Products

TPA v5

TPA v5 Targets Package Extraction and Design Automation Needs for Advanced SiP, CSP and Stacked Packaging Technologies
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CDMA Transmit Filter

ReactelCDMATxCavity1Reactel part number 10CX9-854.5-X61N11 is a CDMA Transmit band filter. This unit sized at only 2.75" high x 4.55" wide x 11.1" long has Type N Connectors, but can be fitted with most any RF connector.


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AMPS Band Diplexer

ReactelAMPS_-_PCS1smallReactel part number 2DP-AMPS-75 is a diplexer with passbands of 824 - 849 & 869 - 894 MHz.  Passband insertion loss comes in at less than 1.0 dB, a passband Return Loss of less than 16 dB, minimum channel to channel isolation of 75 dB, and is rated for input power of up to 500 W.


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AMPS Receive Filter

ReactelAMPSRxFiltersmallReactel part number 8C9-836-X25N11 is an AMPS Receive band filter.  This unit is centered at 836 MHz with a flat passband of 824 - 849 MHz.  Passband Insertion Loss comes in at less than 1.0 dB, a passband Return Loss of greater than 16 dB and has 60 dB of attenuation at 869 - 894 MHz.


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PCS Receive Filter

ReactelPCSFilterReactel part number 8C9-1880-X60N11 is a PCS Receive band filter. This unit is centered at 1880 MHz with a flat passband of 60 MHz. Passband Insertion Loss comes in at less than 0.8 dB, with a passband Return Loss of greater than 16 dB and has 60 dB of attenuation at 1930 to 1990 MHz.


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PCS Band Diplexer

ReactelPCSDiplexerReactel part number 2DP-PCS-75 is a diplexer with passbands of 1850 to 1910 & 1930 to 1990 MHz. Passband insertion loss comes in at less than 1.0 dB, with a passband Return Loss of less than 16 dB, minimum channel to channel isolation of 75 dB, and is rated for input power of up to 250 W.


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CST MICROWAVE STUDIO®

CST MICROWAVE STUDIO® (CST MWS) is the leading edge tool for the fast and accurate simulation of high frequency (HF) devices such as antennas, filters, couplers, planar and multi-layer structures and SI and EMC effects.
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CST STUDIO SUITE(tm)

CST STUDIO SUITE(tm) comprises CST's 3D EM simulation tools: the renowned CST MICROWAVE STUDIO(r) for high frequency applications, CST EM STUDIO(tm) for low frequency and statics and CST PARTICLE STUDIO(tm), for charged particle dynamics, and is rounded off with CST DESIGN STUDIO(tm) for synthesis and circuit simulation.
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