Passive Plus Inc. offers custom capacitor assemblies for high power requirements. Typical assemblies are configured in series and/or parallel combinations, producing higher voltage/current handling capabilities, extended capacitance range and tighter tolerances. Product features include: high operating voltage, high operating current, extended capacitance, tighter tolerances, high reliability, high Q, ultra-low ESR and non-magnetic.
RSS
The Holzworth HS9000 Series multi-channel platform is designed to achieve optimal channel-to-channel stability across all integrated channel synthesizers via a conductively cooled, fan-less enclosure. Specific attention is paid to phase coherency between the independently controllable channels. The HS9000 allows the user to specify custom configurations for a COTS product. Units are loaded with anywhere from 1 to 8 channels.
The Holzworth HSM Series RF Synthesizer Module is a stand alone, CW source. This high frequency source is designed for ease of system integration where LO performance is critical. With >200 kHr MTBF, Holzworth synthesizers provide the best in industry stability. When integrated as multiple units, the result is true phase coherency with industry leading channel-to-channel stability.
The Holzworth HSM Series RF Synthesizer Module is a stand alone, CW source. This high frequency source is designed for ease of system integration where LO performance is critical. With >200 kHr MTBF, Holzworth synthesizers provide the best in industry stability. When integrated as multiple units, the result is true phase coherency with industry leading channel-to-channel stability.
Holzworth's RF synthesizer modules were originally designed as the internal tunable LO test sources for Holzworth phase noise analyzer products. Due to the need for easy integration, the HSM Series designs incorporate a long list of electrical and mechanical features to satisfy the demanding requirements of today's high performance communications systems and integrated test systems.
Holzworth Instrumentation released a higher output power revision of their popular HSM Series 12.5 and 20 GHz RF synthesizer modules. The phase coherent HSM12001B (10 MHz to 12.5 GHz) and the HSM18001B (10 MHz to 20 GHz) are broadband CW sources which are ideal for use as radar system LOs, system clocks, integrated OEM modules, ATE and embedded systems, as well as benchtop applications.
Due to its innovative design, the dielectric waveguide SPINNER EasySnake combines the flexibility of a conventional RF test cable with the excellent low-loss transmission characteristics of a classic waveguide system, initially for the frequency range from 75 to 110 GHz. The extraordinary appearance of the SPINNER EasySnake catches the eye, as the waveguide is composed of individual jointed segments that allow free movement of the line.
Pasternack launched a new line of ultra-broadband and millimeter wave low noise amplifiers.These new high frequency LNAs offer very low noise figure levels, typically between 2.5 and 3 dB across the entire band, making them perfectly suited for use in applications such as electronic warfare, instrumentation, fiber optic communication systems, and more. The ultra-broadband and millimeter wave LNAs have IP3 levels as high as +42 dBm, low VSWR and are unconditionally stable.
Signal Hound announced a significant software upgrade called Spike. The new Spike software allows the SA's to function as real-time spectrum analyzers for sweeps of 250 kHz and less - that means every RF event will be captured when using spans that are equal to or less than 250 kHz. Another improvement is sweep speeds that are up to 8x faster for spans between 500 kHz and 2 MHz. In addition, the SA graphics now include color persistence and a 2D waterfall display.
GigOptix Inc. introduced its linear quad-channel modulator driver, the GX62476, for low-power coherent metro applications. The GX62476 extends GigOptix’s telecom driver market leadership position into metro applications with a quad-channel, 32 Gbps solution offering the lowest power dissipation of less than 1.1 W/channel at a 5 VPP swing using 5 V supply voltage and 0.75 W/channel at a 3 VPP swing using a 3.3 V supply voltage.