Datasheet4U Logo Datasheet4U.com

MSWSE-020-05 - Silicon PIN Diode Switch Element

Download the MSWSE-020-05 datasheet PDF (MSWSE-020-05-MA included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for silicon pin diode switch element.

Description

The MSWSE-020-05 is a SPST PIN diode switch element designed for medium incident power applications, up to 20 W CW.

It has low insertion loss and medium isolation below 0.5 GHz.

Rev.

Features

  • Small Size (50 x 30 mils).
  • Broadband Performance up to 1 GHz.
  • Supports up to 20 W Power.
  • Low Insertion Loss, 0.05 dB up to 1 GHz.
  • Cost effective choice for switch.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (MSWSE-020-05-MA-COM.pdf) that lists specifications for multiple related part numbers.

📁 Similar Datasheet

  • MSWSE-020-05 - Silicon PIN Diode Switch Element (Aeroflex)
  • MSWSE-005-10S - Silicon PIN Diode Switch Element (Aeroflex)
  • MSWSE-005-15 - Silicon PIN Diode Switch Element (Aeroflex)
  • MSWSE-010-15 - Silicon PIN Diode Switch Element (Aeroflex)
  • MSWSE-010-15S - Silicon PIN Diode Switch Element (Aeroflex)
  • MSWSE-040-10 - PIN Diode Series Switch Element (Aeroflex Circuit Technology)
  • MSWSE-050-17 - Silicon PIN Diode Switch Element (Aeroflex)
  • MSWSER-070-10 - Silicon PIN Diode Switch Element (Aeroflex)
  • MSWSER-100-05 - Silicon PIN Diode Switch Element (Aeroflex)
  • MSWSH-020-30 - PIN Diode Shunt Switch Element (Aeroflex Circuit Technology)
Other Datasheets by MA-COM

Full PDF Text Transcription

Click to expand full text
MSWSE-020-05 Silicon PIN Diode Switch Element Features  Small Size (50 x 30 mils)  Broadband Performance up to 1 GHz  Supports up to 20 W Power  Low Insertion Loss, 0.05 dB up to 1 GHz  Cost effective choice for switch applications  RoHS* Compliant Description The MSWSE-020-05 is a SPST PIN diode switch element designed for medium incident power applications, up to 20 W CW. It has low insertion loss and medium isolation below 0.5 GHz. Rev.
Published: |