Hittite manuals, page 8
Hittite HMC232 handbook
HMC232 is a broadband non-reflective GaAs MESFET SPDT MMIC chip produced by Hittite Microwave Corporation. It covers DC to 15 GHz and features over 55 dB isolation and 1.4 dB insertion loss.
Hittite HMC231G7 handbook
The HMC231G7 is a broadband high isolation non-reflective GaAs MESFET SPST switch in a hermetic surface mount package. Covering DC to 6.0 GHz, the switch features >55 dB isolation up to 2 GHz and >42 dB isolation up to 6.0 GHz.
Hittite HMC230MS8 handbook
HMC230MS8 is a digital attenuator produced by Hittite Microwave. Its working frequency range is 0.75-2.0GHz. The typical insertion loss is 1.8dB. It can attenuate up to 28dB. The accuracy is ±0.5dB. It supports single voltage control of 0-5V.
Hittite HMC224MS8 handbook
HMC224MS8 is a low-cost 5-6GHz GaAs MMIC T/R switch with an ultra-small package and high input P1dB of +33 dBm. It can be powered with a single positive supply in the range of +3 to +8V.
Hittite HMC222C12 handbook
HMC222C12 is a broadband non-reflective SP4T switch from Hittite company, with DC to 6GHz frequency range, single positive bias and integrated 2:4 TTL decoder, in ceramic SMT package.
Hittite HMC221 handbook
The HMC221 is a low-cost SPDT switch from Hittite in a SOT26 package with a very low insertion loss of 0.4 dB. It is suitable for applications requiring a small package and very low insertion loss, such as filter and receiver switching.
Hittite HMC220MS8 handbook
HMC220MS8 is a microwave transceiver produced by Hittite Corporation, which has ultra-miniature packaging, low conversion loss, wideband IF and other features
Hittite HMC219MS8 handbook
This document describes the features and characteristics of the HMC219MS8 model, which is an ultra miniature double-balanced mixer. It is suitable for applications such as UNII and HiperLAN, ISM, and microwave radios.
Hittite HMC218MS8 handbook
HMC218MS8 is an ultra miniature double-balanced mixer in an 8 lead plastic surface mount package (MSOP) produced by Hittite Microwave Corporation. It is constructed of GaAs Schottky diodes and novel planar transformer baluns on the chip, and it can be used as an upconverter, downconverter, bi-phase (de)modulator, or phase comparator. It has very good performance and is ideal for UNII and HiperLAN, portable wireless and PCMCIA applications.
Hittite HMC216MS8 handbook
The HMC216MS8 is an ultra miniature double-balanced FET mixer in an 8 lead plastic surface mount package (MSOP). It is constructed of switched GaAs FETs and novel planar transformer baluns on the chip. The device can be used as an upconverter or downconverter for 1900 or 2400 MHz applications.
Hittite HMC214MS8 214MS8E handbook
This document describes the features and characteristics of the HMC214MS8 / 214MS8E High IP3 GaAs MMIC MIXER, including +34 dBm input IP3, 28 dB LO to RF isolation, +22 dBm input P1dB, no external components required, etc.
Hittite HMC210MS8 handbook
The HMC210MS8 is a miniature absorptive voltage variable attenuator from Hittite Microwave Corporation. It operates with a positive supply voltage (+2.5V), and a positive control voltage. It features a high third order intercept point for all attenuation states and is ideal for base station infrastructure, portable wireless and MMDS applications.
Hittite HMC208MS8 handbook
The HMC208MS8 is an ultra miniature GaAs MMIC SMT double-balanced mixer, operating in the frequency range of 0.7-2.0GHz, with a conversion loss of 9dB, LO/RF isolation of 24dB and an IP3 (input) of +17dBm.
Hittite HMC207S8 handbook
HMC207S8 is a miniature double-balanced mixer in an 8 lead plastic surface mount Small Outline IC (SOIC) package. This passive MMIC mixer is constructed of GaAs Schottky diodes and novel planar transformer baluns on the chip. The device can be used as an upconverter, down- converter, biphase modulator (de)modulator, or phase comparator.
Hittite HMC205 handbook
The HMC205 is a passive miniature frequency doubler suitable for applications such as wireless local loop, LMDS, VSAT, and point-to-point radios. It features small size, no DC bias, and no measurable additive phase noise.