Coaxial VCO targets cable TV applications; Coaxial Ruggedized; VCO Oscillator ...

Measuring 1.20 x .75 x .46 in., Model ZX95-2600+ operates from 1,650-2,600 MHz and is built using rigid unibody construction, which integrates RF connectors with case body to shield against unwanted signals and noise. RF/IF microwave oscillator offers immunity against noisy DC lines and optimizes output frequency stability vs. variations insupply voltage. Each internal component is bonded to substrate, providing immunity to microphonics and minimized phase hit.

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Servicing the microwave component industry for over 40 years Mini-Circuits has come to known as the global leader in RF, IF and microwave signal processing components. Manufacturing over 25 product lines Mini-Circuits is the first choice for electronic design engineers. IF/RF microwave component solutions from DC to 21 GHz with over 10,000 models to choose from. Worldwide manufacturing & sales offices products include; RF microwave amplifiers, amplifiers, attenuators, bias-tee's, RF chocks, phase detectors, directional couplers, power splitters & frequency mixers are featured. A broad range and variety of surface mount, plug- in and coaxial components available for all applications for all application requirements. Expanding our product line we are proud to introduce Voltage Controlled Oscillator.

Now featuring a wide band, low phase noise VCO with a robust design and construction.

The RF/IF microwave oscillator component has a rigid unibody construction. The ZX95-2600+ is a Voltage Controlled Oscillator, designed to operate from 1650 to 2600 MHz for Cable TV application. The ZX95-2600+ built using Mini-Circuits proven unibody construction (size of 1.20" x .75" x .46") which integrates the RF connectors with the case body to shield against unwanted signals and noise. The ZX95-2600+ is a Voltage Controlled Oscillator, designed to operate from 1650 to 2600 MHz for Cable TV application. The ZX95-2600+ built using Mini-Circuits proven unibody construction (size of 1.20" x .75" x .46") which integrates the RF connectors with the case body to shield against unwanted signals and noise. Provides increased immunity against noisy DC lines and improves output frequency stability vs. variations in supply voltage. Each internal component of the ZX95-2600+ is bonded to thesubstrate, providing better immunity to microphonics and reduced phase hit.

Since 1969 Mini-Circuits has provided signal processing solutions.Full range of surface mount coaxial & plug-in; frequency mixers, power splitters, low pass / high pass / bandpass filters, RF switches, mechanical switches, RF transformers & VOC's (voltage controlled oscillators) lead the way of our extensive product line.

Coax Splitter | Theater How

Coaxial cable splitters are a mainstay in countless home theaters. Since most rooms only have a single cable port in the wall, using a splitter is necessary in order to send a signal to multiple devices. Components in a home theater which use a coaxial cable can include televisions, cable boxes, high-speed internet modems, and various disc players. Every coax splitter has a single input and up to about five outputs, each of which can be connected to a device. Coax splitters cost only a couple dollars each yet are extremely helpful.

Using a coaxial splitter: Before seeking a new divider, you must determine how many devices are coaxial connections. Once you know the amount, the collection of a distributor is easy. Splitters are available ranging from one to five or more outputs. It can help to use a coaxial cable in the very short between the dispatcher and the wall, eliminating a bulky package son behind the entertainment unit. The wall of the cable must be screwed into the port splitter labeled "input". Each unit receives the signal coax should be connected to one of the "output" ports.For an elegant installation, mount the splitter to the wall using a screw placed some time through the mounting holes on the distributor.

Tip: Use as short of cable as possible between your coax cable splitter and your components. The longer the cable, the more likely it is that some of the signal will be lost. You can either buy a pre-made cable of an approximate length, or build your own by cutting cables and adding adapters to the ends.

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