
EXODUS ADVANCED COMMUNICATIONS
Exodus Advanced Communications, “Exodus” is a “Best-in-Class” SSPA manufacturer delivering products from 10kHz to beyond 51GHz. The company’s extremely ruggedized product line consists of LDMOS, GaN (HEMT) & GaAs devices where we manufacture significant quantities of our own devices. The company also uses clean-rooms for manufacturing the latest advancements in technology, designing and fabricating low, medium and high power amplifiers with Chip & Wire technology. The company has a very wide range of stand-alone modules, integrated amplifier chassis configurations, and full turn-key systems as needed to satisfy customers demanding the most reliable products available. Exodus Advanced Communications is a multinational RF communication equipment and engineering company serving commercial and government entities and their affiliates worldwide.
Headquartered in Las Vegas, Nevada, the company utilizes its global network of Sales & Service partners to effectively support wide ranges of customer applications & requirements.
We bring decades of combined experience in the RF/Microwave field for many applications; including military jamming, communications, radar, EMI/EMC and various commercial projects designing, manufacturing and testing all of our HPA, MPA, and LNA products in-house. Our SSPA’s provide unprecedented reliability & performance and simplify EMC testing with the latest features for user-availability.
With our in-house engineering capabilities and fully equipped manufacturing facilities, Exodus Advanced Communications is committed to provide the best in RF products, leading in quality along with excellent lead times.
HOT PRODUCTS
- Solid State High Power Amplifier: AMP2121-LC
- Solid State High Power Amplifier: AMP4066A-1LC
- Solid State High Power Amplifier: AMP2065A-LC
- Solid State High Power Amplifier: AMP2030-LC-1KW
- Solid State High Power Amplifier: AMP4065A-1LC
- Pulse Solid State Amplifier: Exodus AMP2083P-2KW
- Solid State Power Amplifier System: Exodus AMP2107ADB-2
- Solid State High-Power Amplifier: AMP2033LC
- Solid State Power Amplifier System: Exodus AMP4039P-3
- TWT Replacement Amplifier: Exodus AMP2065A-LC
FEATURED ARTICLES
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Power measurement is accomplished by using a high-power calibrated coupler or attenuator, which gets attached to the Amplifier RF output connector. Harmonics are recorded similarly by increasing the input drive from the signal source.
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Amplifiers are designed in many ways. We discuss in this application note the differences between the different classifications and what it means with respect to performance.
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VSWR happens from having an impedance mismatch between a source and a load. VSWR is not a hard concept to grasp, but its effects on the instrumentation can be more difficult to realize.
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The purpose and scope of this document is to explain amplifier power indication (metering) and typical variations associated with frequency sensitivity and bandwidth. Exodus amplifiers with our display/controller provide many monitoring and control functions.
CONTACT INFORMATION
Exodus Advanced Communications
3674 E. Sunset Road, Suite 100
Las Vegas, NV 89120
UNITED STATES
Phone: 1-702-534-6564
Fax: 1-702-441-7016
BROADBAND AMPLIFIERS
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The AMP2033LC from Exodus Advanced Communications is a solid state, high-power amplifier designed for use in broadband EMI/RFI, lab, communications, and EW applications operating in the 6.0 – 18.0 GHz frequency range. It is also suitable for CW, pulse, and all single channel modulation standards.
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Exodus AMP2065A-LC is designed for replacing aging TWT technology. A broadband, rugged EMC Class A/AB linear design for all modulations & industry standards.
PULSE AMPLIFIERS
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Exodus Advanced Communications is pleased to introduce our compact high power 5.4-5.9GHz 2.5KW Pulse amplifier. Exodus AMP4039P-3 provides 2500 watts with a minimum power gain of 64dB.
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The Exodus AMP2083P-2KW is a robust 4.0-8.0GHz, 2KW Pulse Amplifier for Pulse/HIRF, EMC/EMI Mil-Std 461/464, and radar applications. It features up to 100usec pulse widths and up to 6% duty cycles with a minimum of 63dB gain.