A power splitter is rated on its capacity to handle power, and Raditek power splitters are reputed to use only specific resistors and wire sizes (diameter and thickness of the conducting material in it) that enable them to yield specified output.

Power splitters keep the transformer from getting saturated at a lower frequency of the operating band which could result in loss of isolation and signal distortion.

Our latest power splitters are configured to retain signal strength without modulation loss.

There are basically two types of power splitters 1) Restive power splitter and 2) Hybrid power splitter.

Raditek Restive splitters are renowned for their impedance, and our hybrid splitters are renowned for minimizing power losses.

We provide cutting-edge power splitters that are suitable for both narrowband and multi-octave band operations and cover all wireless band frequencies between 200 MHz and 18 GHz.

In addition, we provide stripline, SMT, and drop-in kinds power splitters that may be configured to a 2-way and up to 32-way splitter in addition to being available in conventional and T-type housing.

Our reactive power splitter, which produces zero loss, is widely utilized in cellular applications, whereas Raditek‘s restive power splitters are suited for any broadband application.

We provide the most comprehensive selection of high-performance power splitters at the most competitive prices!

Full details can be found at Raditek website.

A band pass filter is an electronic component only programmed/calibrated range or a band of frequencies to pass thru its output port and attenuates the rest of the frequencies.

Raditek markets varieties of the best-in-class band pass filters and they are 1) low-pass filter 2) high-pass filter 3) band-pass filter 4) notch filter or band reject filter, and 5) all-pass filter.

Furthermore, bandpass filters are classified into four categories. 1) Filters, both active and passive 2) Non-linear and linear filters 3) Time-variant-invariant and digital filters 4) Narrow and wide bandpass filters

And depending upon its responsivity and capacity to deal with high/low frequencies, they are further classified into 1) Active BP and 2) Passive BP.

Ultra-modern band pass Filter circuits from Raditek, are used by the manufacturers of RF and microwave communication devices to successfully eliminate background Noise and optimize the signal-to-noise ratio (SNR or sensitivity) of a receiver.

Our band pass filters invariably find their use in commercial and home radio receivers to tune in to a specific frequency.

Additionally, they are utilized in tone controls, equalizers, and pre-amplification circuitry in audio systems. They are also used in data conversion and signal processing circuits.

Raditek offers the best of ready-to-use bandpass filters with options for customization.

Full details can be found at Raditek website.

Raditek’s phase lock oscillator is an incredible control system that generates an output frequency corresponding to the phase of its input signal therefore, it is also known as a phase lock loop (PLL). It tracks input frequency and can also trigger at a frequency higher than the input frequency.

And therefore these PLLs are used in frequency synthesis, demodulation, and computer clock synchronization systems.

Raditek’s phase lock oscillator is also used in telecommunication applications, computer chips, and micro-circuitry of other electronic systems and applications, and those electronic circuitries fitted with variable frequency oscillators. They are also used for analog as well as digital data transmission applications.

The Phase lock oscillators (PLL) come in three main varieties: 1) Analog, 2) Analog and Digital (Hybrid), and 3) Fully Digital. These are utilized particularly in SoC microchips, enhancing their power, performance, and area, which is crucial for nanowatt and multi-GHz designs.

Our engineers custom-configure a range of technically complex and sophisticated PLLs which are compatible and complement other devices and components in larger electronic systems.

The ability to create highly stable phase lock oscillators with a frequency range of 100MHz to 45GHz, low phase noise, and stability of 0.2ppm throughout a temperature range of 0 to 50 degrees Celsius is something that our international clients find particularly impressive.

Full details can be found at Raditek website.

Rubidium oscillators are high-quality quartz crystal-based OCXOs connected with a PLL circuit, to a “physics package” rubidium oscillator, which is best known in the electronic industry for producing a highly stable frequency of 6834682610.904 Hz.

A rubidium oscillator component provides the benefits of both, OCXO and rubidium references.

Such state-of-the-art rubidium oscillators manufactured by Raditek offer the best frequency accuracy and stability which is 1000 times more than the conventional OCXOs.

A Raditek’s rubidium oscillator offers far better signal integrity and lower co-channel interference.

Rubidium oscillators manufactured by us under the stringent 6-sigma process, are extensively used as the source of frequency in atomic clocks. Such clocks offer very accurate and stable time standards (pulse) and hence are used in time distribution services.

The rubidium references manufactured by us are used in applications like telecommunications infrastructure, TV broadcast, and GPS systems. A rubidium clock has an advantage over other atomic clocks like caesium clocks in that it is less expensive, smaller, and hence more portable.

These comparative low-cost devices better known for their accuracy come in various models suitable for GPS, GNSS simulation, and space application systems.

Customized rubidium oscillators would need engineering circuitry inputs. Engineers at Raditek will be thrilled to create a custom-built oscillator for their esteemed clients.

Full details can be found at Raditek website.

High power couplers from the company, Raditek, manufacture high power couplers that link a specific quantity of electromagnetic power in a transmission line to a port, allowing the signal to be used in another circuit or circuits.

We design and even develop customized power couplers for different design expertise and criteria. Our state-of-the-art power couplers are also used to connect transmission lines with RF cavities and particle beams.

Raditek high-power couplers are the industry’s choice when it comes to using critical components for radio frequency and other related hi-tech systems.

Raditek experts are committed to offering the most effective and completely dependable couplers available in the market. These couplers are manufactured based on our patented innovative RF and mechanical designs that work well for RF ranging from 1 MHz to 10 GHz. It has the lowest passive distortions too.

Moreover, there are available in various directional formats basis the industry’s needs.

Therefore, it is the “straight” choice of all the globally well-known systems and application manufacturers.

High power couplers from Raditek have a wide operational bandwidth, high directivity, and a good impedance match at all ports when other ports are terminated in matched loads and deliver precise output specific to the relevant systems/applications. 

See Raditek website for full details.

Our High power combiners are the state of the art component used by most of the electrical and electronic manufactures as they provide low insertion loss and high isolation and return loss. It combines different RF feeds into a common output without degrading it in anyway.

Besides the above mentioned attributes, other features of Raditek’s high power combiners are as follows: 1) Excellent amplitude 2) Excellent phase balance 3) High power handling capacities and 4) Rugged packaging.

It is a passive component used to combine or distribute frequency signals in calibrated amounts to predetermined pathways.

There are 2 main categories of high power combiners Resistive and Reactive and each of them have its specific use in the circuitry and its related system topology.

Restive power combiners/dividers from Raditek offer the highest bandwidth and can maintain system impedance typically equal to 50 Ω. In a star configuration without any dedicated input ports, which allows them to function as hubs, aptly suited for connecting multiple receivers, transmitters, etc.

Our Reactive power combiners/dividers, like their restive counterparts, offer low insertion loss and roughly 20 dB port isolation and are ideally for heavy duty operations.

Raditek’s high power combiners find their use in commercial and defense applications like radio and satellite communications EMI and EMC testing gadgets, etc.

See Raditek website for full details.

High power combiners from Raditek are integral devices that combine various RF signals and tether them to a common output port without altering the characteristic impedance.

Theoretically, a power combiner and a power divider are the same except that the specific requirements of these two components may be different, in terms of handling, phase & port matching, and most importantly, the isolation.

Raditek’s High power combiners are a perfect match for systems and applications using power amplifiers, antenna feeds, attenuators, and switches. These are more specifically used in systems that need combining various individual amplifiers together to form a single large power block.

We offer the best-in-class power combiners that deal with high input power and large bandwidths. Our power combiners use restive components which are known to offer excellent port-to-port isolation.

Furthermore, Raditek high power combiners are available in conventional and T-housing types available in stripline and drop-in models and can handle wireless frequency bands ranging from 200MHz to 18GHz.

With a power supply of 600 Watts over the C, S, X, and Ku bands and a thermal threshold of -55°C to 85°C, we provide power combiners starting from 2-way to 32-way configuration models suitable for narrow, broadband, and multi-octave RF in the frequency range of 30MHz to 500MHz and 40GHz.

Full details are on the Raditek website.

High Power couplers extract a predetermined quantity of electromagnetic power in a transmission line, allowing it to be shared and used in another circuit.

These couplers have a low insertion loss and moreover, a coupling flatness of +/- dB is maintained across models. They are also handy to address misalignments and axial movements.

Power couplers from Raditek are known to hold a VSW ratio of 1.2:1 or even better, across the entire operating frequency range. We also make available customized frequency bands and other related specifications.

High power coupler fabrication is a complex task and it necessitates the use of various materials, and the joining and coating techniques used have an impact on the overall output of the system/application.

Ultimately, the worth of a system or an application is determined by its output parameters. And therefore we propose using only those high power couplers that have been manufactured by reputed companies like Raditek.

Our couplers devices are widely used in RF monitoring systems, test and measuring equipment, and superconducting structures.

Raditek offers five types of standard and customized high power couplers; they are Transmission coupler, Branch line coupler, Lange coupler, Hybrid coupler, and Wave-guide coupler.  

Raditek also offers high power couplers for narrowband and multi-octave and broadband applications besides other customized power couplers.

Full details are on the Raditek website.

Wherever and whenever a frequency precision is required, you will find Raditek’s Rubidium Oscillators embedded in circuitry to generate sinusoidal waveforms of fixed amplitude and frequency.

Our rubidium oscillators are re-modified oven-controlled crystal oscillators with their output tethered to a rubidium circuit, a world standard for highly accurate frequency pulse generation, and are a primary source of power in electrical and electronic instruments.

Rubidium-based oscillators operate by regulating the crystal oscillator and harnessing it to rubidium hyperfine and a stable frequency of 6834682610.904 Hz.

Our clients and customers attest to the fact that our OCXOs and Rubidium-based oscillators are more stable than other similar devices on the market.

Raditek’s rubidium-based oscillators, both off-the-shelf and customized, are known for delivering exact transition frequencies and are hence suggested for usage in applications where frequency high precision is crucial.

The Rubidium-based oscillator is nothing more than a remodified OCXO, but our rubidium oscillators stand out because of Raditek’s design capabilities and engineering expertise. Even in the operating temperature range of -30 °C to +60 °C, these oscillators maintain super performance stability.

Raditek manufactures two types of rubidium oscillators: precision rubidium oscillators and low noise rubidium oscillators.

We recommend informed selection of the same based on circuitry design factors such as SNR, transfer errors, calibration intervals, and so on, for optimal output.

Full details are on the Raditek website.

Team Raditek acknowledged the challenges of high-frequency operations and the demand for flawless performance and miniaturization by the industry.

With a resolve to overcome the challenges, our engineers have been successful to develop a low noise amplifier (LNA) that is ahead of the competition offer and that too without affecting the signal-to-noise ratio.

It is designed to amplify a very low-level signal, such as that found at the end of a lossy transmission medium, with the least amount of additive noise possible.

The LNAs that we offer are in sync with the needs of evolving 5G technology and technological advances made in VSAT terminal, microwave radio link, and phased-array radar systems designs.

All this has been made possible by The Raditek engineers and experts who were able to successfully integrate gallium arsenide (GaAs) and gallium nitride (GaN) transistors into our lasted low noise amplifiers.

Similarly, microwave amplifiers for Raditek are particularly used for low-frequency wave pattern that is around 300 MHz or above.

Our clients testify to our claim that Raditek provides amplifiers that offer unfailing Gain, Stable amplitude, and Linearity without degrading the SNR whatsoever even post power boost given to microwave signals.

At Raditek, we manufacture microwave amplifiers with a narrowband matching network that allows them to achieve high gain while maintaining a low SNR. For details, see Raditek website.