The Datasheet Archive - 100 Million Datasheets from 7500 Manufacturers.    


Datasheet Search Engine   
 
Part # or Description: • 5V RS232 Driver • 2SC5066* • "Real Time Clock" • "USB connector" • "blue led" 5mm • 10 watt zener diode • 2N3055* motorola
 
Search Tip: Try entering the part number only. Include a wildcard (eg. lm317* or 1n4148*)

 

 

GaAs MMIC NJG1309VB2 1.9GHz GaAs MMIC 21dBm 150mA37dB 20dB N


Datasheet Thumbnail

   

Download PDF

Top Searches for this datasheet



NJG1309VB2
GaAs MMIC
NJG1309VB2 1.9GHz GaAs MMIC 21dBm 150mA37dB 20dB
NJG1309VB2
f=1.9GHz typ. VDD2, 3=+3.0V typ, +VGG=+1.0V typ. 37dB typ. @Pout=21dBm -60dBc typ. @PHS /4DQPSK (Burst off) Channel offset=±600kHz, Pout=21dBm 150mA typ. @Pout=21dBm 26dB typ. @Pout=21dBm SSOP20-B2 (Package size: 1.25mm, 0.5mm) Type (Top View)
DC/DC Converter Oscillator
1.VSTB 2.+VGG 3.-VGG1 4.GND 5.RFin 6.GND 7.GND 8.-VGG2 9.GND 10.GND
11.RFout 12.GND 13.VDD3 14.GND 15VDD2 16.GND 17.GND 18.-VCONT 19.+VCONT 20.VDD1
NJG1309VB2
(Zs=Zl =50, Ta=25°C) (VDD1 =3V, VSTB=2.7V, +VCONT =0V, f=1.9GHz, Zs=Zl =50, Ta=25°C) VDD1 VDD1 +VGG VSTB -VGG, -VCONT freq VDD1 VDD2, VSTB(H) VSTB(L) +VCONT +VGG Iidle IDD2, IDD1(H) IDD1(L) ICONT ISTB TRDD 1000pF VDD2, 3=3.0V, Iidle =130mA VDD2, 3=3.0V, VDD2, 3=3.0V, Iidle =130mA, Pout=21dBm VDD2, 3=3.0V, Pout=21dBm VSTB=0V, VDD2, 3=0V +VGG=2.0V +VCONT =2.0V VDD2, 3=3.0V 1.89 1.90 1.92 1.25 usec VDD1 VDD2, +VGG +VCONT VSTB Topr Tstg VDD2,3=3.0V +VGG=1.0V +VGG=1.0V +VGG=1.0V VDD2,3=3.0V VDD2,3=3.0V -0.5~VDD1 +0.5 -0.5~VDD1 +0.5 -0.5~VDD1 +0.5 +3.0 -40~+85 -55~+125
NJG1309VB2
(VDD1 =3V, VSTB=2.7V, +VCONT =0V, f=1.9GHz, Zs=Zl =50, Ta=25°C) +VGG +VCONT TSTB Gain Gflat GCONT P-1dB VDD2, 3=3.0V, Iidle =130mA, Pout=21dBm VDD2, 3=3.0V, Iidle =130mA VDD2, 3=3.0V, Iidle =130mA +VCONT =0.0V~2.0V VDD2, 3=3.0V, Iidle =130mA VDD2, 3=3.0V, Iidle =130mA, /4DQPSK, Burst offset=600KHz, Pout=21dBm, VDD2, 3=3.0V, Iidle =130mA, /4DQPSK, Burst offset=900KHz, Pout=21dBm, VDD2, 3=3.0V, Iidle =130mA, Pout=21dBm VDD2, 3=3.0V, Iidle =130mA, Pout=21dBm, VSWR1:4 34.0 37.0 40.0 msec
Pacp1
Pacp2
-60dBc
VDD2 VDD3
NJG1309VB2
400uSEC
+2.7V~+5.2V
VDD1
+2.4V~+5.2V
VSTB
0~+2.0V
+VGG, +VCONT
-VGG1, -VCONT
0~-2.0V
2.9~+5.2V
VDD2,
VDD1 VSTB+VGG+VCONT VDD1 Max400uSEC
NJG1309VB2
(2)(VDD1 +VGG, +VCONT
VDD1
+2.7V~5.2V
+2.4V~5.2V
VSTB +VGG, +VCONT
0~+2.0V
-VGG1, -VCONT
0~-2.0V
TRDD<400uSEC
+2.9~5.2V
20mSEC
VDD2,
Pout
NJG1309VB2
VSTB +VGG -VGG1 RFin -VGG2 RFout VDD3 VDD2 -VCONT High/Low DC/DC ON/OFF DC/DC (0V) (0V) (0V) -VGG1 (0V) (0V) (0V) (0V) (0V) (0V) DC/DC DC/DC
+VCONT VDD1
1)(4,
NJG1309VB2
Timing Chart 1(+VGG:DC X-axis:1msec/div) Timing Chart 2(+VGG:DC X-axis:100usec/div) VDD1 =3Vdc +VGG=1Vdc +VCONT =3Vdc +VGG=1Vdc +VCONT VSTB:V0-p=3V Period=5msec Duty=50% VSTB: V0-p=3V Period=5msec Duty=50%
Timing Chart 3(+VGG: Pulse, X-axis: 1msec/div) Timing Chart 4(+VGG: Pulse,X-axis: 100usec/div) VDD1 =3Vdc +VCONT =3Vdc +VCONT +VGG:V0-p=1V Period=5msec Duty=50% +VGG: V0-p=1V Period=5msec Duty=50% VSTB:V0-p=3V Period=5msec Duty=50% V0-p=3V Period=5msec Duty=50%
Ch1, Ch2, 1:10
NJG1309VB2
Small Signal Power Gain Band
=3V,I =130mA DD2,3 DD2,3 Small Signal Power Gain CONT=0.0V Input Return Loss =0.9V
Intput Return Loss Frequency
=3V,I =130mA =25oC DD2,3 DD2,3 =0.0V =2.0V
CONT CONT
CONT
=1.1V
CONT
CONT
=1.1V
CONT=0.9V
CONT=2.0V
1.89
1.90 1.91 Freq
1.92
Freq
Small Signal Power Gain Frequency
VDD1=V STB=V DD2,3 =3V,I DD2,3 =130mA Small Signal Power Gain
CONT
Output Return Loss Frequency
VDD1=V =VDD2,3 =3V,I DD2,3 =130mA a=25 CONT=0.0V Output Return Loss Freq CONT=2.0V
CONT
=0.0V
+VCONT =0.9V
+VCONT =0.9V
=1.1V
CONT
=1.1V
CONT=2.0V Freq
Small Signal Power Gain Frequency
DD2,3
VDD1=V =VDD2,3 =3V,+V CONT=0V IDD2,3 =160mA IDD2,3 =140mA
Small Siganl Power Gain
=80mA IDD2,3 =100mA IDD2,3 =120mA
IDD2,3 =60mA IDD2,3 =40mA
DD2,3
=20mA
Freq
NJG1309VB2
Output Power,Gain Input Power
DD2,3
=3V,I
idle
=130mA,f=1.9GHz
Output Power CONT =0.0V
CONT
=0.0V
0.9V 1.1V Gain:Power Gain PAE:Power Added Efficiency IDD2,3 :Operation Current
DD2,3
1.1V
0.9V
Input Power
Output Power,IDD2,3 Input Power
DD2,3
=3V,I
idle
=130mA,f=1.9GHz =25oC
CONT=0.0V
Output Power
0.9V 1.1V
CONT=0.0V 0.9V 1.1V
Input Power =3V,I
Output Power,PAE Input Power
DD2,3
idle
=130mA,f=1.9GHz =25oC
Output Power
CONT
=0.0V
0.9V 1.1V
CONT
=0.0V
0.9V 1.1V
Input Power
NJG1309VB2
Gain Iidle
Gain:Power Gain
IDD2,3 Iidle
CONT
DD2,3
=3.0V,+V
DD2,3
=3.0V,+V
f=1.9GHz,P
=21dBm a=25
VDD2,3=4.0V 3.5V 3.0V 5.2V 2.9V
f=1.9GHz,P
=21dBm
DD2,3
CONT
=5.2V
DD2,3
DD2,3 =4.0V DD2,3 =3.0V
:Operation Current
DD2,3
=2.9V
Iidle:Idle Current DD2,3 OFF)
DD2,3
=3.5V
DD2,3
Iidle:Idle Current DD2,3 OFF)
NJG1309VB2
Gain,IDD2,3
Gain:Power Gain :Ambient Temperature
IDD1,IGG
=130mA
DD2,3
=3V,+V
CONT
=0V,I
idle
0.92 0.90 0.88 0.86 0.84
DD2,3
=3V,+V
CONT
=0V,I
idle
=130mA
f=1.9GHz,P
=21dBm a=25
f=1.9GHz,P
=21dBm a=25
DD2,3
IDD2,3 :Operation Current
0.82
:Ambient Temperature
:Operation Current
:Operation Current
NJG1309VB2
Harmonics Spectrum
VDD1=VSTB=VDD2,3=3V,Iidle=130mA +VCONT=0V,Pout=21dBm
Adjacent Channel Leakage Power Spectrum
Pin:/4DQPSK,Burst off,Pout=21dBm
Band Spectrum
VDD1=VSTB=VDD2,3=3V,Iidle=130mA +VCONT=0V,Pout=21dBm
Occupied Bandwidth Spectrum
Pin:/4DQPSK,Burst off,Pout=21dBm
Modulation Analysis Spectrum
Pin:/4DQPSK,Burst off,Pout=21dBm
NJG1309VB2
Scattering Parameters (VDD1 =VSTB=VDD2, 3=3.0V, IDD2,3=130mA, +VCONT =0.0V) Freq [GHz] 1.00 1.10 1.20 1.30 1.40 1.50 1.60 1.70 1.80 1.89 1.90 1.91 1.92 2.00 2.10 2.20 2.30 2.40 2.50 2.60 2.70 2.80 2.90 3.00 0.735 0.618 0.610 0.586 0.572 0.575 0.594 0.636 0.667 0.617 0.609 0.595 0.583 0.487 0.401 0.375 0.364 0.364 0.366 0.361 0.358 0.357 0.353 0.347 [deg] -114.9 -125.9 -130.3 -137.9 -144.8 -151.8 -158.7 -169.4 175.1 157.2 155.8 154.1 152.1 144.2 142.4 139.2 135.5 131.2 125.4 118.5 111.5 104.0 97.5 89.8 5.499 13.129 19.476 25.979 32.912 41.903 54.363 71.512 91.778 96.672 95.973 94.893 93.471 76.915 57.086 43.451 34.273 27.648 22.710 19.114 16.165 13.822 11.767 10.081 [deg] 157.8 134.9 81.7 42.4 -29.3 -64.9 -103.8 -151.0 159.7 154.2 148.7 143.4 105.1 67.2 37.2 10.6 -13.7 -36.2 -57.9 -79.1 -99.5 -119.5 -139.0 [deg] 0.002 104.2 0.004 166.8 0.001 133.1 0.002 83.9 0.002 70.2 0.002 38.5 0.002 107.3 0.003 38.4 0.002 37.5 0.002 -1.2 0.004 34.1 0.002 47.8 0.004 33.9 0.000 45.3 0.001 -94.1 0.002 -15.8 0.002 -28.3 0.001 -1.2 0.002 0.002 14.1 0.001 -37.1 0.004 -32.1 0.003 -18.4 0.004 0.649 0.608 0.589 0.563 0.540 0.530 0.535 0.526 0.454 0.287 0.272 0.248 0.223 0.140 0.249 0.355 0.428 0.500 0.551 0.616 0.655 0.710 0.738 0.778 [deg] -136.0 -138.6 -151.2 -161.6 -171.2 178.1 165.0 143.8 110.0 62.1 53.9 47.7 36.1 -53.7 -116.5 -143.7 -162.0 -177.7 169.4 156.0 144.1 131.5 119.6 107.4
NJG1309VB2
(TOP VIEW)
+2.9+5.2V C11=0.01uF 0+2.0V C7=1000pF C8=1000pF C3=30pF +2.7+5.2V C4=30pF C10=1000pF C12=1uF OUTPUT Zl=50
L1=10nH
+VCONT -VCONT
VDD2
VDD3
RFou
Oscillator
DC/DC Converter
CMOS Negative Voltage Generator
GaAs Power Amplifier
VSTB
+VGG
-VGG1
RFin
C1=30pF
C2=30pF
0+2.0V
C5=1000pF C6=1000pF INPUT Zs=50 C9=1000pF
NJG1309VB2
(TOP VIEW)
+VGG
VSTB
VDD1
+VCONT VDD2,3
FR-4 t=0.2mm 17.5mmX 17.0mm :w=0.4mm (Zo=50ohm)
RFin
RFout
CMOSIC (C12) (1)3 (2)8 Parts C1~C4 C5~C10 30pF 1000pF 0.01uF 1.0uF 10nH GRM36 GRM36 GRM39 GRM39 HK1608
NJG1309VB2
(SSOP20-B2)
+0.3 -0.1
±0.2
±0.3
0.15 ±0.1 1.15
0.20 ±0.1
66mg
±0.1
(GaAs) (GaAs)

Other recent searches


SLD131UL - SLD131UL   SLD131UL Datasheet
SFBMP - SFBMP   SFBMP Datasheet
MC68184 - MC68184   MC68184 Datasheet
GL550 - GL550   GL550 Datasheet
GL551 - GL551   GL551 Datasheet
CM1423 - CM1423   CM1423 Datasheet
CCD143A - CCD143A   CCD143A Datasheet
25L256160AC - 25L256160AC   25L256160AC Datasheet
25L256160AF - 25L256160AF   25L256160AF Datasheet
1755370000 - 1755370000   1755370000 Datasheet

 

Privacy Policy | Disclaimer
© 2012 Datasheet Archive