Sage Millimeter  STF-10-S1 is a full band Faraday isolator that operates from 75 to 110 GHz. The Faraday isolator is constructed with a longitudinal, magnetized ferrite rod that causes a Faraday rotation of the incoming RF signal. The Faraday isolator offers 28 dB typical isolation and 1.5 dB nominal insertion loss with good flatness.  The input and output ports are WR-10 waveguides with UG-387/U-M flanges.
Sage Millimeter SWD-1040H-10-DB is a W band, four-port waveguide dual-directional coupler that delivers a 10 dB nominal coupling level and 40 dB typical directivity across the full waveguide band from 75 to 110 GHz. The dual-directional coupler uses a traditional multi-hole and split block design to achieve a flat coupling level, high directivity, and low insertion loss. The waveguide interface of the coupler is WR-10 waveguides with UG-387/U-M flanges. Custom coupling levels are available under different model numbers.
Sage Millimeter STA-20-10-FS-40  is a 10 watt, 3 dB fixed attenuator that is used in millimeterwave systems and operates from 75 to 110 GHz. The attenuator has a nominal fixed attenuation value of 3 dB across the entire W band. The attenuator is uniquely designed and fabricated for full waveguide band applications and displays an extremely flat frequency response across the full bandwidth. Various attenuation values are available under different model numbers.  

Sage Millimeter SFP-1022F-S1 is a W-Band, X2 passive multiplier that utilizes GaAs Schottky, beam-lead diodes and a balanced circuit configuration to generate second order harmonics with good harmonic and fundamental suppression. This multiplier requires an input frequency range of 37.5 to 55 GHz at +16 dBm RF power to yield 75 to 110 GHz at +3 dBm. The multiplier is equipped with a 2.4 mm female coaxial connector as its input port and a WR-10 waveguide with UG-387/U-M flange as its output port.
Synergy Microwave High performance low phase noise vco
The DCSR500-8 is a low noise VCO operating at 500 MHz and is excellent for use as a high frequency reference clock. This oscillator features a tuning sensitivity of 1.1 to 1.7 MHz/volt for 0.5 to 8 volts applied to the tuning port. It exhibits exceptional low phase noise of -125 dBc/Hz at 10 kHz and -170 dBc/Hz at 10 MHz offset, from a planar resonator construction for good stability over temperature and vibration. The output power of +4.5 dBm minimum comes from a bias requirement of only +8 volts at 44 mA (max). The second harmonic is suppressed by 38 dB minimum. The package size is 0.5” x 0.5” x 0.195” (L x W x H) and this VCO is RoHS compliant.
Synergy Microwave Wide bandwidth frequency synthesizer  The KFSW300600-100 tunes from 3000-6000 MHz with 1 MHz steps locked to an external reference frequency signal of 10 MHz. The reference frequency settings can be either factory or field reprogrammed to accept frequency input reference signals from 10 to 150 MHz. This versatile synthesizer operates from +5V and +20 Vdc supplies and comes plug-and-play ready with GUI software to run from a USB port for fast product integration and efficient time to market. The synthesizer is housed in a compact SMA connectorized package that measures 2.75 x 2.0 x 1.0 inches (LxWxH). This synthesizer offers good phase noise performance and is ideal for applications in wideband signal sources from laboratory to test and measurement equipment applications.
Synergy Microwave Exceptionally low phase noise synthesizer
The surface mount synthesizer model LFSH196225-50 delivers phenomenal performance from a single +5 volts supply. It offers exceptional phase noise of (-83dBc/Hz @ 1 kHz, -96dBc/Hz at 10 kHz offset, and -127dBc/Hz at 100 kHz.). The factory preset step size is 500 kHz and delivers +4 dBm (min.) from a buffered output with typical 75 dB of spurious suppression. All communications are managed via an easy plug-n-play programmable format. The practical small package of 1.25” x 1.00” x 0.23” makes it easy to fit on any project.RoHS compliant.
Synergy  Microwave Ultra-wide bandwidth 90° hybrid  The DQS-30-500 is a surface mount 90° Hybrid covering an ultra wideband frequency ratio of > 16:1 (30 – 500 MHz) with a power handling of 10 Watts (Max.). The device features include an insertion loss of 1.3 dB (Typ.)/1.8 dB (Max.), an amplitude unbalance of 1.2 dB (Typ.)/1.6 dB (Max.), a phase unbalance of 3.0° (Typ.)/ 6.0° (Max.) an isolation of 22 dB (Typ.)/ 15 dB (Min.) and a VSWR of 1.4:1 (Typ.). This RoHs compliant device operates over the temperature range of -55 to +85°C in a 0.840” x 0.520” x 0.440” (L x W x H) package and is a building block for power amplifiers, attenuators, image reject mixers, phase shifters, I&Q/SSB vector modulators
Synergy Microwave Low cost ultra-wide bandwidth transformer.The TM2-GT is a surface mount, low cost, wideband transformer covering the frequency range from 5 MHz to 1500 MHz in a 2:1 impedance ratio. This transformer is supplied in an open core design of 0.15 cubic inches. The transformer incorporates a transmission line design ideal for broadband applications. Insertion loss is typically 0.8 dB and power handling is 0.25 watts maximum. The TM2-GT also offers a return loss of 20 dB (Typ.). Operating temperature range is 40 °C to +85 °C. See other family products for additional impedance ratios and frequency bandwidths
Synergy Microwave Wideband 4-Way Power Divider  The DQS-30-500 The SDL-120 is a RoHS surface mount 4-Way power divider operating in the frequency range of 20 to 400 MHz. This device combines wide bandwidth and high performance in a compact size, 0.300” x 0.385” x 0.200” (L x W x H) over an operating temperature range of -40 to 85°C. Product features include an input power of 1 Watt (Max.), an insertion loss of 1.4 dB (Typ.)/1.8 dB (Max.) above the theoretical split loss, an isolation of 20 dB (Typ.)/17 dB (Min.), an amplitude unbalance of 0.50 dB (Typ.)/0.75 dB (Max.) and a phase unbalance of 3° (Typ.) in the frequency band of 200 to 400 MHz with better performance on the lower part of the band.
The Exodus Advanced Communications AMP1064 amplifier module covers the entire instantaneous 20-6000MHz frequency range at 20W CW minimum and 25W CW typical with flatness of less than 4dB peak to peak.  Using State of the Art GaN devices and operating from a 50VDC source at less than 3Amp consumption this module is suitable for use with all single channel modulations standards and applications requiring high power and ultra-wide band coverage. It has built-in protection circuits, high reliability and ruggedness. Typical applications include High Power Testing, EMI/RFI, EW and Communications.

Introducing JFW's newest family of manual, rotary attenuators... now offering more attenuation than ever before at 3 GHz and beyond. The single-rotor, 50R-397 is DC-3GHz with 0-70dB in 10dB steps; while our bench-top assembly, the 50BR-147 allows for up to 110dB in 1dB increments. This family also includes two versions of our versatile dual-rotary attenuators, which can be easily integrated into RF systems for OEM or test applications. The 50DR-143 offers 0-80dB x 1dB of attenuation from DC-3GHz and the 50DR-141 goes all the way from DC-3.6GHz with a dynamic range of 0-40dB in 1dB steps.
Megaphase Thermal Vac Cable
Thermal-Vacuum Cables for Altitude & Thermal Testing  
- Thermal stability from -100 to +150 C
- Low outgassing to 10-7 Torr
- Vented connectors 
- GrooveTube® Outer Conductor Technology
- DC-50 GHz
MegaPhase Thermal Vac test microwave test cables are manufactured specifically for customers testing space and airborne systems and components in a variety of severe environments including high bay, thermal vacuum chambers, thermal shock, or any application requiring thermal stability. 


94 GHz Varactor Tuned Oscillator, 6 GHz Bandwidth, +13 dBm Output

For communication, radar and test applications, SAGE Millimeter has released a new W-Band Varactor tuned Gunn oscillator. Model SOV-94306310-10-G1 utilizes a high-performance GaAs Gunn diode and proprietary cavity design to deliver +13 dBm typical power. The oscillator features a Varactor tuning range of ±3 GHz and delivers low AM/FM noise and harmonic emissions. Compared to its counterparts, such as multiplier based sources, the Gunn oscillator is a lower cost and cleaner source. The center frequency of the oscillator can be mechanically trimmed within ±100 MHz using the self-locking set screw.  The performance of the oscillator can be further enhanced by adding an isolator, Gunn oscillator modulator/regulator and temperature heater.

Low AM/FM Noise and Harmonics
Mechanical Frequency Trimming
Broad Tuning Bandwidth
Test Sources
Signal Generation
FMCW Radar Systems
Communication Systems