REMOTE KEYBOARD TRANSMITTER

REMOTE KEYBOARD TRANSMITTER

MEDIUM-VOLTAGE HIGH CURRENT POWER SUPPLIES

TYPICAL APPLICATIONS  X-ray equipment  Component testing  Heaters  Magnets  Battery management  Ion implantation  Automated test

REMOTE KEYBOARD TRANSMITTER

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

Varactors (Packaged and Die form)

Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a variety of microwave

Varactors (Packaged and Die form)

Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a variety of microwave

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

GaAs Varactor Diodes Abrupt Junction

Description Microsemi’s GaAs abrupt junction varactors are fabricated from epitaxial layers grown at Microsemi using Chemical Vapor Deposition. The layers are processed using proprietary techniques resulting in a high Q factor and very repeatable tuning curves. The diodes are available in a varie

Lamps for Photolithography

Description PerkinElmer Optoelectronics is a leading manufacturer of mercury short arc lamps ranging in output power from 1000 to 8000 watts. These lamps are used in the production of printed circuit boards, liquid crystal displays and semiconductors. The HSH Series lamps are used worldwide in mi

MICROMACHINED ACCELEROMETER

The XMMA series of silicon capacitive, micromachined accelerometers features; signal conditioning, a 4–pole low pass filter and temperature compensation. Zero–g offset full scale span and filter cut–off are factory set and require no external devices. A full system self–test capability verifies sy

Silicon planar type

文件：49.05 Kbytes Page：4 Pages

Silicon planar type

文件：49.05 Kbytes Page：4 Pages

Silicon planar type

文件：49.05 Kbytes Page：4 Pages