LSP1000 – LSP1012

Microsemi

Microwave Products

75 Technology Drive, Lowell, MA. 01851, 978-442-5600, Fax: 978-937-3748

Page 1

Copyright

 2007

Rev: 2009-09-10

RoHS Compliant

ENHANCED PERFORMANCE SURFACE MOUNT

EPSM

TM

®

DESCRIPTION

The LSP series of Enhanced Performance Surface Mount (EPSM)

PIN diodes offers the circuit designer a higher level of quality in a

commercially priced package. Choose from LSP1000, LSP1004,

and LSP1008 for switching applications, LSP1002, LSP1005,

LSP1010 and LSP1011 for low distortion attenuation from VHF

through 5 GHz. They are available in a host of configurations (see

configuration table for internal wiring.) The LSP products are

supplied with a RoHS compliant gold finish.

Other configurations are available - consult factory for details. When

ordering specify configuration (example: LSP1004-454-4 is a

common cathode dual pin).

APPLICATIONS/BENEFITS



High Performance Wireless

Surface Mount Options for

GSM, TAGS, WANS, PCS



Wideband Switching



Broadband Attenuators



Phase Shifters



Broadband Limiters

APPLICATIONS

Specify EPSM package style 450A or 454. For 3 terminal style 454,

refer to configuration page. Example: LSP1001-454-4 is a common

cathode pair of PIN diodes for broadband switching applications; for

the 2 terminal style 450A, refer to the outline dimension table.

Example: LSP1001-450A is a single device with a 0.075 x 0.050

outline.

ABSOLUTE MAXIMUM RATINGS AT 25º C

(UNLESS OTHERWISE SPECIFIED)

Rating

Symbol

Value

Unit

Maximum Leakage Current

50

nA

Storage Temperature

-65 to +125

ºC

Operating Temperature

-65 to +125

ºC

Power Dissipation

500

mW

Forward Current (1uS Pusle)

1

A

KEY FEATURES



Low Cost



High Performance



Surface Mount



Available on Tape



Multiple Configurations to Choose

From



RoHS Compliant

1

Specifications are subject to change, consult factory for the latest information.

These devices are ESD sensitive and must be handled using ESD precautions.

RoHS complaint Gold finish

.