R
e
visi
o
n Da
te
: 05/01/0
5
M
etelics
Beam Lead PIN diodes
p
rovide low microwave
c
apacitance and
f
ast switchin
g
per
f
ormance. The
y
are
ideal
f
or use in broadband hi
g
h speed multi-throw switches
as well as
p
hase shifters, modulators and attenuators.
Fast
S
witchin
g
Rugged Construction 5 gram Pulls typ
.
Oxide/ Pol
y
imide Double Passivation
M
a
m
L
e
a
d
PIN Di
o
d
es
Description Features
P
art Num
b
e
r
V
BR
V
R
S
C
J
pF
τ
ns
t
rr
ns
MIN
TYP
MAX
TYP
MAX
TYP
TYP
M
BP1
030
-B11
100
5.5
6.5
.020
.025
35
4
.9
M
BP1
033
-B11
100
4
.0
5.0
.025
.030
40
4
.8
MBP
1034-
B
11
1
00
6
.
0
7.
0
.02
5
.030
2
5
5
.
5
MBP
1035-
B
11
60
3
.5
4
.
0
.
03
0
.04
0
3
0
2.
5
MBP
1036-
B
11
60
2
.5
3
.
0
.0
4
0
.
0
5
0
40
2
.
4
M
BP2
030
-B11
60
6.0
7
.0
.0
2
3
.025
20
4
.
1
M
BP2034-B11
60
5
.
0
6
.
0
.02
6
.0
3
0
2
0
3
.2
T
es
t
Co
ndi
t
i
o
ns
I
R
=10 µA
R
I
F
= 1
0
m
A
f
= 1-3.0
G
H
z
V
R
= 10 V
R
f
= 2-18
G
Hz
swept
I
F= 1
0
mA
I
R
= 6 mA
R
I
F
= 1
0
mA
V
R
= 10 V
R
Electrical Specifications, TA = 25 ºC
P
arameters L
i
m
i
t
T
otal Power Dissi
p
atio
n
250 mW at +25ºC Derate Linearl
y
to zero at +175ºC
Op
eration Tem
p
erature
-
65ºC to +175ºC
S
tora
g
e Temperatur
e
-
65ºC to +200ºC
T
erminal
S
tren
g
t
h
3 Grams Minimu
m
Absolute Maximum Ratings
R
ev
i
s
i
on Date: 05/01/05
Mes
a B
ea
m
L
e
ad PIN Di
o
d
es
2
Aerofl ex / Metelics, Inc
.
w
ww.a
e
r
ofl
e
x-m
ete
li
c
s.
co
m
Typical Performance, TA = 25 ºC
     










###
Fi
gure 1
.
F
orward D
C
C
ha
r
r
acteristics
I
F
(mA)
F
V
F
(V)
F
     











###
Fi
gure 3
.
Capacitance vs Reverse Voltage
C
T
(pF)
T
V
R
(V)
R
     











###
Fi
gure 2.
Series Isolation vs Fre
equency
olation vs Frequenc
Isolat
i
on (dB)
Frequency (
G
Hz)
     











###
Fi
gure 4.
S
eries Isolation vs Frequency
Isolat
i
on (dB
)
Frequenc
y
(GHz)
F
igure 5
.
S
eries Resistance vs Reverse Volta
g
e
R
S
(
Ω
)
V
R
(V)
R
     











###
F
igure 6.
S
eries Isolation vs Frequency
I
solat
i
on (dB
)
Frequenc
y
(GHz)







-"0 -"0 -"0
-"0 -"0 -"0









626
      





-"0 -"0 -"0
-"0









626









62626



-"0 -"0 -"0
-"0 -"0 -"0
-"0
R
ev
i
s
i
on Date: 05/01/05
M
es
a B
ea
m L
e
ad PIN Di
o
d
es
3
Aerofl ex / Metelics, Inc
.
w
ww.a
e
r
ofl
e
x-m
ete
li
c
s.
co
m
Typical Performance, TA = 25 ºC
     










###
Fi
gure 7
.
Series Resistance vs Forward Current
F
orward
C
u
R
S
(
Ω
)
I
F
(mA)
F
     











###
Fi
gure 9
.
Series Resistance vs Forward Curren
t
R
S
(
Ω
)
I
F
(mA)
F
     











###
Fi
gure 8.
Reverse Recovery Time vs Forward Current
orward Curr
ery Time vs Forward
T
rr
(ns)
I
F
(mA)
F
     











###
Fi
gure 10
.
R
everse Recovery Time vs Forward Curren
t
T
rr
(ns
)
I
F
(mA)
F
F
igure 11
.
Series Resistance vs Forward Curren
t
R
S
(
Ω
)
I
F
(mA)
F
     











###
F
igure 12.
R
everse Recovery Time vs Forward Curren
t
T
rr
(ns)
I
F
(mA)
F
   


-"0-"0-"0
   


626626626
   


-"0-"0
   


626626626
   


626626626
   


-"0-"0
R
evision Date:
05/0
1
/05
Aero ex / Metelics
Ae
r
o
e
x Mi
c
r
oe
l
ec
tr
o
ni
c
So
l
u
ti
o
n
s
9
75 Stewart Drive, Sunn
y
vale, CA 9408
5
TEL: 408-7
3
7-818
1
Fa
x: 4
08
-7
33
-7
6
4
5
www.aero ex-metelics.com sales@aero ex-metelics.com
A
ero
ex
/
Metelics, Inc. reserves the ri
g
ht to make chan
g
es to an
y
products
and services herein at an
y
time without notice.
C
onsult Aero
ex or an
authorized sales representative to verif
y
that the information in this data
s
heet is current be
f
ore usin
g
this product. Aero
ex does not assume an
y
r
esponsibilit
y
or liabilit
y
arisin
g
out o
f
the application or use o
f
an
y
produc
t
o
r serv
i
ce
d
escr
ib
e
d
h
ere
i
n, except as express
ly
a
g
ree
d
to
i
n wr
i
t
i
n
g
by
A
ero
ex; nor does the purchase, lease, or use o
f
a product or service
f
rom
A
ero
ex conve
y
a license under an
y
patent ri
g
hts, cop
y
ri
g
hts, trademark
r
i
g
hts, or an
y
other of the intellectual ri
g
hts of Aero ex or of third parties.
C
op
y
ri
g
ht 2003 Aero
ex
/
Metelics. All ri
g
hts reserved. attributes represented b
y
these three icons:
solution-minded, per
f
ormance-driven and customer-
f
ocused
.
M
esa Be
a
m Le
a
d
PIN Diodes
Fi
g
ure 13.
Outline Drawing
B11
Cathode
6.5 [0.165]
4.5 [0.1 14] 0.5 [0.013]
0.2 [0.005]
3.5 [0.089]
1.5 [0.038]
1 1 [0.279]
7 [0.178]
1 4 [0 .3 56 ]
1 0 [0 .2 54 ]
35.5 [0.901]
32.5 [0.826]
Dim ens ions in m ils [mm ]
Back
Ba ck View
INTERCONTINENTAL
MICROWAVE
TEST FIXTURE
MODEL TFP-1034
INSERTION LOSS AND ISOLATION TESTS
BIAS
TEE BIAS
TEE
BIAS
POWER
SUPPLY
SCALAR
ANALYZER
DETECTOR
TO
SCALAR
ANALYZER
RF INPUT
.1-18 GHz
<1 NSEC
PULSE
GENERATOR
BIAS
POWER
SUPPLY
INTERCONTINENTAL
MICROWAVE
TEST FIXTURE
MODEL TFP-1034
T
RR
TEST CONFIGURATION
I
F
+V
R
T
RR
OUT
BIAS
TEE BIAS
TEE
0%
10%
OV
SAMPLING
OSCILLO-
SCOPE
Fi
g
ure 14.
Test Con gurations
A
17004
(
-
)