Microwave Link: IF Components
Suggested Components 1
IF Amplifiers & LO Buffers•MSA-XXXX MMIC Si•MGA-52543 MMIC GaAs
•MGA-81563/82563 MMIC GaAs•AT-32032/41532 BJT Si
Variable Attenuator
(see application note AN1048)•HSMP-381x PIN high linearity•HSMP-386x PIN low cost
Detector
•HSMS-2825 Schottky SOT 143•HSMS-282K Schottky SOT 363
•HSMS-2865 Schottky SOT 143 low Cj•HSMS-286K Schottky SOT 363 low Cj
24
Microwave Link: µW/mmW Components
Suggested Components 2
LNA
•HMMC-5023 MMIC GaAs•HMMC-5038 MMIC GaAs
Variable Attenuator
•HMMC-1002 MMIC GaAs•HMMC-1015 MMIC GaAs high linearity
/nPrescaler
•HMMC-300x/302x MMIC GaAs•HMMC-310x/312x MMIC GaAs packaged
PA/PA Driver
•HMMC-5040 MMIC GaAs
•HMMC-5032/5033/5034 MMIC GaAs•HMMC-5618 MMIC GaAs•HMMC-5620 MMIC GaAs•HMMC-5023 MMIC GaAs•HMMC-5038 MMIC GaAs•HMMC-5027 MMIC GaAs
25
Microwave Link: µW/mmW Components cont.
Suggested Components 3
LO Buffer
•HMMC-5040 MMIC GaAs•HMMC-5618 MMIC GaAs•HMMC-5200 MMIC GaAs
•HMMC-3040 MMIC GaAs mixer
Mixer
•HMMC-3040 MMIC GaAs mixer•HSCH-9xxx Schottky GaAs
XMultipliers
•HMMC-5040 MMIC GaAs
•HMMC-5023 MMIC GaAs (PN#11)•HMMC-3040 MMIC GaAs mixer•HSCH-9xxx Schotty GaAs
Detector
•HSCH-9161 GaAs Schottky beamlead•HSCH-9401 GaAs Schottky bondpads•HSCH-9101 GaAs Schottky beamlead
26
GPS Global Positioning System
LNAQ1Q2DownconverterI.F. AmplifierL.O. BufferVCO27
GPS Global Positioning System
Suggested Components
LNA Q1/Q2
•ATF-55143/551M4 FET E-pHEMTLNA Q2
•MGA-71543 GaAs MMIC
•MGA-72543/725M4 GaAs MMICIF Amplifier
•MSA-2543/2643 MMIC Si•MSA-XXXX MMIC Si
Downconverter
•IAM-91563 GaAs MMIC
LO Buffer
•MGA-71543 GaAs MMIC
•ATF-55143/551M4 FET E-pHEMT
VCO
•AT-32032 BJT Si
28
2.4 GHz Systems r.f. modulation
Diversity Antennas
PAPA DriverPASwitchI/QSwitchLO Buffer2.4-2.483 GHzRx IFDownconverterLNALNA29
2.4 GHz Systems i.f. modulation
Diversity AntennasPAPA DriverPASwitchI/QSwitchLO Buffer2.4-2.483 GHzRx IFDownconverterLNALNA30
2.4 GHz Systems Suggested Components 1
PA
• MGA-83563 GaAs MMIC•MGA-82563 GaAs MMIC•ATF-51xP8 FET E-pHEMT*•MGA-545P8 GaAs MMIC*
PA Driver
• MGA-81563 GaAs MMIC•MGA-82563 GaAs MMIC•MGA-71543 GaAs MMIC
•MGA-72543/725M4 GaAs MMIC•MGA-545P8 GaAs MMIC*
*Coming Soon
LNA with bypass
• MGA-71543 GaAs MMIC
•MGA-72543/725M4 GaAs MMIC
LNA without bypass
• MGA-85563 GaAs MMIC•MGA-87563 GaAs MMIC•MGA-86563 GaAs MMIC
•ATF-55143/551M4 FET E-pHEMT
31
2.4 GHz Systems Suggested Components 2
Downconverter
•IAM-91563 GaAs MMIC
LO Buffer
• MGA-71543 GaAs MMIC•MGA-85563 GaAs MMIC
•ATF-55143/551M4 FET E-pHEMT
Switch: PIN
•HMPP-389x PIN MiniPak•HSMP-389x PIN SOT 323/363
32
3-4 GHz Systems Example 1
Diversity Antennas
PAPA DriverPAI/QSwitchSwitchLO BufferRx IFDownconverterLNALNA33
3-4 GHz Systems Example 2
Diversity Antennas
PAPA DriverPAI/QSwitchLO BufferDownconverterLNALNARx IFRx IFDownconverterLNALNA34
3-4 GHz Systems Suggested Components 1
Tx Amplifiers and PA Drivers
• MGA-81563/82563 GaAs MMIC•MGA-52543 GaAs MMIC•MGA-71543 GaAs MMIC
• MGA-72543/725M4 GaAs MMIC•MGA-545P8 GaAs MMIC*•ATF-51xP8 FET E-pHEMT*
Mixers
• IAM-91563 GaAs MMIC•HSMS-8202 Schottky Diode
*Coming Soon
LNA with bypass
• MGA-71543 GaAs MMIC
•MGA-72543/725M4 GaAs MMIC
LNA without bypass
• MGA-85563 GaAs MMIC•MGA-86563 GaAs MMIC•MGA-87563 GaAs MMIC
•ATF-55143/551M4 FET E-pHEMT•ATF-35143 GaAs FET
35
3-4 GHz Systems Suggested Components 2
Detector
• HSMS-2865/286K Schottky PairIF Amplifiers
•MSA-XXXX MMIC Si
• MSA-81563/82563 GaAs MMIC
LO Buffer
• MGA-81563/82563 GaAs MMIC•MGA-71543 GaAs MMIC•MGA-85563 GaAs MMIC
•ATF-55143/551M4 FET E-pHEMT
Switch: PIN
•HMPP-389x PIN MiniPak
Attenuator: PIN
• HSMP-381x PIN SOT
(see application note AN1048)•HMPP-386x PIN MiniPak
36
5-6 GHz Systems
Diversity Antennas
PAPAPA DriverI/QSwitchSwitchLO BufferRx IFDownconverterLNALNA37
5-6 GHz Systems Suggested Components 1
PA
• MGA-82563 GaAs MMICparalleled for power
•MGA-545P8 GaAs MMIC*
PA Driver
• MGA-81563 GaAs MMIC•MGA-82563 GaAs MMIC
•ATF-54143/541M4 FET E-pHEMT•MGA-71563 GaAs MMIC
•MGA-72563/725M4 GaAs MMIC
*Coming Soon
LNA without bypass
• MGA-85563 GaAs MMIC•MGA-87563 GaAs MMIC•MGAS-86563 GaAs MMIC
•ATF-55143/551M4 FET E-pHEMT
38
5-6 GHz Systems Suggested Components 2
Downconverter
• IAM-91563 GaAs MMIC
LO Buffer
• MGA-81563 GaAs MMIC•MGA-85563 GaAs MMIC
•ATF-54143/541M4 FET E-pHEMT
Switch: PIN
•HMPP-389x PIN MiniPak
39
SDARS Satellite Digital Audio Radio ServicesDAB Digital Audio Broadcasting
LNAQ1Q2Q3DownconverterI.F. AmplifierL.O. Buffer2320-2345 MHzsatellite: QPSKrepeaters: COFDM1452-1492 MHz
SDARS USVCODAB EuropeWorldspace
40
SDARS Satellite Digital Audio Radio ServicesDAB Digital Audio Broadcasting
Suggested Components
LNA Q1/Q2
•ATF-55143/551M4 FET E-pHEMT
LNA Q3
•MGA-72543/725M4 GaAs MMIC•MGA-71543 GaAs MMICIF Amplifier
•MSA-2543/2643/2743 MMIC Si•MSA-XXXX MMIC SiDownconverter
•IAM-91563 MMIC GaAs
LO Buffer
•MGA-71543 GaAs MMIC
•ATF-55143/551M4 FET E-pHEMT
VCO
•AT-32032 BJT Si•AT-31033 BJT Si
41
Non-RF Input Protection
VSGND
Protection Diodes
• HSMS-270x Schottky Diode Series•HBAT-540x Schottky Diode Series•HSMS-282x Schottky Diode Series
42
Surface Mount RF Diode
Product Selection
MiniPak
Single Anti-parallel Parallel Shunt SwitchConfi guration32(0)4132(2)4132(5)41CathodeAnode32AnodeCathode41(T) HMPP-3860 HMPP-3862 HMPP-3865PIN HMPP-3890 HMPP-3892 HMPP-3895 HMPP-389T HMPS-2820 HMPS-2822 HMPS-2825 Schottky3 Lead Diodes SOT-323 (SC-70)
Dual Dual Common Common Single Anode Cathode Series Pair Anode CathodeConfi gurationPIN HSMP-381B HSMP-481B HSMP-381C HSMP-381E HSMP-381F HSMP-386B HSMP-386C HSMP-386E HSMP-386F HSMP-389B HSMP-489B HSMP-389C HSMP-389E HSMP-389F HBAT-540B HBAT-540CSchottky HSMS-270B HSMS-270C HSMS-280B HSMS-280C HSMS-280E HSMS-280F HSMS-281B HSMS-281C HSMS-281E HSMS-281F HSMS-282B HSMS-282C HSMS-282E HSMS-282F HSMS-285B HSMS-285C HSMS-286B HSMS-286C HSMS-286E HSMS-286F43
3 Lead Diodes SOT-23
Dual Dual Common Common Single Anode Cathode Series Pair Anode CathodeConfi gurationPIN HSMP-3810 HSMP-4810 HSMP-3812 HSMP-3813 HSMP-3814 HSMP-3860 HSMP-3862 HSMP-3863 HSMP-3864 HSMP-3890 HSMP-4890 HSMP-3892 HSMP-3893 HSMP-3894 HBAT-5400 HBAT-5402 Schottky HSMS-2700 HSMS-2702 HSMS-2800 HSMS-2802 HSMS-2803 HSMS-2804 HSMS-2810 HSMS-2812 HSMS-2813 HSMS-2814 HSMS-2820 HSMS-2822 HSMS-2823 HSMS-2824 HSMS-2860 HSMS-2862 HSMS-2863 HSMS-2864 HSMS-2850 HSMS-2852 HSMS-8101 HSMS-8202 4 Lead Diodes SOT-143 Unconnected Ring Bridge Crossover Pair Quad Quad QuadConfi gurationPIN HSMP-3895 HSMS-2805 HSMS-2808Schottky HSMS-2815 HSMS-2817 HSMS-2818 HSMS-2825 HSMS-2827 HSMS-2828 HSMS-2829 HSMS-2865 HSMS-8207 HSMS-8209 HSMS-2855 44
6 Lead Diodes SOT-323 (SC-70)
Unconnected Dual Mode Low Series High Frequency Trio Switch Inductance Shunt Pair Series Shunt Pair Confi gurationLRTUV HSMP-386L PIN HSMP-389L HSMP-389R HSMP-389T HSMP-389U HSMP-389V 6 Lead Diodes SOT-363 (SC-70) High Isolation Unconnected Common Common Bridge Ring Unconnected Pair Trio Cathode Quad Anode Quad Quad QuadConfi gurationKLMNPR HSMS-280K HSMS-280L HSMS-280M HSMS-280N HSMS-280P HSMS-280RSchottky HSMS-281K HSMS-281L HSMS-282K HSMS-282L HSMS-282M HSMS-282N HSMS-282P HSMS-282R HSMS-285L HSMS-285P HSMS-286K HSMS-286L HSMS-286P HSMS-286R45
PIN Diode
Application Part Number Ct (pF) RS (W) VBR (V) Trr (nS) Lifetime (nS) (max/typ) (max) (min) (typ) (typ)Low distortion attenuator HSMP-381x 0.35/0.27 3.0 100 300 1500Low distortion/low inductance attenuator HSMP-481x 0.40/0.35 3.0 100 300 1500Low inductance limiter HSMP-482x 1.0/0.75 0.6 35 7 70Low current switch/attenuator HMPP/HSMP-386x – /0.20 1.5 typ 50 80 500Low resistance switch HMPP/HSMP-389x 0.30/0.20 2.5 50 — 200Low resistance/low inductance switch HSMP-489x 0.38/0.33 2.5 50 — 200 Schottky-Barrier Diodes
–––––—————————————————————————————————————————————––––Application Part Number VBR (V) VF(mV) VF @ IF (V @ mA) Ct (pF) RD (W) Volt. Sens. (g) (mV/mW) RV (KW) (min) (max) (max) (typ) (typ) (typ @ 900 MHz) (typ)Best overall HMPS/HSMS-282x 15 340 0.7 @ 30 1.0 12.0 — —general purpose
Clipping/Clamping HBAT-540x 30 800 — 3.0 2.4 — —High Current HSMS-270x 15 550 — 6.7 0.65 — —Clipping/Clamping
Lowest fl icker noise HSMS-281x 20 400 1.0 @ 35 1.2 15 — —High VBR HSMS-280x 70 400 1.0 @ 15 2.0 35 — —Zero bias detector HSMS-285x — 150 — 0.3 — 40 8High frequency HSMS-286x 5 250 — 0.3 — 50 5up to 14 GHz 46
Agilent Microwave GaAs Beam Lead Schottky Diode
Selection Guide
Beam Lead GaAs Schottky Barrier Diodes
Part Ctotal RS BV @ -10 µA VF @ 1 mA
Number Applications (pF) (Ω) (V) (mV) TypeHSCH-9101 Microwave/Millimeter-wave Mixer 0.040 6 > 4.5 700 singleHSCH-9201 Microwave/Millimeter-wave Balanced Mixer 0.040 6 > 4.5 700 series pairHSCH-9251 Microwave/Millimeter-wave Harmonic Mixer 0.040 6 > 4.5 700 antiparallel pairHSCH-9301 Microwave/Millimeter-wave Double-Balanced Mixer 0.075 6 > 4.5 700 ring quadZero-Bias Beam Lead GaAs Detector Diodes
Part Cj RV Max. G Functional throughNumber Applications (pF) (kΩ) (mV/µW) (GHz)HSCH-9161 Microwave/Millimeter-wave Detector 0.035 7.5 0.5 110
Beamless GaAs Schottky Microwave/Millimeter-wave Diodes
Part Cj RS BV @ -10 µA VF @ 1 mA
Number Applications (pF) (Ω) (V) (mV) TypeHSCH-9401 Detector, single-ended mixer 0.015 <8.5 >6 700 SingleHSCH-9501 Balanced mixer <0.05 <6 >4.5 700 Series pairHSCH-9551 Harmonic mixer <0.05 <6 — 700 Antiparallel pair47
Agilent Technologies Transistors
Selection Guide
Silicon Bipolar Transistors
NFo and Ga are specifi ed at a low noise bias point, while P1 dB, G1 dB, and |S21E|2 are specifi ed at bias points which optimize these parameters.
Low Noise Transistors (Typical Specifi cations @ 25°C Case Temperature)
Part Frequency VCE NFo Ga P1 dB G1 dB |S21E|2 @ 1.0 GHz PackageNumber (GHz) (V) (dB) (dB) (dBm) (dBm) (dB)
AT-30511 0.9 2.7 1.1 16.0 +7.0 16.5 17.9[1] SOT-143 plastic SMAT-30533 0.9 2.7 1.1 13.0 +7.0 15.0 15.2[1] SOT-23 plastic SMAT-31011 0.9 2.7 0.9 13.0 +9.0 14.0 19.1[1] SOT-143 plastic SMAT-31033 0.9 2.7 0.9 11.0 +9.0 12.0 15.8[1] SOT-23 plastic SMAT-32011 0.9 2.7 1.0 14.0 +13.0 16.5 18.9[1] SOT-143 plastic SMAT-32032 0.9 2.7 1.0 15.0 +13.0 15.5 11.5[1] SOT-323 plastic SMAT-32033 0.9 2.7 1.0 12.5 +13.0 14.5 15.1[1] SOT-23 plastic SMAT-32063[2] 0.9 2.7 1.1 14.5 +12.0 16.0 17.0[1] SOT-363 plastic SMAT-41411 2.0 8.0 1.8 13.0 +17.0 13.0 16.7 SOT-143 plastic SMAT-41435 2.0 8.0 1.7 14.0 +19.0 14.0 17.2 micro-X SMAT-41486 1.0 8.0 1.4 18.0 +18.0 13.5[3] 17.5 85 mil plastic SMAT-41511 0.9 5.0 1.0 15.5 +14.5 17.5 15.8[1] SOT-143 plastic SMAT-41532 0.9 5.0 1.0 15.5 +14.5 14.5 13.3[1] SOT-323 plastic SMAT-41533 0.9 5.0 1.0 14.5 +14.5 14.5 13.9[1] SOT-23 plastic SMAT-41586 1.0 8.0 1.4 17.0 +18.0 13.0[3] 17.0 85 mil plastic SMAT-42036 2.0 8.0 1.9 13.5 +21.0 14.0 16.6 micro-X SMAT-42070 2.0 8.0 1.9 14.0 +21.0 15.0 17.3 70 mil striplineAT-42085 2.0 8.0 1.9 13.5 +20.5 14.0 17.0 85 mil plasticAT-42086 2.0 8.0 1.9 13.0 +20.5 13.5 16.5 85 mil plastic SMNotes:
1. Typical at 900 MHz
2. Dual transistor — All data is per individual transistor.3. Typical G1 dB at 2 GHz
48
Silicon Bipolar Transistors, continued
Medium Power Transistors (Typical Specifi cations @ 25°C Case Temperature)
Part VCE P1 dB @ 2 GHz G1 dB @ 2 GHz P1 dB @ 4 GHz G1 dB @ 4 GHz PackageNumber (V) (dBm) (dBm) (dBm) (dBm)
AT-64020 16.0 +28 10.0 +27 6.5 200 mil BeO disk
Gallium Arsenide (GaAs) Field Effect Transistors (FETs)
NFo and Ga are specifi ed at a low noise bias point, while P1 dB and G1 dB are specifi ed at bias points which optimize these parameters.Single Voltage Low Noise E-pHEMTs[1] (Typical Specifi cations @ 25°C Case Temperature)
Part Gate Width Frequency Test Freq. Vdd Idd NFo Ga OIP3 P1 dB PackageNumber (µm) Range (GHz) (GHz) (V) (mA) (dB) (dB) (dBm) (dBm) ATF-511P8 6400 0.05 - 6 2 4.5 200 2.5 15.5 43 +30.4 LPCC[3]ATF-521P8 3200 0.05 - 6 2 4.5 200 1.5 17.0 42 +26.5 LPCC[3]ATF-531P8 1600 0.05 - 6 2 4.0 135 0.6 20.0 38 +24.5 LPCC[3]
ATF-54143 800 0.45 - 6 2 3 60 0.5 16.6 36.2 +20 SOT-343 (SC-70)ATF-541M4 800 0.45 - 10 2 3 60 0.5 17.5 35.8 +21 MiniPak[2]
ATF-55143 400 0.45 - 6 2 2.7 10 0.6 17.7 24.2 +14 SOT-343 (SC-70)ATF-551M4 400 0.45 - 10 2 2.7 10 0.5 17.5 24.1 +15 MiniPak[2]
Low Noise pHEMTs (Typical Specifi cations @ 25°C Case Temperature)
Part Gate Width Frequency Test Freq. Vdd Idd NFo Ga OIP3 P1 dB PackageNumber (µm) Range (GHz) (GHz) (V) (mA) (dB) (dB) (dBm) (dBm)
ATF-33143 1600 0.45 - 6 2 4 80 0.5 15.0 33.5 +22 SOT-343 (SC-70)ATF-331M4 1600 0.45 - 6 2 4 60 0.6 15.0 31 +19 MiniPak[2]
ATF-34143 800 0.45 - 6 2 4 60 0.5 17.5 31.5 +20 SOT-343 (SC-70)ATF-35143 400 0.45 - 6 2 2 15 0.4 18.0 21 +10 SOT-343 (SC-70)ATF-38143 800 0.45 - 6 2 2 10 0.4 16.0 22 +12 SOT-343 (SC-70)ATF-36077 200 1.5 - 18 12 1.5 10 0.5 12.0 — +5 70 mil SMATF-36163 200 1.5 - 18 12 1.5 15 1.2 10.0 — +5 SOT-363 (SC-70)
Notes:
1. Agilent’s enhancement mode E-pHEMT devices are the fi rst commercially available single-supply GaAs transistors that do not need a negative gate bias voltage for operation. They can help simplify the design and reduce the cost of receivers and transmitters in many RF applications.2. MiniPak is a thin miniature packaging with the following dimension: 1.4 mm (L) x 1.2 mm (W) x 0.7 mm (D)
3. LPCC (Leadless Plastic Chip Carrier) is a copper leadframe based plastic molded package with the following dimensions: 2.0 mm (L) x 2.0 mm (W) x 0.75 mm (D)
49
Agilent RFIC
Selection Guide
GaAs Fixed Gain Amplifi ers
Frequency
Part Range Test Freq Vdd Idd NF Gain P1dB OIP3
Number (GHz) (GHz) (V) (mA) (dB) (dB) (dBm) (dBm) Package
MGA-52543 0.4 – 6 1.9 5 53 1.9 14.2 +17.4 +31.7[3] SOT-343 (SC-70)
New!MGA-53543 0.4 – 6 1.9 5 54 1.5 15.4 +18.6 +39.1 SOT-343 (SC-70)
New!MGA-81563 0.1 – 6 2 3 42 2.8 12.4 +14.8 +27 SOT-363 (SC-70)MGA-85563 0.8 – 6 2 3 15 to 30[1] 1.9 19 +1 to +8 +12 to +17 SOT-363 (SC-70)MGA-86563 0.5 – 6 2.4 5 14 1.6 22.5 +4.2 +15 SOT-363 (SC-70)MGA-86576 1.5 – 8 4 5 16 2.0 23.1 +6.3 +16 SM CeramicMGA-87563 0.5 – 4 2.4 3 4.5 1.6 12.5 -2 +8 SOT-363 (SC-70)MGA-82563 0.1 – 6 2 3 84 2.2 13.2 +17.3 +31 SOT-363 (SC-70)
GaAs Medium Power Amplifi er
Frequency
Part Range Test Freq Vdd Idd PSAT PAE Gain
Number (GHz) (GHz) (V) (mA) (dBm) (%) (dB) PackageMGA-83563 0.5 – 6 2.4 3 152 22 37 23 SOT-363 (SC-70)
GaAs Amplifi er with Bypass Switch
Frequency Switch Supply SupplyPart Range Test Freq NF Gain IIP3 Switch IL Isolation Voltage Current
Number (GHz) (GHz) (dB) (dB) (dBm @ mA) (dB) (dB) (V) (mA) Package
[1]
New!MGA-71543 0.1 – 6.0 2 0.8 15.4 +7.4 @ 20 2.5 -22.5 2.7 – 4.2 0 to 60 SOT-343 (SC-70)
MGA-72543 0.1 – 6.0 2 1.4 13.6 +10.5 @ 20 2.5 -23.2 2.7 – 4.2 0 to 60[1] SOT-343 (SC-70)
New!MGA-725M4 0.1 – 6.0 2 1.3 15.7 +9.9 @ 20 1.6 -23.4 2.7 – 4.2 0 to 60[1] MiniPak
Package[2]
Notes:
1. Supply current can be adjusted using an external resistor to vary P1dB and IIP32. MiniPak dimension: 1.4 mm (L) x 1.2 mm (W) x 0.7 mm (D)3. IP3 of MGA-52543 is 17.5 dBm at 1.9 GHzAll specifi cations are typical at +25°C case temperature
50
Silicon Fixed Gain Amplifi ers
Frequency Supply SupplyPart Range NF Gain P1dB IP3 Voltage Current
Number (GHz) (dB @ 2 GHz) (dB @ 2 GHz) (dBm @ 2 GHz) (dBm @ 2 GHz) (V) (mA) PackageMSA-2543 DC – 3.0 4.5 13.8 0 13 (Output) 5 12 SOT-343 (SC-70)MSA-2643 DC – 3.0 3.6 15.9 9.4 21.9 (Output) 5 27 SOT-343 (SC-70)MSA-2743 DC – 3.0 4 15.5 15 28 (Output) 5 50 SOT-343 (SC-70)vice Frequency NF Gain Gain VCC Device De
Part Range @ 1 GHz @ 0.1 GHz @ 1 GHz P1dB IP3 MIN Voltage Current
Number (GHz) (dB) (dB) (dB) (dBm) (dBm) (V) (V) (mA) Package MSA-2111 DC – 500 3.3 22.0 16.0 +10 +20 5 3.6 29 SOT-143 MSA-0836 DC – 4000 3.0 32.5 23.0 +12.5 +27 10 7.8 36 trim lead micro-X
MSA-0870 DC – 4000 3.0 32.5 23.5 +12.5 +27 10 7.8 36 70 mil striplineMSA-0886 DC – 4000 3.3 32.5 22.5 +12.5 +27 10 7.8 36 85 mil SM plastic
MSA-3111 DC – 500 3.5 24.4 18.4 +9 +23 7 4.5 29 SOT-143 MSA-3186 DC – 500 3.5 24.6 18.7 +9 +21 7 4.7 29 85 mil SM plastic
MSA-2011 DC – 1000 4.3 18.9 16.2 +9 +22 7 5.0 32 SOT-143 MSA-2086 DC – 1100 3.7 19.2 16.6 +9 +22 7 5.0 32 85 mil SM plastic
MSA-0711 DC – 1900 5.0 13.0 12.0 +5.5 +18 5 3.8 22 SOT-143
MSA-0770 DC – 2500 4.5 13.5 13.0 +5.5 +19 5 4.0 22 70 mil striplineMSA-0785 DC – 2000 5.0 13.5 12.5 +5.5 +19 5 4.0 22 85 mil plasticMSA-0786 DC – 2000 5.0 13.5 12.5 +5.5 +19 5 4.0 22 85 mil SM plastic
MSA-0986 50 – 5500 6.0 8.0 7.5 +11.5 +23 12 7.8 35 85 mil SM plastic
MSA-0236 DC – 2700 6.5 12.5 12.0 +4.5 +17 7 5.0 25 trim lead micro-X
MSA-0270 DC – 2800 6.5 12.5 12.0 +4.5 +17 7 5.0 25 70 mil striplineMSA-0286 DC – 2500 6.5 12.5 12.0 +4.5 +17 7 5.0 25 85 mil SM plastic
MSA-0420 DC – 4000 6.5 8.5 8.5 +16 +30 10 6.3 90 200 mil BeO diskMSA-0436 DC – 3800 6.5 8.5 8.3 +12.5 +25.5 7 5.3 50 trim lead micro-X
MSA-0470 DC – 4000 6.5 8.5 8.3 +12.5 +25.5 7 5.3 50 70 mil striplineMSA-0486 DC – 3200 7.0 8.3 8.0 +12.5 +25.5 7 5.3 50 85 mil SM plastic
MSA-0505 20 – 2300 6.5 8.0 7.0 +18 +29 12 8.4 80 85 mil SM plastic
MSA-0520 20 – 2800 6.5 9.0 8.5 +23 +33 15 12.0 165 200 mil BeO diskMSA-9970 DC – 2000 — 17.5 16.0 +14.5 +25 10 7.8 35 70 mil stripline (open loop)
Mixers – Downconverters
RF & LO IF
Freq Freq Conversion Supply SupplyPart Range Range NF Gain Input IP3 Voltage Current
Number Description (GHz) (MHz) (dB) (dB) (dBm) (V) (mA) Test Frequencies Package
IAM-91563 GaAs 0.8 – 6 50 – 700 8.5 9 -6 3 9 RF input: 1.9 GHz SOT-363 LO input: 1.64 GHz (SC-70) IF input: 250 MHz
51
Agilent mmW MMIC
Selection Guide
GaAs MMIC Low Noise Amplifi ers
Part Frequency Range Bias Cond. Gain P1 dB NF
Number (GHz) (V @ mA) (dB) (dBm) (dB) PackageHMMC-5023 21.2 – 26.5 5 @ 24 24 +14 2.5[1] chipHMMC-5038 37 – 40 3 @ 120 23 +12 4.8 chipNote:
1. Typ. 21.2–23.6 GHz; 2.8 typ. 24.5–26.5 GHz.
GaAs MMIC Broadband Medium-Power Amplifi ers
Part Description Freq. Range Bias Cond. Gain Gain Flatness P1 dB
Number & Features (GHz) (V @ mA) (dB) (dB) (dBm) PackageHMMC-5021 distributed amplifi er with low- 2 – 22.0 7 @ 150 8 ± 1 +17.5 chip frequency extension capabilities
HMMC-5022 distributed amplifi er with low- 2 – 22.0 7 @ 150 9.5 ± 1 +17.5 chip frequency extension capabilities
HMMC-5026 distributed amplifi er with low- 2 – 26.5 7 @ 150 7.5 ± 1 +15 chip frequency extension capabilities
HMMC-5027 distributed amplifi er with low- 2 – 26.5 8 @ 250 6.0 ± 0.8 +19 chip frequency extension capabilities
HMMC-5025 distributed amplifi er with low- 2 – 50 5 @ 75 8.5 ± 0.5 +10 chip frequency extension capabilities
HMMC-5032 compact transmitter amplifi er with 17.7 – 32 4.5 @ 250 8 ± 1 +22 chip integrated output power detector
HMMC-5033 high gain transmitter amplifi er with 17.7 – 32 5 @ 680 18 ± 1 +26 chip integrated output power detector
HMMC-5034 compact transmitter amplifi er with 37 – 43 4.5 @ 300 8 ± 1 +23 chip integrated output power detector
HMMC-5040 good input match to DC; can bias 20 – 40 4.5 @ 300, -0.6 V 22 ± 1.5 +18 chip input stage for multiplication
HMMC-5200 general purpose HBT amplifi er DC – 20 5 @ 45 9.5 ± 1 +12 chipHMMC-5618 effi cient two-stage amplifi er 6 – 20 5 @ 110 14 ± 0.5 +18 chipHMMC-5620 high-gain four stage amplifi er 6 – 20 5 @ 100 16 ± 0.75 +14 chip
52
GaAs MMIC Broadband Attenuators
Part Frequency Range Control Voltages Min./Max. Atten Comments
Number (GHz) (dB typ. @ GHz) PackageHMMC-1002 DC – 50 two 0 to -4V lines 2/40 @ 26.5 general-purpose atten. (e.g., AGC loops) chipHMMC-1015 DC – 50 two 0 to -9V lines 2/40 @ 26.5 lower distortion general-purpose atten. chip
GaAs MMIC SPDT Switches
Part Frequency Range Control Voltages Insertion Loss Isolation P1 dB
Number (GHz) Complementary (V) (dB) (dB) (dBm) PackageHMMC-2007 (abs.) DC – 8 +10/-10 1.1 38 > 27 chipHMMC-2027 (abs.) DC – 26.5 0/-10 2.5 30 > 27 chip
GaAs MMIC Mixer
RF & LO IF Freq. LO Drive Conv.Part Description Freq. Range Range Level Bias Cond. P1 dB Loss
Number & Features (GHz) (GHz) (dBm) (V @ mA) (dBm) (dB) Package 3-PORT DBM Up/Dn converter HMMC-3040 +LO amplifi er (input stage can 20 – 43 DC – 5 2 4.5 @ 150 8 (up-conv.) 9.5 chip be biased as multiplier) 15 (dn-conv.)
53
GaAs HBT Prescalers
Input Input Phase
Part Description Freq. Power Bias Pout Noise
Number & Features (GHz) (dBm) (V @ mA)[1] (dBm) (dBc/Hz) Package ÷ 2; on-chip pre- Single supply HMMC-3002 and post-amps; DC –16 -20 to +10 Pos. OR Neg. Dual Mode -153 @ chip differential I/O 4.5 to 6.5 @ 80 or 60 +6 or 0 100 KHz offset ÷ 4; on-chip pre- Single supply
HMMC-3004 and post-amps; DC –16 -20 to +10 Pos. OR Neg. Dual Mode -153 @ chip differential I/O 4.5 to 6.5 @ 80 or 60 +6 or 0 100 KHz offset ÷ 8; on-chip pre- Single supply
HMMC-3008 and post-amps; DC –16 -20 to +10 Pos. OR Neg. Dual Mode -153 @ chip differential I/O 4.5 to 6.5 @ 80 or 60 +6 or 0 100 KHz offset ÷ 2; on-chip pre- Single supply
HMMC-3022 and post-amps; DC –12 -20 to +10 Pos. OR Neg. Dual Mode -153 @ chip differential I/O 4.5 to 6.5 @ 40 or 30 0 or -6 100 KHz offset ÷ 4; on-chip pre- Single supply
HMMC-3024 and post-amps; DC –12 -20 to +10 Pos. OR Neg. Dual Mode -153 @ chip differential I/O 4.5 to 6.5 @ 40 or 30 0 or -6 100 KHz offset ÷ 8; on-chip pre- Single supply
HMMC-3028 and post-amps; DC –12 -20 to +10 Pos. OR Neg. Dual Mode -153 @ chip differential I/O 4.5 to 6.5 @ 40 or 30 0 or -6 100 KHz offset
÷ 2; on-chip pre- Single supply
HMMC-3102 and post-amps; DC –16 -20 to +10 Pos. OR Neg. +6.0 -153 @ SOIC-8 differential I/O 4.5 to 6.5 @ 80 100 KHz offset
÷ 4; on-chip pre- Single supply
HMMC-3104 and post-amps; DC –16 -20 to +10 Pos. OR Neg. +6.0 -153 @ SOIC-8 differential I/O 4.5 to 6.5 @ 80 100 KHz offset
÷ 8; on-chip pre- Single supply
HMMC-3108 and post-amps; DC –16 -20 to +10 Pos. OR Neg. +6.0 -153 @ SOIC-8 differential I/O 4.5 to 6.5 @ 80 100 KHz offset
÷ 2; on-chip pre- Single supply
HMMC-3122 and post-amps; DC –12 -20 to +10 Pos. OR Neg. 0 -153 @ SOIC-8 differential I/O 4.5 to 6.5 @ 40 100 KHz offset
÷ 4; on-chip pre- Single supply
HMMC-3124 and post-amps; DC –12 -20 to +10 Pos. OR Neg. 0 -153 @ SOIC-8 differential I/O 4.5 to 6.5 @ 40 100 KHz offset
÷ 8; on-chip pre- Single supply
HMMC-3128 and post-amps; DC –12 -20 to +10 Pos. OR Neg. 0 -153 @ SOIC-8 differential I/O 4.5 to 6.5 @ 40 100 KHz offsetNote:
1. Higher current listed corresponds to higher output power mode; controlled by Power Select pad on chip (VPwrSel)
54
xRF/mW Packaging Quick Reference
Plastic Surface Mount Packages
ySOT323 (SC70)
3 lead
2.0 x 2.1 x 0.9 mm
SOT343 (SC70)
4 lead
2.0 x 2.1 x 0.9 mm
SOT363 (SC70)
6 lead
2.0 x 2.1 x 0.9 mm
SOT233 lead2.9 x 2.4 x 0.9 mmSOT1434 lead2.9 x 2.4 x 0.9 mmTQFP 32
32 lead
0.8 mm pitch9.0 x 9.0 x 1.4 mm
SMT 85 mil0.85 x 0.06 mmMini Pakleadless1.44 x 1.20 mm8 Lead SSOP-8
8 lead
4.8 x 3.8 x1.35 mm
SMT 145 milPackage 05
4 lead
0.145 x 0.100 mm
Ceramic Packages
Micro-x
4.57 x 1.45 mm
70 mil
5.28 x 1.22 mm
Filters
FBAR Duplexer5.63 x 11.88 x 1.9 mmFBAR Filter
3.0 x 3.0 x 1.25 mm
55
www.agilent.com/semiconductors
For product information and a complete list ofdistributors, please go to our web site.For technical assistance call:Americas/Canada: +1 (800) 235-0312 or(408) 654-8675
Europe: +49 (0) 6441 92460China: 10800 650 0017Hong Kong: (+65) 271 2451
India, Australia, New Zealand: (+65) 271 2394Japan: (+81 3) 3335-8152 (Domestic/International), or0120-61-1280 (Domestic Only)Korea: (+65) 271-2194
Malaysia, Singapore: (+65) 271 2054Taiwan: (+65) 271 2654
Data subject to change.
Copyright © 2002 Agilent Technologies, Inc.Obsoletes 5988-6773EN September 30, 20025988-7030EN
因篇幅问题不能全部显示，请点此查看更多更全内容