Jorge Sanchez
28232 Las Rozas
Spain
The seller is responsible for this advert and its content.
GigaWatt Gigawatt GigaWatt PC-3 EVO+
Product information
- Product category
- Power Distributor
- Manufacturer
- GigaWatt
- Function
- flawless
- Age
- 2 years 10 months According to invoice
- Usage state
- Exhibit
- Appearance
- as good as new
- Accessories
- complete with original box
- Color
- Black
- Original price
- 5,750.00 €
- Price
- 2,795.00 €
- More information
- http://www.gigawatt.eu/
- Serial number
- by request
Description
Rebate price for sale power conditioner Gigawatt PC-3 EVO+ in mind condition, with original box. Power cable LC-2 mk3 (brand new) is included.
GIGAWATT PC-3 EVO+ is a technologically advanced, new generation power conditioner, designed to power and protect audio-video systems of Hi-End class. This conditioner not only effectively protects against interference and overvoltage existing in the home power grid, but also guarantees a significant improvement of the quality of sound and displayed picture of the devices connected to it.
https://www.gigawatt.eu/produkt/power-line-conditioner-gigawatt-pc-3-evo/
The PC-3 EVO+ has six, high quality proprietary GigaWatt power sockets, with large surface contacts. The brass contacts of the sockets were subdued to the process of technical silver plating without usage of intermediate metals, like copper or nickel, which could introduce an unfavorable serial resistance and a voltage loss. The increased surface of the contacts and the thick layer of silver guarantee good contact with the plug pins. The sockets were additionally cryogenically modified and de-magnetized.
In the central part of the front, there is an LED display indicating the voltage of the input current. The precise voltmeter is very resistant to distortion and measurement errors caused by upper harmonics, at the same time not generating any interference, which would impair the quality of the power filtered by the conditioner.
The voltmeter display is red as standard, but is available in green, blue or white on demand.
The conditioner is also equipped with an additional circuit signaling wrong connection to the power grid. Its action is indicated by a red LED on the back of the unit, which signals wrong polarity of the device or faulty grounding.
TECHNICAL SOLUTIONS
The conditioner PC-3 EVO+ is equipped with multistage parallel filters. Three, independent filtering branches, which supply three sections, composed of two output sockets each. Due to this solution the kind of filtering was adjusted for the load it has, different for each type of devices – digital, analog or high current devices. Autonomous passive filters allow for isolation from interference produced by the devices connected together via a shared power line.
The PC-3 EVO+ is based on a novel filtering architecture and uses new components. The main novelty are the anti-interference capacitors and the compensation batteries for the buffering circuits, which are manufactured by the company Miflex, according to GigaWatt specification.
In the PC-3 EVO+ an innovative, two-stage current distribution system is used, a proprietary design of our company. It is based on massive third generation distribution rails, made from polished slabs of oxygen-free copper OFHCC 10100 with 99.995% purity. The first stage allows for lossless and even distribution of voltage to each of the filtering branches. The second stage provides current directly to each pair of output sockets via bolted and clamped connections as well as cabling with conductors with 4 QMM cross-section made from oxygen-free copper isolated with FEP Teflon. The star connection topology and high conductance combined with the 30 QMM cross-section of each of the rails allow for an uniform and stable power distribution regardless of the load on the individual outputs of the conditioner.
Due to the improved efficiency of the filtering circuits, they were mounted using silver solder on massive PCBs having eight times the amount of copper compared to standard PCBs. The dual layer PCBs have very wide traces made from silver plated copper, with a thickness of 280 micrometers. The interference is damped by filtering blocs of RLC type, built around proprietary Audio Grade capacitors and Super-MSS (Sendust) core filters.
GIGAWATT PC-3 EVO+ is a technologically advanced, new generation power conditioner, designed to power and protect audio-video systems of Hi-End class. This conditioner not only effectively protects against interference and overvoltage existing in the home power grid, but also guarantees a significant improvement of the quality of sound and displayed picture of the devices connected to it.
https://www.gigawatt.eu/produkt/power-line-conditioner-gigawatt-pc-3-evo/
The PC-3 EVO+ has six, high quality proprietary GigaWatt power sockets, with large surface contacts. The brass contacts of the sockets were subdued to the process of technical silver plating without usage of intermediate metals, like copper or nickel, which could introduce an unfavorable serial resistance and a voltage loss. The increased surface of the contacts and the thick layer of silver guarantee good contact with the plug pins. The sockets were additionally cryogenically modified and de-magnetized.
In the central part of the front, there is an LED display indicating the voltage of the input current. The precise voltmeter is very resistant to distortion and measurement errors caused by upper harmonics, at the same time not generating any interference, which would impair the quality of the power filtered by the conditioner.
The voltmeter display is red as standard, but is available in green, blue or white on demand.
The conditioner is also equipped with an additional circuit signaling wrong connection to the power grid. Its action is indicated by a red LED on the back of the unit, which signals wrong polarity of the device or faulty grounding.
TECHNICAL SOLUTIONS
The conditioner PC-3 EVO+ is equipped with multistage parallel filters. Three, independent filtering branches, which supply three sections, composed of two output sockets each. Due to this solution the kind of filtering was adjusted for the load it has, different for each type of devices – digital, analog or high current devices. Autonomous passive filters allow for isolation from interference produced by the devices connected together via a shared power line.
The PC-3 EVO+ is based on a novel filtering architecture and uses new components. The main novelty are the anti-interference capacitors and the compensation batteries for the buffering circuits, which are manufactured by the company Miflex, according to GigaWatt specification.
In the PC-3 EVO+ an innovative, two-stage current distribution system is used, a proprietary design of our company. It is based on massive third generation distribution rails, made from polished slabs of oxygen-free copper OFHCC 10100 with 99.995% purity. The first stage allows for lossless and even distribution of voltage to each of the filtering branches. The second stage provides current directly to each pair of output sockets via bolted and clamped connections as well as cabling with conductors with 4 QMM cross-section made from oxygen-free copper isolated with FEP Teflon. The star connection topology and high conductance combined with the 30 QMM cross-section of each of the rails allow for an uniform and stable power distribution regardless of the load on the individual outputs of the conditioner.
Due to the improved efficiency of the filtering circuits, they were mounted using silver solder on massive PCBs having eight times the amount of copper compared to standard PCBs. The dual layer PCBs have very wide traces made from silver plated copper, with a thickness of 280 micrometers. The interference is damped by filtering blocs of RLC type, built around proprietary Audio Grade capacitors and Super-MSS (Sendust) core filters.
Seller:
- Shipping from Spain (28232)
- Purchaser pays shipping costs
- Worldwide shipping
Payment methods
- Cash upon collection
- Bank transfer
- PayPal
Advert ID
9255910758
Advert time period- Start:
- 10.11.2024 - 03:25
- End:
- 09.01.2025 - 03:25
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