MICROSEMI LXP1004-23-2

LXP1000 – LXP1011
SURFACE MOUNT
SOT23 PKG PIN Diodes
®
TM
RoHS Compliant
DESCRIPTION
KEY FEATURES
 High Performance
 Surface Mount
 Available on Tape
 Multiple Configurations to Choose
From
1
 RoHS Compliant
Other configurations are available - consult factory for details. When
ordering specify configuration (example: LXP1004-23-4 is a
common cathode dual pin).
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The LXP series of SOT-23 PIN diodes offers the circuit designer a
higher level of quality in a commercially priced package. Choose
from LXP1000, LXP1004, and LXP1008 for switching applications,
LXP1002, LXP1005, LXP1010 and LXP1011 for low distortion
attenuation from VHF through 1.5 GHz. They are available in a host
of configurations (see configuration table for internal wiring.) The
LXP series of PIN diodes supersedes the LSP series. The LXP
products are supplied with a RoHS compliant matte tin finish. The
LSP series was supplied with a lead/tin finish.
 Low Cost
APPLICATIONS/BENEFITS
APPLICATIONS
 Low Current Switching
The LXP1000 series of SOT-23 PIN diodes are ideal for low cost
RF switching and attenuator applications through 1.5 GHz. The can
be tuned for narrow band control for frequencies through 5 GHz.
They are available as Single Diode, Series “T”, and Common Pair
configurations. The SOT-23 products can be supplied in bulk or on
‘tape & reel’ for automated pick and place assembly. Tape &
Reeled parts are supplied in 8mm conductive polycarbonate tape.
 Low Distortion Attenuation
 Ultra Low Distortion Switching
 High Quality / Economical Price.
ABSOLUTE MAXIMUM RATINGS AT 25º C
(UNLESS OTHERWISE SPECIFIED)
Rating
Symbol
Value
Unit
IR
50
nA
TSTG
TOP
PD
IF
-65 to +125
-55 to +125
250
1
ºC
ºC
mW
A
IMPORTANT: For the most current data, consult our website: www.MICROSEMI.com
These devices are ESD sensitive and must be handled using ESD precautions.
Copyright  2007
Rev. 2009-02-02
1
LXP1001-LXP1011
Maximum Leakage Current
@80% of Minimum Rated VB
Storage Temperature
Operating Temperature
Power Dissipation
Forward Current (1uS Pusle)
The LXP1000 Series of products are
supplied with a RoHS complaint Gold finish
Microsemi
Microwave Products
75 Technology Drive, Lowell, MA. 01851, 978-442-5600, Fax: 978-937-3748
.
Page 1
LXP1000 – LXP1011
SURFACE MOUNT
SOT23 PKG PIN Diodes
®
TM
RoHS Compliant
ELECTRICAL PARAMETERS @ 25C (Unless Otherwise Specified)
CT(pF)1
@VR
(Typ)
LXP1000
35
LXP1002
100
Model Number
VR (V)
Rs(Ω)2
@IF
(Max)
IF(mA)
TL(nS)3
.
(Typ)
0.28
5
2.5
5
40
0.32
50
4.0
100
1500
Application
Switch
Attenuator
LXP1004
35
0.75
20
0.6
10
70
LXP1005
100
0.40
50
6.5
5
2000
Attenuator
LXP1008
50
0.30
20
1.5
10
200
Switch
LXP1010
100
0.35
50
3.0
10
1000
Attenuator
LXP1011
200
0.35
50
8.0
20
2000
Attenuator
Notes
1.
2.
3.
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Vb(V)
IR=10μA
(Min)
.
Switch
Capacitance (CT) is measured at f = 1 MHz
Series Resistance (RS) is measured at f = 100 MHz
Carrier Lifetime (TL) is measured at IF = 10 mA, IR = 6 mA
TYPICAL CONFIGURATIONS
Model Number
23-0
23 – 1
23 - 2
23 - 3
23 - 4
LXP1000
LXP1002
LXP1004
LXP1005
LXP1008
LXP1010
LXP1011
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
23 - 5
●
●
PINOUT
23-1
23-2
23-3
23-4
23-5
Microsemi
Microwave Products
75 Technology Drive, Lowell, MA. 01851, 978-442-5600, Fax: 978-937-3748
ELECTRICAL
Copyright  2007
Rev. 2009-02-02
23-0
Page 2
LXP1000 – LXP1011
SURFACE MOUNT
SOT23 PKG PIN Diodes
®
TM
RoHS Compliant
SOT23 (23) STYLE PACKAGE
www.MICROSEMI.com
CROSS REFERENCE
INDUSTRY EQUIVALENT
MSC P/N
HSMP3890
LXP1000 – 23-1
HSMP3891
LXP1000 – 23-2
HSMP3892
LXP1000 – 23-3
HSMP3893
LXP1000 – 23-4
HSMP3894
LXP1002 – 23-0
HSMP3810
LXP1002 – 23-1
HSMP3811
LXP1002 – 23-2
HSMP3812
MA4P274ST
LXP1002 – 23-4
HSMP3814
MA4P274CK
LXP1004 – 23-0
HSMP3820
LXP1004 – 23-1
HSMP3821
LXP1004 – 23-2
HSMP3822
LXP1004 – 23-3
HSMP3823
LXP1004 – 23-4
HSMP3824
LXP1005 – 23-0
HSMP3880
MA4P274
LXP1008 – 23-2
MA4P789ST
SMP1310-12
LXP1008 – 23-4
MA4P789CK
SMP1310-13
LXP1010 – 23-0
MA4P274
LXP1011 – 23-0
MA4CP103A
MECHANICAL
Copyright  2007
Rev. 2009-02-02
LXP1000 – 23-0
SMP1304-01
Microsemi
Microwave Products
75 Technology Drive, Lowell, MA. 01851, 978-442-5600, Fax: 978-937-3748
Page 3