M
MICROW
WAVE PO
OWER G
GaN AMP
PLIFIER
TG
GM939
98-25
FEATU
URES
D BAND 2-STAGE AMP
PLIFIER
･BROAD
POWER
･HIGH P
44.0dBm at Pin= 23.0dBm
Pout= 4
GAIN
･HIGH G
4dB(Typ) at Piin= 7dBm
GL= 24
ETICALLY SEALED
S
PA
ACKAGE
･HERME
RF PE
ERFORMA
ANCE SPE
ECIFICATI ONS
CH
HARACTERISTICS
SYMBOL
Output P
Power
Pout
Drain Cu
urrent
IDD*
Power A
Added Efficien
ncy
ηadd
Linear G
Gain
GL
( Ta
a= 25°C )
COND
DITIONS
VDD1,VDD
D2= 24V
IDDset= 1.2
2A
UNIT
MIN.
TYP.
MAX.
dBm
43.0
44..0
⎯
A
⎯
2.6
6
3.5
@Pin= 23.0
0dBm
f = 9.3 to 9.8GHz
%
⎯
38
8
⎯
@Pin= 7dB
Bm
dB
20
24
4
⎯
D1+ IDD2
∗IDD=IDD
ABSOL
LUTE MA
AXIMUM RATINGS
R
( Ta= 25°C )
CHARACTERIST
TICS
SYMBOL
S
UNIT
T
RATING
R
Drain- S
Source Voltage
e
VD
DD1, VDD2
V
50
Gate- S
Source Voltage
e
VGG1,VGG2
V
-10
IDD1
A
1.25
IDD2
A
7.5
Flange T
Temperature
Tf
°C
-4
40 to +90
Input Po
ower
Pin
dBm
+27
Storage
e Temperature
e
Tstg
°C
-65
5 to +175
Drain Current
ntained herein
n is presented
d as guidanc
ce for productt use. No ressponsibility is assumed byy
‹ The infformation con
TOSHIBA for any inffringement of patents
p
or anyy other intellec
ctual property rights of third parties that may
m result from
m
the use
e of product. No license to any intellecctual property
y right is gran
nted by this ddocument. Th
he information
n
contain
ned herein is subject
s
to cha
ange without p
prior notice. Itt is advisable to contact TO
OSHIBA beforre proceeding
g
with de
esign of equipm
ment incorpora
ating this prod
duct.
Copyright © 2016 TOSHIBA CO
ORPORATION, All Rights
R
Reserved.
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1
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MICROW
WAVE POWE
ER GaN AMP
PLIFIER
TGM9398-25
PACKA
AGE OUT
TLINE (7-B
BA42B)
Unit in
n mm
① VGG2
② VDD1
③ RF Input
④ VGG1
⑤ VDD2
⑥ RF Outtput
⑦ GND (p
package)
HANDL
LING PRE
ECAUTION
NS FOR P
PACKAGE
E MODEL
Solderiing iron should
d be grounded
d and the ope rating time should not exceed 10 secondss at 260°C or 3 seconds
350°C.
Flanges of de
evices should be
b attached ussing screws an
nd washers. Recommendeed torque is 0.18-0.20 N·m..
Copyright © 2016 TOSHIBA CO
ORPORATION, All Rights
R
Reserved.
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MICROW
WAVE POWE
ER GaN AMP
PLIFIER
TGM9398-25
･Pout , G
Gain , PAE , IDS vs. Pin
n
VDS=
= 24 V, IDDsset= 1.2 A, f=
= 9.3, 9.55, 9
9.8 GHz, Ta=
= +25 ℃
Po
out vs Pin
VDS=2
24V, IDD=1
1.2A
50
9.3GHz
9.55GHz
9.8GHz
30
42
Gain ((dB))
Pout (dBm)
35
9.3GHz
z
9.55GH
Hz
9.8GHz
z
46
Gain
n vs Pin
VDS=24V
V, IDD=1.2
2A
38
25
20
15
34
10
30
4
8
12 16 20
Pin
n (dBm)
2
24
28
4
32
2
8
PA
AE vs Pin
VDS=2
24V, IDD=1
1.2A
60
50
24
28
32
IDS vs Pin
VDS=24V
V, IDD=1.2
2A
5
9.3GHzz
9.55GH
Hz
9.8GHzz
12 16 20
dBm)
Pin (d
9.3GHz
9.55GHz
9.8GHz
4
IDS (A)
PAE (%)
40
30
20
3
2
1
10
0
0
4
8
12 16 20
Pin
n (dBm)
2
24
28
32
2
Copyright © 2016 TOSHIBA CO
ORPORATION, All Rights
R
Reserved.
4
8
12 16 20
dBm)
Pin (d
1_20160913__No1312
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28
32
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MICROW
WAVE POWE
ER GaN AMP
PLIFIER
TGM9398-25
･Pout , G
Gain , PAE , IDS vs. Pin
n vs. Tempe rature
VDS=
= 24 V, IDDsset= 1.2 A, f=
= 9.55 GHz, T
Ta= -20, +25
5, +80 ℃
50
Po
out vs Pin
VD
DS=24V, ID
DD=1.2A, f=
=9.55GHz
46
42
38
25
20
15
34
10
30
4
60
-20°C
+25°C
+80°C
30
Gain ((dB))
Pout (dBm)
35
-20°C
+25°C
C
+80°C
C
Gain vs Pin
VDS=
=24V, IDD=
=1.2A, f=9.55GHz
8
12 16 20
Pin
n (dBm)
2
24
28
4
32
2
PA
AE vs Pin
VD
DS=24V, ID
DD=1.2A, f=
=9.55GHz
5
-20°C
+25°C
C
+80°C
C
50
8
12 16 20
dBm)
Pin (d
24
28
32
IDS vs Pin
VDS=
=24V, IDD=
=1.2A, f=9..55GHz
-20°C
+25°C
+80°C
4
IDS (A)
PAE (%)
40
30
3
2
20
1
10
0
0
4
8
12 16 20
n (dBm)
Pin
2
24
28
32
2
Copyright © 2016 TOSHIBA CO
ORPORATION, All Rights
R
Reserved.
4
8
12
16 20 24
Pin (dBm)
(
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MICROW
WAVE POWE
ER GaN AMP
PLIFIER
TGM9398-25
･S-Parameters
VDS=
= 24 V, IDDsset= 1.2 A, f=
= 8.0 to 11.0 GHz, Ta= +25 ℃
S11, S22
VDS=
=24V, IDD=1.2A
0
S2
21, S12
VDS=24
4V, IDD=1.2A
30
20
10
S21,, S12(dB)
( )
S11, S22(dB)
-5
-10
-15
0
-10
-20
-30
-40
-20
S11
1
S22
2
-25
8
9
1
10
f(GHz)
Copyright © 2016 TOSHIBA CO
ORPORATION, All Rights
R
Reserved.
S21
S12
-50
-60
11
8
9
f(GHz)
1_20160913__No1312
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11
1
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MICROW
WAVE POWE
ER GaN AMP
PLIFIER
TGM9398-25
MEASU
UREMENT
T CIRCUIT
T SCHEMA
ATIC
Copyright © 2016 TOSHIBA CO
ORPORATION, All Rights
R
Reserved.
1_20160913__No1312
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MICROW
WAVE POWE
ER GaN AMP
PLIFIER
TGM9398-25
RESTR
RICTIONS ON PRO
ODUCT US
SE
･All pre
esented data are
a typical currves/values an
nd for referenc
ce only as design guidance.
･Device
es are not neccessarily guaranteed at thesse curves and
d values.
･Toshib
ba Corporation, and its subs
sidiaries and a
affiliates (colle
ectively ”TOSH
HIBA”), reservve the right to make
chang
ges to the inforrmation in this
s document, a nd related harrdware, softwa
are and system
ms (collectively
“Produ
uct”)
withoutt notice.
･This d
document and any information herein mayy not be repro
oduced without prior written permission fro
om
TOSH
HIBA. Even witth TOSHIBA’s
s written perm ission, reproduction is perm
missible only iff reproduction is without
alterattion/omission.
･Thoug
gh TOSHIBA works
w
continua
ally to improve
e Product’s qu
uality and relia
ability, Productt can malfuncttion or fail.
Custo
omers are resp
ponsible for co
omplying with safety standards and for providing adequuate designs and
a
safegu
uards for theirr hardware, so
oftware and syystems which minimize risk and avoid situuations in whic
ch a
malfun
nction or failurre of Product could
c
cause lo
oss of human life, bodily inju
ury or damagee to property, including
data lo
oss or corrupttion. Before creating and pro
oducing designs and using, customers m
must also refer to and
complly with (a) the latest versions of all releva nt TOSHIBA information, including withouut limitation, th
his
docum
ment, the speccifications, the data sheets a
and application notes for Product and thee precautions and
a
condittions set forth therein and (b
b) the instructiions for the ap
pplication that Product will bbe used with or
o for,
Custo
omers are sole
ely responsible
e for all aspectts of their own
n product design or applicattions, including
g but not
d to (a) determ
mining the app
propriateness o
of the use of this
t
Product in such design oor applications; (b)
limited
evalua
ating and dete
ermining the applicability of any informatio
on contained in this documeent, or in chartts, diagrams,
progra
ams, algorithm
ms, sample application circu
uits, or any oth
her referenced
d documents; aand (c) validatting
all ope
erating parameters for such
h designs and applications. TOSHIBA
T
ASSUMES NO LLIABILITY FOR
R
CUST
TOMERS’ PRO
ODUCT DESIG
GN OR APPL
LI CATIONS.
･Produ
uct is intended for use in com
mmunications equipment (in
ncluding Rada
ar) on the grouund. Product is
s neither
Intend
ded nor warran
nted for use in
n equipment o
or systems that require extra
aordinarily highh levels of qua
ality and/or
reliabiility, and/or a malfunction
m
orr failure of whiich may cause
e loss of huma
an life, bodily iinjury, serious property
damag
ge or serious public impact (“Unintended Use”). Uninte
ended Use includes, withoutt limitation, eq
quipment
used iin nuclear faciilities, equipme
ent used in the
e aircraft and space equipm
ment, medical equipment, eq
quipment
used ffor automobile
es, trains, ship
ps and other trransportation, traffic signalin
ng equipment,, equipment us
sed to
contro
ol combustion or explosions, safety device
es, elevators and
a escalators
s, devices relaated to electric
c power,
and eq
quipment used in finance-re
elated fields. Iff you are cons
sidering using the Product inn such situatio
on, please
contacct us in advan
nce.
･Do no
ot disassemble
e, analyze, rev
verse-enginee
er, alter, modify
y, translate or copy Productt, whether in whole
w
or in
part.
･Produ
uct shall not be
e used for or in
ncorporated in
nto any produc
cts or systems
s whose manuufacture, use, or sale is
prohib
bited under an
ny applicable la
aws or regulattions.
･The in
nformation con
ntained herein
n is presented only as guida
ance for Product use. No ressponsibility is assumed
by TO
OSHIBA for any infringement of patents orr any other intellectual property rights of tthird parties th
hat may
result from the use of Product. No
o license to an
ny intellectual property rightt is granted byy this documen
nt, whether
expresss or implied, by estoppel or
o otherwise.
Copyright © 2016 TOSHIBA CO
ORPORATION, All Rights
R
Reserved.
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