Cablu Pro Audio Analysis Plus Pro Power Oval

  • Cablu Pro Audio Analysis Plus Pro Power Oval
  • Cablu Pro Audio Analysis Plus Pro Power Oval
887,54 RON
De la: 147.92 lei / luna
Livrarea este gratuita in Bucuresti prin curier AVMall (daca comanda depaseste 299 ron), timpul de livrare este de 24-48 de ore, in cazul in care s-a facut confirmarea livrarii de catre AVmall.
Livrarea este gratuita pentru provincie prin Fan Curier (daca comanda depaseste 500 ron) timpul de livrare este de 24-48 de ore, in cazul in care s-a facut confirmarea livrarii de catre AVmall.

Analysis Plus new PRO POWER OVAL uses better than hospital grade plugs that have a Perma-Lock Terminals, Large, high spring-rate contacts, Glass filled high temperature nylon front housing, Polycarbonate rear housing, Stainless hardware mated to a true balance cable for lower common mode noise. The cable design has hot and cold leads that are symmetrical with a full shield around the hot and cold conductors to eliminated EMI/EMC. The cable also has the lowest inductance on the market for the lowest noise voltage of any pro power cord.

Why You Need the Power Oval

When people design power cords they use massive cable to reduce the noise voltage on the cable. The noise voltage that occurs on the cable is related to L (inductance) and di/dt (the rate of change in the current). You can reduce L by using larger gauge wire but you don′t get much bang for your buck because it is a log function. What this means is that as you keep increasing the gauge of the wire you do not get much improvement for your effort. This is why you see people using very heavy and stiff wires in power cords. I have seen some power cords that are so big and stiff that the CD player connected to them is lifted off the ground.

What we have done at Analysis Plus is use computer simulation to optimize the design of a power distribution system. What we discovered is our patented hollow oval design provides a low L cable without having to use stiff and bulky cables. Our cables have a super low noise voltage to reduce the background noise to a minimum. This is extremely important during quiet passages, if you want to hear subtle details (this is very important for classical music fans and for other lovers of live music).

The other thing people don′t realize about low frequency noise is that the thin aluminum shield found on many power cords does nothing to reduce this problem. The best way to reduce low frequency noise on cables is to reduce loop area. From our computer simulation and measurements we found our patented hollow oval cables does a great job at this. We have the lowest noise voltage we have seen with our hollow oval design.

For higher frequencies our silver-plated copper braided shield does a great job. We used an open braid design that works much like the window on your microwave oven. You can see through the window but the radiation stays where it belongs.

Terminated with WattGate connectors, this power cable is engineered to deliver your audio/video components the clean power they deserve.

Pretul acestui cablu are 0.9 metri lungime, se poate aduce la comanda si alte dimeniuni cu conectori diferiti. Preturile sunt exprimate in euro si includ TVA

Pentru varianta cu Conector Schuko Wattgate versiune europeana:

0.9 metri = 199 euro

1.2 metri = 219 euro

1.5 metri = 240 euro

1.8 metri = 260 euro

1.8 metri = 299 euro

addt ft = 21 euro

extra pentru alt tip de conector : 56 euro

Specificatii Cablu Pro Audio Analysis Plus Pro Power Oval

Specificatii Analysis Plus, Inc. (API) was incorporated in 1993, to provide electrical engineering consulting service to worldwide industrial companies and research institutes.

API is specialized in using computer aided engineering software to help its clients to optimize design, to reduce development cost, and to shorten the time-to-market of new products.

All API engineers have advanced science and engineering degree and at least ten years of experience in their individual fields.

Over the years, API has provided consultancy to many companies and institutes of all sizes, large or small. Majority of them repetitively use API services. The high return rate speaks for the quality and value that API's service provide.

Based on research and development, API also developed award winning cable product for home entertainment industry.

API used electromagnetic FEA software to help an automotive supplier to successfully design an electronic control module to meet SAE and OEM EMC/EMI specification without conducting any EMC/EMI test. Prototyping and testing cost savings were in the millions, let alone the time savings.

API used electromagnetic FEA software to help a medical device manufacturer to design an electric motor too small to prototype. The design parameters were completely determined by analysis results. First prototype passed all the specification. Cost savings were in the millions.

API used electromagnetic FEA and mixed signal system simulation software to help an automotive supplier to analyze an ABS wheel speed sensor assembly failure modes and conditions, and recommended effective circuit and packaging design changes. The re-designed assembly has not experienced any failure yet. The potential part recall cost savings were in the ten million range.

API used electromagnetic FEA software to help an automotive supplier to design a slip electric motor. API also designed and prototyped the electronic slip ratio control unit for the motor. The supplier has obtained several patents for the system and it is in production.

API used mixed signal system simulation software to help an automotive supplier to determine a door lock mechanism failure cause. The consequential fatigue test confirmed the analysis results. The supplier was able to produce the mechanism successfully without any future failure.

API designed a data acquisition system to measure a MRI machine room electromagnetic fields. API then used electromagnetic FEA software to design magnetic shielding for the room. The company responsible for the room construction was able to save tens of thousands dollars in construction material cost alone.

API developed Saber models of a turbo charged diesel engine control mechanism for an automotive supplier. The models are used for OEM DFSS effort. The mechanism has hydraulic, electromagnetic, and electronic components. The models can comprehend thermal environmental, manufacturing part tolerance, and aging effects.

API designed, developed and prototyped an assembly line tester for an automotive electronics supplier to test its in-vehicle entertainment devices. API designed the control and test logic in MATLAB/Simulink and auto-coded. Along with RTOS and device drivers, the code was compiled and flashed into the tester. API also developed PC HMI for the tester. The tester has been used on assembly line ever since.

API produced different level fidelity Saber models of a PFC-capable AC-DC power supply device for an aerospace supplier. The models are used for system simulation to verify power system control stability, EMC/EMI performance, and power system sizing.

API developed an HIL simulation system for an automotive supplier to test heavy-duty truck brake system control module. A typical such system would costs close to a million dollars. This system only costs $65K, besides consulting fees.


Automotive ECU design (electronic and mechanical)
Electromagnetic sensor design (circuit, algorithm, layout, and packaging)
Electric motor design
Electromagnetic actuator design (solenoid, relay, servo-valve, and etc.)
Mixed signal circuit design (analog, digital, and optical)
Magnetic shielding design
PCB design
Data acquisition system design and integration (hardware and software)
HIL (hardware-in-the-loop) testing system design and integration (hardware and software)
Control system design (hardware and software)
Digital signal processing algorithm development


Saber device modeling
Simulink algorithm modeling
Use electromagnetic field FEA (Finite Element Analysis) to solve EMC/EMI (electromagnetic compatibility and electromagnetic interference) problems; to design motor, solenoid, and electromagnetic sensors.
Use mixed-signal system simulation technology to analyze and design complex mechatronics devices and hybrid systems.
Utilize FEA and mixed-signal system simulation to assist in using ECAD (Electronics Computer Aided Design) and MCAD (Mechanical Computer Aided Design) for electronic control module design.
Control algorithm auto code generation
System simulation based control system calibration

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