We design, engineer and assemble micro-wave component based amplifiers that
meet individual customer specifications. Our products consists of RF amplifiers
and related subsystems, operating at multiple frequencies from 50kHz to 44GHz,
including Low Noise Amplifiers, Medium Power Amplifiers, oscillators, filters,
and custom assembly designs. We also offer non-recurring engineering services
on a project-by-project basis, for a predetermined fixed contractual amount,
or on a time plus material basis.
Our products consist of RF amplifiers and related subsystems, operating at
multiple frequencies from 50kHz to 44GHz, including Low Noise Amplifiers, Medium
Power Amplifiers, oscillators, filters, and custom assembly designs.
New to our list of products is the 18 to 40 GHz wide band low noise amplifier.
It is designed mainly for wideband telecommunications such as military and space
applications, point to point radios as well as test equipment.
AmpliTech has also introduced a new line of cryogenic amplifiers designed to
operate at temperatures as low as 4K that offer much lower Noise Figures than
our standard models and some of the lowest Noise Figures in the industry. Consuming
as little DC power as +0.5V DC@8mA, the light-weight, compact housings provide
excellent performance while generating very little heat. These amplifiers are
very useful for applications that require the absolute minimum amounts of noise
injection for the growing market of Low Temperature Applications, such as Quantum
Computing, Medical Applications, RF Imaging, Research & Development, Space
Communications, Accelerators, Radiometry and Telephony.
Low Noise Amplifiers
Low Noise Amplifiers, or LNAs, are amplifiers used in receivers of almost every
type of communication system (Wi-Fi, Radar, Satellite, Base station, Cell phone,
Radio, etc.) to improve signal strength and increase sensitivity and range of
receivers.
Medium Power Amplifiers
Medium Power Amplifers, or MPAs, provide increased output power and gain in
transceiver chains to increase signal power and maintain dynamic range and linearity
in Radars, Base-stations, Wireless networks, and almost every communication
system.
Oscillators
Phase Locked Oscillators, or PLOs, and Dielectric Resonator Oscillators, or
DROs, are ultra-stable frequency sources and references in transceiver applications
that complement the amplifier chain in the transceivers.
Filters
Filters discriminate or block out certain frequencies in communication systems
to improve dynamic range and NF response. Our filters are low loss and used
on the front-end of the receiver chain that provide low degradation in the NF
of the system, thereby maintaining and enhancing the signal clarity.
Our products are supported by hybrid design topologies that create highly linear
Radio Frequency (RF) products that amplify and transform signals with minimal
addition of noise, achieving high Signal to Noise Ratio (SNR) and increased
receiver sensitivity and range, at a low cost and low power consumption. Our
hybrid design topologies include:
Discrete Microwave Integrated Circuit (MIC)
Pseudomorphic High Electron Mobility Transistor (PHEMT)
MIC and Low Noise MIC
The discrete topology that we utilize provides various advantages:
Can easily optimize Voltage Standing Wave Ratio (VSWR) and Noise Figure
Flexibility of design; can easily adapt to change of specs, technology, etc.
Low DC power consumption
Can control and optimize and gain flatness due to discrete gain stages
Optimum use of MIC technology and experience
Use of negative bias is not necessary
Better part availability
Our research and development activities are conducted on new product designs
to the extent as requested by the customers. The cost of our research and development
activities is incorporated into the unit selling prices and, as such, is borne
directly by the customers. For the years ending December 31, 2017 and 2016,
the Company has incurred research and development costs of $68,447and $35,369,
respectively.
2.18% 
61.38 %