Raditek’s SSPA amplifier GaN (Gallium Nitride) is a compact, lightweight amplifier meant to be used in multiband modems and radios circuitries, either independently for a transmit-only system or in conjunction with other components to form a duplex system.

The most recent solid-state power amplifiers and transistors from Raditek or other sophisticated electronic component manufacturers use gallium nitride, a crucial revolutionary technology that makes it possible for power amplifiers and RF devices to have higher output power at microwave frequencies.

GaN or Gallium Nitride is a semiconductor material that enhances the power density in radio frequency devices without having to increase its size and or weight.

The SSPA amplifier GaN from Raditek is best suited for applications and systems that demand the highest radio frequency power density, such as active antenna arrays and similar devices.

The solid-state amplifiers made by Raditek using GaN are found to be very effective for systems that use X and Ku, bands.

Our experts created a GaN-based SSPA using the power summation principle, which enables minimal functionality even if a sizable portion of it is damaged and therefore is preferred over TWTAs.

We offer the most recent GaAs-based amplifiers for low and medium power stages, while our GaN semiconductor-based amplifiers are chosen over competing products for high power stages.

For full details, see the Raditek website.

Raditek’s high power combiners are the key elements in the fast-evolving high-power RF and microwave systems used in radars, communication, directed energy, electronic warfare, air traffic control, and research facilities like particle accelerators.

Our high-power combiners coalesce or add many RF input signals to a single output while preserving the distinctive impedance of the inputs.

Excellent high Power combiners from Raditek have the following characteristics: 1) Low loss, 2) Requisite amplitude. 3) Exceptional phase balance and 4) High-power handling capacity.

We offer various configurations of power combiners such as 2/4/8 and 16-way models with a frequency handling range from 100 kHz to 40 GHz and more.

Our expert engineers can put together customized narrow band, multi-octave, and waveguide combiners as per the required specification of the client/s and their system/s.

Commercial uses for high power combiners include radio and satellite communications, EMI or EMC testing apparatus, and multiple receiver setups. Power combiners are also utilized in a variety of defense-related devices and equipment.

Raditek’s Combiners have high mismatch tolerance and thermal tolerance in the range of -40°C to +85°C, as a result, it ensures accurate output for the proper functioning of the system/application/equipment as a whole.

Advanced high power combiners from Raditek boost the total efficiency of the systems that use them.

For full details, see the Raditek website.

A phase lock oscillator or a phase-locked loop (PLL) is extensively used for analog as well as digital data transmission applications.

An advanced phase locked oscillator from Raditek is a sophisticated electronic circuit that constantly adjusts to match the frequency of its input signal.

Our phase locked oscillators are primarily used to create, stabilize, modulate/demodulate, filter, and retrieve frequency signals from a noisy communications channel that is susceptible to data interruption.

Due to its abovementioned features and properties, a phase lock oscillator is used for computer clock synchronization, demodulation, and frequency synthesis. Moreover, PLOs also happen to be an integral part of radio, telecommunication, computers, and various other electronic circuitries.

State-of-the-art Raditek’s phase-locked oscillators are a vital and indispensable component to reduce noise levels spreading the energy over a larger portion of its spectrum, especially for FM radio channels with a bandwidth of tens of kilohertz.

Our phase lock oscillator is designed to function with integrity in complex systems and applications and therefore is a component of choice for many circuitry in the world of electronics dealing with radio and microwave frequency.

If you have the necessary criteria, Raditek has the best phase lock oscillator in its class, with a frequency range of 30MHz to 50GHz, and an operational thermal range of 0 to 50 degrees Celsius.

For full details, see the Raditek website.

Superior quality rubidium oscillators: why use them?

Advanced rubidium oscillators, like those made by Raditek, have substantially less drift than an OCXO.

In comparison to OCXOs, our precisely tuned rubidium oscillator offers greater short-term stability of 0.002ppb at 100s and long-term aging of below 1ppp/year.

Normal oscillators are susceptible to energy loss, which reduces the amplitude and can have a disastrous effect on time distribution services like the telecommunications network, television broadcasts, aerospace, the military industry, global positioning satellite systems, etc.

Raditek’s rubidium oscillators are improvised oven-controlled crystal oscillators tethered to the precision and accuracy of the rubidium physical circuitry which ensures uninterrupted pulse accuracy and amplitude.

Technically it means OCXO frequency output is harnessed to rubidium’s hyperfine transition cycle of 6 834 682 610.904 Hz for the most accurate and dependable frequency for the time distribution industry.

These oscillators from Raditek are far superior to those from other companies. This is because we follow a sigma process of manufacturing which help us to do away with defect-causing elements which helps us to offer a wide range of cutting-edge products including rubidium oscillators.

Raditek manufactures more than twenty types of rubidium oscillators which are comparatively smaller in dimension. The best price/performance ratio makes it the most ideal component for the relevant systems/applications.

For full details, see the Raditek website.

Radtiek’s superlatively engineered rubidium Oscillators are the most preferred oscillators by sensitive systems and applications such as time distribution, communication systems, and infrastructures like DTH broadcast and others.

They are also used in DTH broadcast systems and commercial airborne systems like radars, missiles, and the like.

Rubidium oscillators exhibit superb performance with short-term stability of 0.002 ppb/s at 100 s and long-term aging of sub 1 ppb/year. The output of our rubidium oscillator offers a high level of consistency and regularity.

Another advantage of Raditek’s rubidium oscillators is that they provide unaltered consistent output regardless of temperature variations in the systems they are embedded in or the external environment, within the range from minus 30°C to + 60°C.

Rubidium oscillators manufactured by us offer normal work life of more than a hundred thousand hours.

And therefore are prioritized over OCXOs for all sensitive applications and critical systems.

Furthermore, these Rb oscillators from Raditek offer better signal integrity and zero degree co-channel interference, low SNR, and a low aging rate of IE-9 over a decade period.

Rubidium oscillators come in over 20 different varieties, of which Precision and Low Phase Noise Rubidium Oscillators are the most widely used category.

These oscillators are provided by us and have a sturdy casing that is helpful for the majority of applications.

Full details are on the Raditek website.

A band pass filter developed by Raditek is a stringent electronic firewall that permits only calibrated frequency bands to propagate further, for its logical role in the systems or applications for its logical role.

The state-of-the-art bandpass filters that we manufacture are widely used in wireless and telecommunication systems, acoustics, and optic applications. Our Top-Class band pass filters are also used in satellite communication, atmospheric sciences, and meteorological system and applications.

For Sonar, Seismology, EEGs, Electrocardiograms, lasers, LIDARS, and Audio Signal Processing applications, equipment manufacturers prefer Raditek band pass filters.

Raditek offers two types of band pass filters (BPFs) namely Active Band Pass filter and Passive Band Pass filter.

Our Active filters use an external source of power to operate and use state-of-the-art active components like integrated circuits (ICs) and transistors.

Passive BPFs do not generate active power elements and instead rely on components such as capacitors and inductors to dissipate, store, and/or release power.

A Raditek Band pass filter minimizes interference from other signals that may be floating within or around the system, and has optimal frequency transfer speed, the proper amplitude, and the lowest signal-to-noise Ratio (SNR).

Our range of ready-to-use BPFs, available in varied formats, is designed to meet all your needs, however,  do let us know about your customized Band Pass Filter.

A phase lock oscillator is a control system that creates an output signal related to the phase of the input signal, also referred to as a phase lock loop or PLL.

Raditek’s markets different types of phase lock oscillators fitted with a variable phase detector that is fitted with a variable frequency oscillator and a phase detector in a feedback loop.

Our state–of–the–art PLLs are widely used for frequency generation in applications like radar, and communications.

The Phase Lock Oscillator from Raditek can track input frequency or trigger a frequency higher than the input frequency in addition to syncing the signals, keeping the input and output phase in a locked step that provided an excellent phase match.

The above properties of a Raditek phase lock oscillator, are widely used for computer clock synchronization, demodulation, and frequency synthesis.

Additionally, because our PLOs are manufactured in accordance with our 6-sigma requirements, Raditek’s PLO is the best the market has to offer.

This explains why Raditek phase lock oscillators, which have a low SNR and stability of 0.22 ppm in temperatures ranging from 0 to 50 degrees centigrade, are widely used in radio, telecommunications, computers, and other electronic circuits.

So gather your requirements. For an economical price, we will develop a PLO just for you that is guaranteed to perform well!

Full details are on the Raditek website.

The most precise time standards now available are known as rubidium oscillators, which are utilized as time distribution services to regulate things like telecommunications infrastructure, TV broadcasts, and global positioning satellite systems (GPS).

Raditek offers rubidium oscillators that have a tick mark against important performance parameters like 1) Bit Error Rate 2) Calibration Intervals and 3) Low Signal to Noise ratio.

Raditek also provides rubidium oscillator customization services based on the requirements of the circuits; however, the ones they provide off-the-shelf are suitable for most applications.

The configuration of the rubidium oscillators that we produce is monitored by our knowledgeable experts, who are equipped with cutting-edge manufacturing technology.

And therefore, they are found to be most stable even in the temperature range of -30 to +60 degrees Fahrenheit and have a better hold-over period hence are a notch above not only the conventional oscillators but even the OCXOs and hence are used as dependable time stamps.

They are available in two varieties: Low noise rubidium oscillators and precision rubidium oscillators. Their operational spectrum typically fits crucial applications like telecom, measurement instruments, and other similar devices.

Raditek’s highly reliable and economical rubidium oscillators are most used in topologically challenged applications like the CDMA, WiMax, and LTE base stations.

Full details are on the Raditek website.

State-of-the-art SSPA (solid state power amplifiers) from Raditek are predominantly used in wireless communications and broadcasting systems.

SSPA designed by our engineers is a cutting-edge device capable of handling an operating frequency load from 10 kHz to 18 GHz and an operating power load from milliwatts to Kilowatts.

Raditek also provides SSPA in narrow, broad, and multi-octave band configurations which can be suitably used in Ku and X band applications too.

Depending on the needs of the circuitry, the most recent solid-state power amplifiers designed in our ultramodern manufacturing facilities use either field effect transistors (FET) or transistors with gallium arsenide (GaAs) or gallium nitride (GaN) technology.

Our GaAs transistor-based SSPA is best suited for low to medium-power load applications, while our GaN transistor-based amplifiers are well-suited for high-power applications.

Apart from these off-the-shelf amplifier devices we also design and fabricate customize SSPA as per the given specification which is ready for integration in high-profile systems and applications like missile tracking systems, airborne radars, and the like.

Every aspect, including the operating environment of an SSPA, is objectively evaluated and assessed in relation to its circuit dynamics. Only post the satisfactory sync results, Raditek recommends it for production and hence reckoned it as a high-caliber product.

See Raditek‘s website for full details.

Raditek Microwave amplifiers are engineering marvels, cutting-edge equipment that has been creatively built to accomplish their intended and specified purpose.

As a result, our microwave amplifiers, which have a frequency capability of 1 to 100 GHz, offer calibrated performance levels in terms of Gain, Stability, SNR, Power, and Linearity.

And hence they are well suited for and are used in broadband communications, radar systems, diagnostic systems, laboratory and field testing equipment, and electronic warfare systems.

Transistor technology-based Raditek microwave amplifiers are rugged and are designed to fit into most heavy-duty applications and circuitry.

Aside from our regular range of advanced amplifiers like Low noise amplifiers, Power amplifiers, linear signal amplifiers, Driver amplifiers and customized Amplifiers; we also manufacture ultra-modern medical amplifiers.

These are used in applications such as uplink towers, orbiting spacecraft and satellites, planetary radar systems, and other high-profile communication systems that operate in the high-frequency range of 20 to 35 GHz.

Microwave amplifiers from Raditek are astutely designed and configured to propagate both low and high-power carrier wave signals, which are predominantly used in particle accelerators, telecommunications, and other advanced research projects.

Moreover, our amplifiers have a built-in cooling system to dissipate heat generated by such heavy-duty electronic devices. And hence are ideal for a variety of systems and applications.

See Raditek‘s website for full details.