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PX10020EJ06V0PF

型号:

PX10020EJ06V0PF

描述:

射频和微波器件选型指南 - 应用系统 - \n[ RF and Microwave Devices Selection Guide -Application System- ]

品牌:

ETC[ ETC ]

页数:

38 页

PDF大小:

380 K

RF AND MICROWAVE DEVICES  
SELECTION GUIDE  
APPLICATION SYSTEM −  
October 2002  
This document covers “Silicon Microwave Transistors”, “Silicon Microwave Monolithic ICs”  
and “Microwave GaAs Devices”.  
SAFETY INFORMATION ON THIS PRODUCT  
The product contains gallium arsenide, GaAs.  
Caution GaAs Products  
GaAs vapor and powder are hazardous to human health if inhaled or ingested.  
• Do not destroy or burn the product.  
• Do not cut or cleave off any part of the product.  
• Do not crush or chemically dissolve the product.  
• Do not put the product in the mouth.  
Follow related laws and ordinances for disposal. The product should be excluded from general  
industrial waste or household garbage.  
Bluetooth is a trademark owned by Bluetooth SIG, Inc., U.S.A.  
The information in this document is current as of October, 2002. The information is subject to  
change without notice. For actual design-in, refer to the latest publications of NEC's data sheets or  
data books, etc., for the most up-to-date specifications of NEC semiconductor products. Not all  
products and/or types are available in every country. Please check with an NEC sales representative  
for availability and additional information.  
No part of this document may be copied or reproduced in any form or by any means without prior  
written consent of NEC. NEC assumes no responsibility for any errors that may appear in this document.  
NEC does not assume any liability for infringement of patents, copyrights or other intellectual property rights of  
third parties by or arising from the use of NEC semiconductor products listed in this document or any other  
liability arising from the use of such products. No license, express, implied or otherwise, is granted under any  
patents, copyrights or other intellectual property rights of NEC or others.  
Descriptions of circuits, software and other related information in this document are provided for illustrative  
purposes in semiconductor product operation and application examples. The incorporation of these  
circuits, software and information in the design of customer's equipment shall be done under the full  
responsibility of customer. NEC assumes no responsibility for any losses incurred by customers or third  
parties arising from the use of these circuits, software and information.  
While NEC endeavours to enhance the quality, reliability and safety of NEC semiconductor products, customers  
agree and acknowledge that the possibility of defects thereof cannot be eliminated entirely. To minimize  
risks of damage to property or injury (including death) to persons arising from defects in NEC  
semiconductor products, customers must incorporate sufficient safety measures in their design, such as  
redundancy, fire-containment, and anti-failure features.  
NEC semiconductor products are classified into the following three quality grades:  
"Standard", "Special" and "Specific". The "Specific" quality grade applies only to semiconductor products  
developed based on a customer-designated "quality assurance program" for a specific application. The  
recommended applications of a semiconductor product depend on its quality grade, as indicated below.  
Customers must check the quality grade of each semiconductor product before using it in a particular  
application.  
"Standard": Computers, office equipment, communications equipment, test and measurement equipment, audio  
and visual equipment, home electronic appliances, machine tools, personal electronic equipment  
and industrial robots  
"Special": Transportation equipment (automobiles, trains, ships, etc.), traffic control systems, anti-disaster  
systems, anti-crime systems, safety equipment and medical equipment (not specifically designed  
for life support)  
"Specific": Aircraft, aerospace equipment, submersible repeaters, nuclear reactor control systems, life  
support systems and medical equipment for life support, etc.  
The quality grade of NEC semiconductor products is "Standard" unless otherwise expressly specified in NEC's  
data sheets or data books, etc. If customers wish to use NEC semiconductor products in applications not  
intended by NEC, they must contact an NEC sales representative in advance to determine NEC's willingness  
to support a given application.  
(Note)  
(1) "NEC" as used in this statement means NEC Corporation, NEC Compound Semiconductor Devices, Ltd.  
and also includes its majority-owned subsidiaries.  
(2) "NEC semiconductor products" means any semiconductor product developed or manufactured by or for  
NEC (as defined above).  
M8E 00. 4-0110  
2
Selection Guide PX10020EJ06V0PF  
Major Revisions in This Edition  
Pages  
Description  
pp.7, 8  
p.9  
Modification PDC (Digital Cellular Phone)  
Modification W-CDMA  
pp.13, 14  
p.15  
Modification PHS (Digital Cordless Phone)  
Modification DECT (Digital Cordless Phone)  
Modification GSM (Digital Cellular Phone)  
Modification Analog CATV  
pp.17, 18  
pp.24, 25  
p.26  
Modification Digital CATV  
The mark shows major revised points.  
3
Selection Guide PX10020EJ06V0PF  
CONTENTS  
1. INTRODUCTION ………………………………………………………………………………………………………  
1-1. Basic RF Blocks …………………………………………………………………………………………………  
5
6
2. EXPLANATION OF THE RF AND MICROWAVE DEVICES ……………………………………………………  
2-1. Mobile Communication System ……………………………………………………………………………….  
Digital Cellular/Cordless Phone  
7
7
PDC ……………………………………………………………………………………………………….  
W-CDMA ………………………………………………………………………………………………….  
7
9
N-CDMA …………………………………………………………………………………………………. 11  
PHS ………………………………………………………………………………………………………. 13  
DECT …………………………………………………………………………………………………….. 15  
CT-2 ……………………………………………………………………………………………………… 16  
GSM ……………………………………………………………………………………………………… 17  
Analog Cellular/Cordless Phone  
AMPS ……………………………………………………………………………………………………. 19  
900 MHz Cordless Phone ……………………………………………………………………………… 20  
2-2. Multimedia System ……………………………………………………………………………………………. 22  
Digital DBS ……………………………………………………………………………………………..……… 22  
CATV  
Analog CATV …………………………………………………………………………………………..  
Digital CATV ……………………………………………………………………………………………  
2-3. Others …………………………………………………………………………………………………………..  
24  
26  
27  
GPS ……………………………………………………………………………………………………………. 27  
Cable Modem/CATV ………………………………………………………………………………………… 29  
2.4 GHz Wireless LAN ………………………………………………………………………………………… 31  
Bluetooth ………………………………………………………………………………………………………… 33  
FRS (Family Radio Service) / GMRS (General Mobile Radio Service)…………………………………… 35  
3. WEB SITE INFORMATION …………………………………………………………………………………………  
37  
4
Selection Guide PX10020EJ06V0PF  
1. INTRODUCTION  
The Microwave Devices are used for each system as shown in Figure 1. This selection guide explains the  
Microwave devices by each Microwave block diagram for the application system.  
The basic block diagram is indicated to Figure 2.  
Figure 1 Example of the Microwave application systems  
CATV/TRUNK  
SATELLITE  
AMPLIFIER  
COMMUNICATION  
CELLULAR  
PHONE  
DBS/CS  
CABLE MODEM  
ANTENNA  
CORDLESS PHONE  
GPS  
WIRELESS LAN  
FRS/GMRS  
BluetoothTM  
Si MMIC  
Si TRANSISTOR  
GaAs MMIC  
GaAs HJ-FET  
30M  
100M  
300M  
1G  
3G  
10G  
30G (Hz)  
5
Selection Guide PX10020EJ06V0PF  
1-1. Basic RF Blocks  
The basic RF block consists of nine function blocks as shown in the next figure.  
Figure 2 Microwave Basic Blocks  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Tx  
Processor  
out  
MOD  
1. SW (Switch)  
2. LNA (Low Noise Amplifier)  
3. PA (Power Amplifier)  
4. D/C (Down-converter)  
5. VCO (Voltage Controlled Oscillator)  
6. U/C (Up-converter)  
7. DEMOD (Demodulator)  
8. PLL (Phase Locked Loop)  
9. MOD (Modulator)  
The application circuits and their parameters are for reference only and are not intended for use in  
actual design-ins.  
6
Selection Guide PX10020EJ06V0PF  
2. EXPLANATION OF THE RF AND MICROWAVE DEVICES  
Explain the devices by the microwave block diagram for following application systems.  
2-1. Mobile Communication System  
PDC (Digital Cellular Phone)  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Tx  
Processor  
out  
MOD  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
2SC5015  
Si Bipolar Tr. (fT = 12 GHz)  
Si Bipolar Tr. (fT = 15.5 GHz)  
Si Bipolar Tr. (fT = 14 GHz)  
Low Noise GaAs FET  
Low Distortion GaAs HBT  
6-pin Super Minimold  
2SC5185 etc.  
2SC5369  
NE34018, NE38018  
NE52418  
µPC8112TB  
HJ-FET  
GaAs HBT  
D/C  
Down-converter  
2nd Mixer + RSSI  
Dual PLL  
DEMOD  
PLL  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Twin Tr.  
Buffer  
µPC8128TB  
Low Current Consumption  
µPC8178TB/TK  
µPG2304TK  
U/C + MOD  
PA  
I/Q Modulator  
µPG2106TB  
µPG2110TB  
µPG2115TB  
AGC + PA Driver  
800 MHz (6-pin Super Minimold)  
1.5 GHz (6-pin Super Minimold)  
800 MHz (6-pin Super Minimold)  
PA Driver  
SPDT SW  
SW  
µPG153TB, µPG154TB GaAs SW IC, 6-pin Super Minimold  
µPG155TB, µPG158TB  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
7
Selection Guide PX10020EJ06V0PF  
System configuration example (RF Modulation System)  
SPDT Switch  
µPG152TA  
µPG153TB  
µPG154TB  
µPG155TB  
µPG158TB  
Frequency Down-converter  
µPC8112TB  
SUB ANT  
455 kHz  
2nd Mixer BPF  
LNA BPF 1st Mixer  
SAW  
SW  
To DEMOD.  
RSSI OUT  
MAIN ANT  
2SC5015  
2SC5185  
2SC5369  
NE34018  
NE38018  
NE52418  
RSSI  
SW  
SW  
Buffer  
PLL  
PSC  
µPC8128TB  
µPC8178TB/TK  
µPG2304TK  
EXT  
PA Driver  
µPG2115TB  
I
0˚  
X 2  
φ
(F/F)  
90˚  
Q
µPG2106TB (PDC800M)  
AGC + PA Driver  
System configuration example (IF Modulation System)  
SPDT Switch  
µPG152TA  
µPG153TB  
µPG154TB  
µPG155TB  
µPG158TB  
Frequency Down-converter  
µPC8112TB  
SUB ANT  
455 kHz  
LNA  
BPF 1st Mixer  
SAW  
2nd Mixer BPF  
To DEMOD.  
SW  
SW  
MAIN ANT  
2SC5015  
RSSI  
2SC5185  
2SC5369  
NE34018  
NE38018  
NE52418  
RSSI OUT  
PLL1 PLL2  
SW  
2nd LO  
1st LO  
LPF  
EXT  
I
0˚  
(CR)  
90˚  
φ
AGC  
PA Driver BPF  
Q
µPG2115TB µPG2106TB  
(PDC800M)  
(PDC800M)  
µPG2110TB  
(PDC1.5G)  
8
Selection Guide PX10020EJ06V0PF  
W-CDMA  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
2SC5508  
Si Bipolar Tr. (fT = 25 GHz)  
SiGe Tr.  
2SC5761  
HJ-FET  
NE34018  
NE38018  
Low Noise GaAs FET  
GaAs HBT  
NE52418  
Low Distortion GaAs HBT  
D/C  
Down-converter  
DEMOD  
IF AGC + I/Q Demodulator  
µPC8190K  
µPC8194K  
Used in combination with the µPC8191K.  
Used in combination with the µPC8195K.  
PLL  
Dual PLL  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Twin Tr.  
Buffer  
µPC8179TB  
µPC8179TK  
U/C  
Up-converter  
IF AGC + I/Q Modulator  
µPC8172TB  
µPC8187TB  
6-pin Super Minimold  
MOD  
µPC8191K  
µPC8195K  
Used in combination with the µPC8190K.  
Used in combination with the µPC8194K.  
PA  
AGC + PA Driver  
SPDT SW  
SW  
µPG2009TB  
GaAs SW IC  
µPG2010TB (Under  
development)  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
9
Selection Guide PX10020EJ06V0PF  
System configuration example  
W-CDMA transceiver  
Variation of IF frequency  
µPC8190/91K: RX-IF = 380 MHz, TX-IF = 570 MHz  
µPC8194/95K: RX-IF = 190 MHz, TX-IF = 380 MHz  
SiGe Tr. 2SC5761  
GaAs HBT NE52418  
etc.  
AGC + I/Q Demodulator  
µPC8190K or µPC8194K  
RX = 2110 to 2170 MHz  
BPF  
LNA  
Mixer  
BPF  
to B/B  
90˚  
ANT  
1st LO  
SPDT  
SW  
H
PLL1 PLL2  
DUPLX  
Buffer  
µPC8179TB  
µPC8179TK  
2nd LO = 760 MHz  
EXT  
GaAs MMIC  
SPDT SW  
PA  
AGC + PA Driver  
µPG2009TB  
µPG2010TB  
from B/B  
90˚  
TX = 1920 to 1980 MHz  
Mixer  
µPC8172TB  
µPC8187TB  
AGC + I/Q Modulator  
µPC8191K or µPC8195K  
; Si MMIC  
; GaAs MMIC  
; GaAs MCM  
; GaAs or Si Discrete  
Under development  
10  
Selection Guide PX10020EJ06V0PF  
N-CDMA  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
HJ-FET  
2SC5508  
Si Bipolar Tr. (fT = 25 GHz)  
Low Noise GaAs FET  
NE34018  
NE38018  
GaAs HBT  
NE52418  
Low Distortion GaAs HBT  
D/C  
Down-converter  
IF AGC + I/Q Demodulator  
Dual PLL  
DEMOD  
PLL  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Twin Tr.  
Buffer  
µPC8128TB  
µPC8151TB  
µPC8178TB/TK  
µPC8179TB/TK  
U/C + MOD  
Up-converter  
µPC8172TB  
µPC8187TB  
6-pin Super Minimold  
PA  
SW  
SPDT SW  
µPG2009TB  
GaAs SW IC  
µPG2010TB (Under  
development)  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
11  
Selection Guide PX10020EJ06V0PF  
System configuration example  
N-CDMA transceiver  
Under development  
Under examination  
Li-ion Battery Pack 1cell: 3.6 V(TYP.)  
GaAs HJ-FET NE34018, NE38018  
Si Bi. Tr. 2SC5508  
GaAs HBT NE52418 etc.  
f
f
f
RX = 832 to 834 MHz  
RX = 843 to 846 MHz  
RX = 860 to 870 MHz  
I(RX)  
to B/B  
φ
BPF  
BPF  
1/2  
SW  
SW  
MAIN ANT  
Q(RX)  
to B/B  
GaAs SPDT SW  
µPG20xx Series  
6-pin SMM  
TCXO  
PLL  
SPDT Duplexer  
SW Filter  
Si MMIC  
µPC8128TB  
µPC8151TB  
Synthesizer  
EXT  
GaAs MMIC  
SPDT SW  
µPC8178TB/TK  
µPC8179TB/TK  
ISOLATOR  
µPG2009TB  
µPG2010TB  
I(TX)  
from B/B  
BPF  
BPF  
φ
Q(TX)  
from B/B  
AGC  
Si MMIC  
f
f
f
TX = 887 to 889 MHz  
TX = 898 to 901 MHz  
TX = 915 to 925 MHz  
Up-converter  
µPC8172TB  
µPC8187TB  
6-pin SMM  
12  
Selection Guide PX10020EJ06V0PF  
PHS (Digital Cordless Phone)  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
HJ-FET  
2SC5369  
High fT, Low Noise  
NE34018  
NE38018  
Low Noise GaAs FET  
GaAs HBT  
NE52418  
Low Distortion GaAs HBT  
D/C  
Down-converter  
IF D/C + RSSI  
µPC8112TB  
6-pin Super Minimold  
DEMOD  
PLL  
Dual PLL Synthesizer  
Oscillator + Buffer  
VCO  
µPA85x Series  
µPA86x Series  
Twin Tr.  
MOD + U/C  
U/C  
I/Q Modulator + Up-converter  
Up-converter  
µPC8106TB  
µPC8109TB  
6-pin Super Minimold  
PA  
AGC Amplifier  
Discrete Tr.  
SPDT SW  
µPC8119T  
µPC8120T  
6-pin Minimold  
2SC5288  
2SC5289  
Medium Output Power Use Tr.  
GaAs SW IC, 6-pin Super Minimold  
SW  
µPG153TB  
µPG154TB  
µPG155TB  
µPG158TB  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
13  
Selection Guide PX10020EJ06V0PF  
System configuration example  
PHS (Digital Cordless Phone)  
1895.15 to 1917.95 MHz  
or  
(1906.55 ± 11.4 MHz)  
243.95 MHz  
or  
248.45 MHz  
µPC8112TB  
1st Mixer  
10.8 MHz  
BPF  
NE34018  
NE52418  
LNA  
2nd Mixer  
BPF  
SAW  
To DEMOD.  
RSSI OUT  
ATT  
MAIN ANT  
1651.2 to 1674.0 MHz  
or  
RSSI  
1646.7 to 1669.5 MHz  
1st LO  
2nd LO  
233.15 MHz  
or  
SW  
SW  
PLL1 PLL2  
259.25 MHz  
1662.0 to 1684.8 MHz  
or  
2SC5006  
µPG152TA  
µPG154TB  
µPG158TB  
1635.9 to 1658.7 MHz  
I
AGC  
0˚  
φ
(CR)  
BPF  
LPF  
90˚  
Q
µPC2763TB  
µPC2771TB  
µPC8182TB  
2SC5288  
2SC5289  
14  
Selection Guide PX10020EJ06V0PF  
DECT (Digital Cordless Phone)  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
HJ-FET  
2SC5369  
High fT, Low Noise  
NE34018  
NE38018  
Low Noise GaAs FET  
GaAs HBT  
NE52418  
Low Distortion GaAs HBT  
6-pin Super Minimold  
D/C  
Down-converter  
µPC2756TB  
µPC2757TB  
µPC2758TB  
µPC8112TB  
DEMOD  
PLL  
IF D/C + RSSI  
Dual PLL Synthesizer  
Oscillator + Buffer  
VCO  
µPA85x Series  
µPA86x Series  
Twin Tr.  
MOD (OSC)  
Oscillator + Buffer  
Up-converter  
AGC Amplifier  
Discrete Tr.  
µPA85x Series  
µPA86x Series  
Twin Tr.  
U/C  
PA  
µPC8106TB  
µPC8109TB  
6-pin Super Minimold  
6-pin Minimold  
µPC8119T  
µPC8120T  
2SC5288  
Medium Output Power Use Tr.  
2SC5289  
NE5500179A  
SW  
SPDT SW  
µPG153TB  
µPG154TB  
µPG158TB  
GaAs SW IC, 6-pin Super Minimold  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
15  
Selection Guide PX10020EJ06V0PF  
CT-2 (Digital Cordless Phone)  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
2SC5369  
High fT, Low Noise  
Low Noise Amplifier  
Down-converter  
µPC2749TB  
Low Noise  
D/C  
µPC8112TB  
6-pin Super Minimold  
DEMOD  
PLL  
PLL  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Twin Tr.  
Buffer  
µPC8151TB  
µPC8152TB  
µPC8179TB  
Low Current Consumption  
MOD  
U/C  
I/Q Modulator  
Up-converter  
µPC8106TB  
µPC8109TB  
6-pin Super Minimold  
PA  
Medium Output Power Amplifier  
µPC2762TB  
µPC2763TB  
µPC2771TB  
µPC8182TB  
6-pin Super Minimold  
SW  
SPDT SW  
µPG153TB  
µPG154TB  
µPG158TB  
GaAs SW IC, 6-pin Super Minimold  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
16  
Selection Guide PX10020EJ06V0PF  
GSM (Digital Cellular Phone)  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Tx  
Processor  
out  
MOD  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
HJ-FET  
2SC5508  
fT = 25 GHz Tr.  
NE34018  
Low Noise GaAs FET  
GaAs HBT  
NE52418  
Low Distortion GaAs HBT  
D/C  
Down-converter  
I/Q Demodulator  
Dual PLL  
µPC8112TB  
6-pin Super Minimold  
DEMOD  
PLL  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Twin Tr.  
MOD + U/C  
U/C  
I/Q Modulator  
Up-converter  
µPC8106TB  
µPC8109TB  
6-pin Super Minimold  
PA  
Driver Amplifier  
Discrete Tr.  
µPC2763TB  
µPC2771TB  
µPC8182TB  
6-pin Super Minimold  
2SC5288  
Medium Output Power Use Tr.  
2SC5289  
NE5510279A  
NE5520379A  
SW  
SPDT SW  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
17  
Selection Guide PX10020EJ06V0PF  
System configuration example (IF Modulation System)  
GSM (Digital Cellular Phone)  
LNA  
2SC5015  
2SC5185  
NE34018  
NE52418  
I
Q
DEMOD.  
RSSI  
PLL  
RSSI OUT  
Down-converter  
MAIN ANT  
µPC8112TB  
SW  
SW  
PSC  
0˚  
PLL  
Up-converter  
µPC8106TB  
µPC8109TB  
I
X2  
φ
(F/F)  
90˚  
Driver Amplifier  
µPC2763TB  
µPC2771TB  
µPC8182TB  
AGC Amplifier  
µPC8119T  
Power Amplifier (Bip.Tr.)  
2SC5192 (DECT 1st)  
2SC5288 (DECT 2nd)  
(PHS 1st)  
2SC5289 (DECT 3rd)  
(PHS 2nd)  
Q
BPF  
µPC8120T  
18  
Selection Guide PX10020EJ06V0PF  
AMPS (Analog Cellular Phone)  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
HJ-FET  
2SC5369  
High fT, Low Noise  
NE34018  
Low Noise GaAs FET  
6-pin Super Minimold  
D/C  
Down-converter  
2nd Down-converter  
PLL  
µPC8112TB  
DEMOD  
PLL  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Twin Tr.  
Buffer  
µPC8151TB  
µPC8152TB  
µPC8179TB  
Low Current Consumption  
MOD  
U/C  
PA  
Oscillator + Buffer  
Up-converter  
µPA85x Series  
µPA86x Series  
Twin Tr.  
µPC8106TB  
µPC8109TB  
6-pin Super Minimold  
6-pin Minimold  
AGC Amplifier  
µPC8119T  
µPC8120T  
Discrete Tr.  
Duplexer  
NE5500479A  
Medium Output Power Use Tr.  
SW  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
19  
Selection Guide PX10020EJ06V0PF  
900 MHz Cordless Phone (Analog Cordless Phone)  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Tx  
Processor  
out  
MOD  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
D/C  
Discrete Tr.  
2SC5369  
High fT, Low Noise  
Down-converter  
Discrete Tr.  
µPC8112TB  
6-pin Super Minimold  
µPA85x Series  
µPA86x Series  
Twin Tr. with Different Dice  
PLL  
PLL  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Twin Tr.  
Discrete Tr. (Doubler)  
Buffer  
2SC5011 etc.  
fT = 7 GHz  
µPC8151TB  
µPC8152TB  
µPC8179TB  
Low Current Consumption  
MOD  
Oscillator  
µPA85x Series  
µPA86x Series  
Twin Tr.  
U/C  
PA  
Discrete Tr. (Doubler)  
Discrete Tr.  
2SC5011 etc.  
2SC3356 etc.  
fT = 7 GHz  
fT = 7 GHz  
SW  
Duplexer  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
20  
Selection Guide PX10020EJ06V0PF  
System configuration example 1 (900 MHz Cordless Phone)  
900 MHz Cordless Phone (Analog Cordless Phone)  
2SC5369  
LNA  
2SC5369  
Mixer  
BPF  
To DEMOD.  
2SC4093  
2SC4094  
µPA85x Series  
µPA86x Series  
Down-converter  
µPC8112TB  
DUP  
X2  
PLL  
VCO  
MOD. in  
Buffer  
PA  
Driver  
Oscillator  
X2  
2SC5288  
2SC5289  
µPA85x Series  
µPA86x Series  
2SC4093  
2SC4094  
System configuration example 2 (900 MHz Cordless Phone)  
Down-converter  
µPC8112TB  
µPA85x Series  
2SC4095  
2SC5507  
µPA86x Series  
Mixer  
SAW LNA BPF  
BPF  
To DEMOD.  
Twin Tr.  
µPA85x Series  
µPA86x Series  
X2  
PLL  
MOD. in  
PA  
Buffer  
BPF  
X2  
Twin Tr.  
Twin Tr.  
µPA85x Series  
µPA86x Series  
µPA85x Series  
µPA86x Series  
21  
Selection Guide PX10020EJ06V0PF  
2-2. Multimedia System  
Digital DBS (Satellite Broadcasting)  
RF Front-end Basics  
Rx  
D/C  
DEMOD  
in  
LNA  
Base  
Band  
Processor  
f
RF  
SW  
OSC  
Refer to System configuration example below.  
Recommended device list  
Block  
Function  
Type Name  
HJ-FET Series  
µPC2711TB  
Feature  
GaAs HJ-FET Series for X, Ku-band  
fu = 2.9 GHz, GP = 13 dB  
LNA  
LNA  
IF Amplifier  
µPC2712TB  
fu = 2.6 GHz, GP = 20 dB  
µPC3215TB  
fu = 2.9 GHz, GP = 20.5 dB,  
Low NF, Wideband Type  
Medium Output Power Amplifier  
Twin IF Switch  
µPC2709TB  
µPG181GR  
µPG183GR  
PO(sat) = 11.5 dBm  
16-pin HTSSOP  
SW  
4 × 2 IF Switch  
OSC  
DRO  
2SC5508  
NE52418  
Low Phase Noise  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
22  
Selection Guide PX10020EJ06V0PF  
System configuration example  
Digital DBS (Satellite Broadcasting)  
IF Amplifier  
µPC2711TB  
µPC2712TB  
µPC3215TB  
GaAs MMIC  
Twin IF Switch  
µPG181GR  
Medium Output  
Amplifier  
µPC2709TB  
HJ-FET  
NE3210S01  
HJ-FET  
NE4210S01  
SW  
Si Bip.Tr.  
2SC5508  
Parabolic ANT  
To IDU  
23  
Selection Guide PX10020EJ06V0PF  
Analog CATV  
RF Front-end Basics  
Rx  
D/C  
DEMOD  
PLL  
in  
LNA  
Base  
Band  
f
RF  
VCO  
Processor  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
2SC5336  
Low Distortion, Power Minimold  
2SC5337  
2SC5338  
D/C  
Up-converter  
Down-converter  
FM Demodulator  
PLL  
DEMOD  
PLL  
Prescaler  
µPB1507GV  
µPB1508GV  
µPB1510GV  
Up to 3 GHz, 1/64, 1/128, 1/256  
Up to 3 GHz, 1/2  
Up to 3 GHz, 1/4  
Twin Tr.  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
24  
Selection Guide PX10020EJ06V0PF  
System configuration example (Analog CATV)  
Pre-Amplifier  
2SC4703  
2SC5338  
1st IF Amplifier  
2SC4093  
2nd IF Amplifier  
2SC4093  
1st Mixer  
2nd Mixer  
IN  
LPF  
OUT  
2SC4093  
Buffer  
2SC4093  
Prescaler  
Buffer  
µPB1507GV  
2SC4093  
1st Oscillator  
2SC3356  
2nd Oscillator  
2SC3356  
1/N  
Up-converter  
Down-converter  
25  
Selection Guide PX10020EJ06V0PF  
Digital CATV  
RF Front-end Basics  
Rx  
D/C  
DEMOD  
PLL  
in  
LNA  
Base  
Band  
f
RF  
VCO  
Processor  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
2SC5336  
Low Distortion, Power Minimold  
2SC5337  
2SC5338  
D/C  
Up-converter  
Down-converter  
IF Down-converter  
AGC Amplifier  
DEMOD  
µPC2798GR  
µPC3206GR  
µPC3217GV  
With AGC, Oscillator, Video Amplifier  
With AGC, Video Amplifier  
With AGC, Video Amplifier  
(Middle-gain Type)  
µPC3218GV  
µPC3219GV  
With AGC, Video Amplifier  
(High-gain Type)  
With AGC, Video Amplifier  
(Low-gain, High-linearity Type)  
PLL  
PLL  
Prescaler  
µPB1507GV  
Up to 3 GHz, 1/64, 1/128, 1/256  
µPB1508GV  
µPB1510GV  
Up to 3 GHz, 1/2  
Up to 3 GHz, 1/4  
VCO  
Oscillator + Buffer  
µPA85x Series  
µPA86x Series  
Twin Tr. with Different Dice  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
26  
Selection Guide PX10020EJ06V0PF  
2-3. Others  
GPS  
RF Front-end Basics  
Rx  
D/C  
DEMOD  
PLL  
in  
LNA  
Base  
Band  
f
RF  
VCO  
Processor  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
1st stage  
NE34018  
GaAs HJ-FET  
NE38018  
2nd stage or later  
Discrete Tr.  
µPC2749TB  
Low Noise, Si MMIC  
2SC5507  
2SC5508  
Si Bipolar Tr. (fT = 25 GHz)  
RF SINGLE CHIP 1st Down-converter + 2nd Down-converter +  
OP Amplifier + PLL + Oscillator + Buffer  
µPB1005K  
Pre-Amplifier +  
µPB1007K  
Low Current Consumption,  
1st Down-converter + 2nd Down-converter +  
OP Amplifier + PLL + Oscillator + Buffer  
Built-in Power Saving Function  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
27  
Selection Guide PX10020EJ06V0PF  
System configuration example (GPS)  
RX  
1575.42 MHz  
1st IF  
2nd IF  
61.38 MHz  
4.092 MHz  
A/D  
BPF  
BPF  
1/25  
BPF  
BPF  
NE34018  
NE38018  
B/B IC  
2SC5507  
2SC5508  
µPC2749TB  
1/8  
1/2  
PD  
µPB1005K  
RAM  
µPB1007K  
Tank  
Circuit  
Loop  
Filter  
TCXO  
16.368 MHz  
OSC  
1636.8 MHz  
28  
Selection Guide PX10020EJ06V0PF  
Cable Modem/CATV  
RF Front-end Basics  
Rx  
D/C  
DEMOD  
PLL  
in  
U/C  
PA  
Base  
Band  
f
RF  
VCO  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
Function  
Type Name  
Feature  
U/C + VCO  
D/C + VCO  
DEMOD  
U/C + VCO  
D/C + VCO  
IF Down-converter  
AGC Amplifier  
µPC2798GR  
With AGC, Oscillator, Video Amplifier  
With AGC, Video Amplifier  
µPC3206GR  
µPC3217GV  
With AGC, Video Amplifier  
(Middle-gain Type)  
µPC3218GV  
µPC3219GV  
With AGC, Video Amplifier  
(High-gain Type)  
With AGC, Video Amplifier  
(Low-gain, High-linearity Type)  
PLL  
VCO  
MOD  
PA  
PLL  
Discrete Tr.  
2SC5338  
Power Minimold  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
29  
Selection Guide PX10020EJ06V0PF  
System configuration example 1  
(Example of transceiver block for digital Cable Modem/CATV Set-top-box)  
Cable Modem/CATV  
Up-  
converter  
Down-  
converter  
IF Down-  
converter  
LPF  
QAM  
DEMOD.  
& FEC  
HPF  
SAW  
A/D  
SAW  
RF in  
50 to 750 MHz  
µPC2798GR  
DUAL  
PLL  
RF return  
5 to 42 MHz  
Return Path AGC + Driver  
BIAS  
QPSK  
Modulator  
LPF  
System configuration example 2  
(Example of receiver block for digital Cable Modem/CATV Set-top-box)  
Up-  
converter  
Down-  
converter  
IF Down-  
converter  
LPF  
QAM  
DEMOD.  
& FEC  
HPF  
A/D  
SAW  
SAW  
µPC2798GR  
DUAL  
PLL  
System configuration example 3  
(Example of receiver block for digital Cable Modem/CATV Set-top-box)  
Up-  
converter  
Down-  
converter  
IF AGC +  
Video Amplifier  
LPF  
QAM  
DEMOD.  
& FEC  
HPF  
SAW  
A/D  
SAW  
50 dB AGC  
µPC3206GR  
µPC3217GV  
µPC3218GV  
µPC3219GV  
DUAL  
PLL  
30  
Selection Guide PX10020EJ06V0PF  
2.4 GHz Wireless LAN  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
D/C  
Discrete Tr.  
2SC5508  
Si Bipolar Tr. (fT = 25 GHz)  
2SC5509  
Si Bipolar Tr. (fT = 17 GHz)  
Down-converter  
DEMOD  
PLL  
PLL  
VCO  
Oscillator + Buffer  
2SC5004  
2SC5011  
2SC5800  
Buffer  
2SC5015  
2SC5185  
Low Current Consumption  
µPC8178TB/TK  
µPC8179TB/TK  
MOD  
U/C  
I/Q Modulator  
Up-converter  
µPC8172TB  
µPC8187TB  
6-pin Super Minimold  
PA  
Discrete Tr.  
2SC5288  
2SC5289  
2SC5754  
Medium Output Power Use Tr.  
NE552R479A  
Medium Output Power (0.4 W) Si LDMOS  
FET  
PA MMIC  
SPDT SW  
µPG2301TQ  
GaAs MMIC  
SW  
µPG154TB  
µPG158TB  
6-pin Super Minimold  
µPG2008TK  
6-pin Leadless Minimold  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
31  
Selection Guide PX10020EJ06V0PF  
System configuration example (IF Modulation System)  
2.4 GHz Wireless LAN  
I/Q Demodulator  
LNA  
2SC5508  
2SC5509  
I(RX)  
to B/B  
H
1/2  
BPF  
BPF  
Q(RX)  
to B/B  
ANT  
Buffer Amplifier  
2SC5015  
2SC5185  
µPC8178TB/TK  
µPC8179TB/TK  
Oscillator  
2SC5800  
Oscillator  
+ Buffer  
2SC5004  
2SC5011  
TCXO  
PLL  
VCO  
SW  
VCO  
PLL  
SPDT Switch  
I/Q Modulator  
µPG154TB  
µPG158TB  
µPG2008TK  
I(TX)  
from B/B  
BPF  
BPF  
H
1/2  
Q(TX)  
from B/B  
Driver Amplifier  
µPC8181TB  
µPC8182TB  
Up-converter  
µPC8172TB  
µPC8187TB  
Power Amplifier  
2SC5288  
2SC5289  
2SC5754  
NE552R479A  
µPG2301TQ  
32  
Selection Guide PX10020EJ06V0PF  
Bluetooth  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Processor  
out  
MOD  
Tx  
Recommended device list  
Block  
LNA  
Function  
Type Name  
Feature  
D/C  
DEMOD  
PLL  
VCO  
MOD  
U/C  
PA  
µPG2301TQ  
GaAs MMIC  
Si Tr.  
2SC5754  
NE552R479A  
µPG158TB  
µPG2008TK  
Si LDMOS FET  
SW  
SPDT SW  
GaAs SW IC, 6-pin Super Minimold  
GaAs SW IC, 6-pin Leadless Minimold  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
33  
Selection Guide PX10020EJ06V0PF  
System configuration example  
Bluetooth  
µPG158TB  
µPG2008TK  
ANT  
RX  
TX  
BPF  
SW  
PA  
I/F  
B/B Block  
µPG2301TQ  
2SC5754  
NE552R479A  
34  
Selection Guide PX10020EJ06V0PF  
FRS (Family Radio Service) / GMRS (General Mobile Radio Service)  
RF Front-end Basics  
Rx  
D/C  
VCO  
U/C  
DEMOD  
PLL  
in  
LNA  
PA  
Base  
Band  
f
RF  
SW  
Tx  
Processor  
out  
MOD  
Recommended device list  
Block  
Function  
Type Name  
Feature  
LNA  
Discrete Tr.  
2SC4226  
Low Noise, High Gain  
2SC5006  
2SC4226  
2SC5006  
D/C  
Discrete Tr.  
Low Noise, High Gain  
DEMOD  
PLL  
PLL  
VCO  
Discrete Tr.  
2SC4226  
2SC5006  
Low Current Consumption  
MOD  
U/C  
PA  
Discrete Tr.  
Si LDMOS  
2SC4226  
2SC5006  
2SC5751  
2SC5753  
2SC5754  
Driver Use Tr.  
Output: 100 mW class  
Output: 500 mW class  
NE5500179A  
NE552R679A  
NE5500479A  
NE5510279A  
NE5520279A  
NE5520379A  
Output: 2 W class or higher  
SW  
Remark The devices listed in the above table are merely examples. The product recommendation may change  
depending on the requirements of each system’s design.  
35  
Selection Guide PX10020EJ06V0PF  
System configuration example  
460 MHz FRS  
2SC4226  
2SC5006  
2SC4226  
2SC5006  
LNA  
BPF  
Mixer  
To DEMOD.  
2SC4226  
2SC5006  
2SC4226  
2SC5006  
1/N  
SW  
PLL  
VCO  
PA  
Driver  
2SC4226  
2SC5006  
MOD. in  
2SC4226  
2SC5006  
2SC5751  
2SC5753  
2SC5754  
NE5500179A  
NE5500479A  
NE5510279A  
NE5520279A  
NE5520379A  
NE552R679A  
PA Selection Map  
3 W  
(34.8 dBm)  
GMRS  
MURS  
NE5520279A  
NE5520379A  
NE5510279A  
NE5520379A  
NE5500479A  
2 W  
(33 dBm)  
FRS  
PMR  
0.5 W  
(27 dBm)  
NE552R679A  
NE5500179A  
0.1 W  
(20 dBm)  
2SC5754  
LPD  
3 to 3.2 V  
4.5 to 4.8 V  
6 V  
36  
Selection Guide PX10020EJ06V0PF  
3. WEB SITE INFORMATION  
The RF and Microwave Devices homepage has many documents available for viewing or downloaded. Please see  
our web site. The our web site address is as follows;  
RF and Microwave Devices  
http://www.csd-nec.com/microwave/  
37  
Selection Guide PX10020EJ06V0PF  
Business issue  
NEC Compound Semiconductor Devices, Ltd.  
5th Sales Group, Sales Division TEL: +81-3-3798-6372 FAX: +81-3-3798-6783 E-mail: salesinfo@csd-nec.com  
NEC Compound Semiconductor Devices Hong Kong Limited  
Hong Kong Head Office  
Taipei Branch Office  
Korea Branch Office  
TEL: +852-3107-7303  
FAX: +852-3107-7309  
TEL: +886-2-8712-0478 FAX: +886-2-2545-3859  
TEL: +82-2-528-0301  
FAX: +82-2-528-0302  
NEC Electronics (Europe) GmbH  
http://www.ee.nec.de/  
TEL: +49-211-6503-01 FAX: +49-211-6503-487  
California Eastern Laboratories, Inc.  
http://www.cel.com/  
TEL: +1-408-988-3500 FAX: +1-408-988-0279  
Technical issue  
NEC Compound Semiconductor Devices, Ltd.  
http://www.csd-nec.com/  
Sales Engineering Group, Sales Division  
E-mail: techinfo@csd-nec.com FAX: +81-44-435-1918  
0209  
Document No. PX10020EJ06V0PF (6th edition)  
Date Published October 2002 CP(K)  
NEC Corporation 1999  
NEC Compound Semiconductor Devices 2001, 2002  
Printed in Japan  
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