Chord Chordette Dual MC Phono Stage + DAC Great compact phono stage.Any questions - message or call me on 07946 577 374.

Used, included original usb-c cable, extra usb-c cable, dual 3.5mm to 4.4mm balanced adapter cable Authentic Chord Mojo that is entirely designed and manufactured in Great BritainMojo the ultimate DAC/Headphone Amplifier for your smartphone, iPhone or Android. Simply connect Mojo to your iPhone, Android phone, PC, or Mac, plug in your headphones and you can experience crystal clear audio the way you would hear it in the recording studioInside Mojo is a massively powerful headphone amplifier that will deliver crystal clear audio whether you use in-ear buds or large studio cans, it will even play almost any audio file that you can find, up to 768kHz 32bit, and quad DSD 256. Thanks to the latest Li-Po technology, Mojo is able to charge to full in only four hours and will give between eight to ten hours continuous useMojo plays all files from 32kHz to 768kHz and even DSD 256. With two 3.5mm analogue outputs you and a friend can listen too! Mojo is fully automatic and remembers its last used settings. Its case is precision machined from a single solid block of aluminumYou may think that good quality headphones are the be all and end all, but they are just the beginning. By using Mojo between your smartphone and headphones you can experience crystal clear audio the way you would hear it in the recording studio

This Samsung DVD-V4600A Dual Deck VHS Recorder DVD Player is a great addition to your home entertainment system. With its silver color, it will surely match any home decor. It comes with a remote and chords, making it easy to set up and use. This device can play VHS and DVD formats and it can record on DVD-R discs. This Samsung DVD-V4600A Dual Deck VHS Recorder DVD Player has composite video RCA and S-Video connectivity. Its features include DVD and VCR playback, making it a versatile device for your viewing pleasure. The brand is Samsung, a trusted name in electronics. Get this device for your home and enjoy watching your favorite movies and TV shows.

Nordost 75 Ohm Silver HD SPDIF cable - rare RCA to BNC ideal for CHORD, NAIM LINN DACs etc. Tested with the Chord DAVE and Qutest.This is a coaxial DUAL micro monofilament silver-plated 99.9999% OFC - 75 Ohm cable from one of the top brands in audio cables. (YES, THAT IS SILVER-PLATED 6 NINES OXYGEN FREE COPPER) The dual micro-monofilaments are the two plastic filler wires that space the silver-plated conductor from the middle of the FEP tube, thus providing a mostly air dielectric - improving performance. Brand new connectors - Hicon (by Sommer of Germany) gold plated BNC (This is the connector manufacturer that Nordost use). - The cable is cut from a longer length of used cable - but as you can see, the distinctive two-colour shield is shiny, as is the centre conductor silver plated copper I have repackaged the cable, improved the strain relief, treated the connectors with Deoxit, labelled orange for SPDIF, thoroughly tested and burned in the cable.These cables were originally sold as 75 Ohm cables in a bundle of three for component video - manufacturers just sold a single version of the same cable for digital SPDIF. (They specification for SPDIF and Component Video is identical) They are exactly the same just with different labels. This means you get a fabulous quality Nordost cable at a bargain price.n.b. The Chord Qutest is NOT included in the sale obviously!1.5m is the minimum length that an SPDIF cable should be – see explanation below. From Nordost This new design introduces more air space between the conductor and the FEP insulation reducing dielectric contact by more than 85%. The result is a cable with much lower capacitance and resistance, resulting in higher signal speed and resolution. Why SPDIF cables should be 1.5m long.· When the SPDIF signal is launched into the cable from the Transport, it is essentially a voltage square wave consisting of rising edges and falling edges. These edges are no more than voltage transitions from about –250mV to +250mV, the rising edge transitioning from minus voltage to plus voltage, and the falling edge transitioning from plus voltage to minus voltage. When an edge transitions, it can be described as having a rise-time or fall time. This is the time for the signal to transition from 10% to 90% of the entire voltage swing. (note that this DOES Not happen instantaneously) · The rise time is important because this causes reflections on the transmission-line. If the rise time were very slow, say 50 nanoseconds, then there would be no reflections on the transmission-line unless it was extremely long. · Alternately, if the rise-time were less than 1 nanosecond, reflections would occur at every boundary, such as the connection from the circuit board to the wires that go to the connector.· Typical stock Transports have around 25 nanosecond rise times. The primary concern for the manufacturer is to pass FCC regulations for emissions and electromagnetic interference and make the interface reliable. When the regulatory testing is done, they attach very inexpensive, inferior cables and measure the emissions. To insure that the manufacturer passes these tests, they take several precautions. One is designing in the slower than necessary 25 nanosecond rise-time. Another is inserting various filters in the Transport to eliminate high frequencies from the signal. As a result of these choices, there is a hazard created by using too short a digital cable. It is a result of the slow rise time. · When a transition is launched into the cable, it takes a period of time to propagate or transmit to the other end. This propagation time is somewhat slower than the speed of light, usually around 2 nanoseconds per foot, but can be longer depending on the dielectrics used in the digital cable. When the transition reaches the end of the transmission line (in the DAC), a reflection can occur that propagates back to the driver in the Transport. Small reflections can occur in even well matched systems. When the reflection reaches the driver, it can again be reflected back toward the DAC. This ping-pong effect can sustain itself for several bounces depending on the losses in the cable. It is not unusual to see 3-5 of these reflections before they finally decay away, particularly when using the best digital cables, which are usually low-loss.· So, how does this affect the jitter? When the first reflection returns to the DAC, if the transition already in process at the receiver has not been completed, the reflection voltage will superimpose itself on the transition voltage, causing the transition to shift in time. The DAC will sample the transition in this time-shifted state, and there you have jitter. · Let’s look at a numerical example:· If the rise time is 25 nanoseconds and the cable length is 3 feet, then the propagation time is about 6 nanoseconds. Once the transition has arrived at the receiver, the reflection propagates back to the driver (6 nanoseconds), and then the driver reflects this back to the receiver (6 nanoseconds) = 12 nanoseconds. So, as seen at the receiver, 12 nanoseconds after the 25 nanosecond transition started, we have a reflection superimposing on the transition. This is right about the time that the receiver will try to sample the transition, right around 0 volts DC. Not good. Now if the cable had been 1.5 meters, the reflection would have arrived 18 nanoseconds after the 25 nanosecond transition started at the receiver. This is much better because the receiver has likely already sampled the transition by this time. Burn In 48 Hours burn in using the Tara Labs Cascade Burn in file – from their website…“The new CASCADE noise burn-in disc is a proprietary combination of white noise with frequency tone bursts and pink noise mixed at different levels. However, what makes it effective is a series of descending and ascending (cascading) multi-octave square sweeps for better and more complete results than any other “burn-in” discs that have been made to date. The CASCADE noise burn-in disc may be used with an audio electronic component and with an audio cable, including cables with attachments such as batteries or filter networks. Before and after results will be obvious with any of these cables.”

Welcome to bid for The Chord Company Dual Digital Audio 2xBNC to 2xBNC Interconnectfor CHORD M-Scaler and HUGO TT2 or DAVE DAC combo. This is top quality digital interconnect cable dedicated to Chord Electronics MscalerMScaler and DAC (like TT2 or DAVE) combo built with unique and ultimate audio quality option for of connection digital signal components by 2 parallel wide band cables for ultra-low jitter and non corrupted audio signal transmission. This is definitely the top quality technology in digital audio. Use of a pair separated, even high quality digital cables is not enough here as proper interconnect for this system should provide the following features, critical for full quality performance1. Cables should be absolutely equal in length and form spatially stable configuration for absence of phase shift2. connectors must be of precise 75 Ohm impedance geometry, preferably gold plated to avoid intermetal barrier on MScaler connectors3.cables should be very uniform to avoid passive generated jitter.The Chord interconnect presented in this auction seems to be the only one meets all the above technical requirements and should be considered as the best one for application with MScaler Chord DAC comboThe interconnect is in good used and perfect working order, details are shown in pictures.Length is 60 cm, characteristic impedance of each cable is 75 Ohms Item is fully tested and return is accepted within 2 week after delivery and exclusively in shape as it was shipped, i.e. perfect working condition. In this case 100% of auction price and shipment cost will be refunded. Return of nonworking, damaged or scratched item is not accepted and will be not refunded. Return shipment cost is on Buyer’s side. Please note that this time we are only able to ship in 4-5 working days, so, delivery could be few days longer than usual, it can take up to 8-10 working days if you are in the UK or some 12 days for abroad. Sorry about inconvenience Attention of International bidders: we will be pleased to ship worldwide. Shipping cost of £16 quoted is initial estimation for EU only. Overseas delivery could cost from £16 (USA, China) to £22 (Australia, South America) We charge an actual minimal for international shipment, please, ask for quotation before bidding to be sure. Unfortunately we can not ship to Vietnam and Ukraine. Overseas delivery can take up to 12 working days We combine shipments, every second cable won to the same bidder will be sent in one package with the first one at postage rate for the one (heavy) item only.

Wenn Sie von dem US Marktplatz bestellen, können für die Pakete Steuern und Zollgebühren anfallen, die der Käufer später tragen muss.SANYO Dual Stereo Kassette Deck Player Modell W566 No Chord SeltenDas Datenblatt dieses Produkts wurde ursprünglich auf Englisch verfasst. Unten finden Sie eine automatische Übersetzung ins Deutsche. Sollten Sie irgendwelche Fragen haben, kontaktieren Sie uns. Dieser Sanyo Dual-Stereo-Kassettenrekorder Modell W566 ist ein seltener Fund für jeden Vintage-Elektroniksammler. Mit seinem schlanken Design und den hochwertigen Audiofunktionen ist es perfekt für alle, die den klassischen Klang von Kassetten genießen möchten. Dieser Deckspieler wird ohne Akkord geliefert und wurde gut gewartet, was ihn zu einer großartigen Ergänzung für jede Sammlung macht. Das Sanyo W566 ist ein Vintage-Kassettendeck, das an moderne Standards angepasst wurde. Es verfügt über einen Dual-Stereo-Kassettenspieler und ein individuelles Paket mit einer Marke Sanyo . Das Modell heißt W566 und verfügt über ein einzigartiges Design, das ihn von anderen Kassettenspielern unterscheidet. Dieser Dual-Stereo-Kassettenrekorder Sanyo ist ein Muss für jeden Sammler, der den klassischen Klang von Kassetten genießen möchte.Dieser Sanyo Dual-Stereo-Kassettenrekorder Modell W566 ist ein seltener Fund für jeden Vintage-Elektroniksammler. Mit seinem schlanken Design und den hochwertigen Audiofunktionen ist es perfekt für alle, die den klassischen Klang von Kassetten genießen möchten. Dieser Deckspieler wird ohne Akkord geliefert und wurde gut gewartet, was ihn zu einer großartigen Ergänzung für jede Sammlung macht. Das Sanyo W566 ist ein Vintage-Kassettendeck, das an moderne Standards angepasst wurde. Es verfügt über einen Dual-Stereo-Kassettenspieler und ein individuelles Paket mit einer Marke Sanyo . Das Modell heißt W566 und verfügt über ein einzigartiges Design, das ihn von anderen Kassettenspielern unterscheidet. Dieser Dual-Stereo-Kassettenrekorder Sanyo ist ein Muss für jeden Sammler, der den klassischen Modified Item No MPN W660 Brand SANYO UPC Does Not Apply Custom Bundle No Model W660

Welcome to bid for The Chord Company Dual Digital Audio 2xBNC to 2xBNC Interconnectfor CHORD M-Scaler and HUGO TT2 or DAVE DAC combo. This is top quality digital interconnect cable dedicated to Chord Electronics MscalerMScaler and DAC (like TT2 or DAVE) combo built with unique and ultimate audio quality option for of connection digital signal components by 2 parallel wide band cables for ultra-low jitter and non corrupted audio signal transmission. This is definitely the top quality technology in digital audio. Use of a pair separated, even high quality digital cables is not enough here as proper interconnect for this system should provide the following features, critical for full quality performance1. Cables should be absolutely equal in length and form spatially stable configuration for absence of phase shift2. connectors must be of precise 75 Ohm impedance geometry, preferably gold plated to avoid intermetal barrier on MScaler connectors3.cables should be very uniform to avoid passive generated jitter.The Chord interconnect presented in this auction seems to be the only one meets all the above technical requirements and should be considered as the best one for application with MScaler Chord DAC comboThe interconnect is in good used and perfect working order, details are shown in pictures.Length is 60 cm, characteristic impedance of each cable is 75 Ohms Item is fully tested and return is accepted within 2 week after delivery and exclusively in shape as it was shipped, i.e. perfect working condition. In this case 100% of auction price and shipment cost will be refunded. Return of nonworking, damaged or scratched item is not accepted and will be not refunded. Return shipment cost is on Buyer’s side. Please note that this time we are only able to ship in 4-5 working days, so, delivery could be few days longer than usual, it can take up to 8-10 working days if you are in the UK or some 12 days for abroad. Sorry about inconvenience Attention of International bidders: we will be pleased to ship worldwide. Shipping cost of £16 quoted is initial estimation for EU only. Overseas delivery could cost from £16 (USA, China) to £22 (Australia, South America) We charge an actual minimal for international shipment, please, ask for quotation before bidding to be sure. Unfortunately we can not ship to Vietnam and Ukraine. Overseas delivery can take up to 12 working days We combine shipments, every second cable won to the same bidder will be sent in one package with the first one at postage rate for the one (heavy) item only.

Welcome to bid for The Chord Company Dual Digital Audio 2xXLR F to 2xXLR M Interconnectfor Musical Fidelity KW DM 25 CD Transport/DAC combo. This is high quality digital interconnect cable custom ordered to upgrade MF KW DM 25 High End set, designed by Musical Fidelity and made by Chord Co.KW DM25 CD Transport/DAC combo built with unique and ultimate audio quality option for of connection digital signal components by 2 parallel AES/EBU cables for ultra-low jitter and non corrupted audio signal transmission. This is definitely the top quality technology in digital audio. Use of a pair separated, even high quality digital cables is not enough here as proper interconnect for this system should provide the following features, critical for full quality performance1. Cables should be absolutely equal in length and form spatially stable configuration for absence of phase shift2. connectors must be of precise 110 Ohm impedance geometry, preferably silver plater for minimal loss and reflection3.cables should be very uniform to avoid passive generated jitter.The Chord interconnect presented in this auction seems to be the only one meets all the above technical requirements and should be considered as the best one for application with KW DM 25 set.The interconnect is in good used and perfect working order, details are shown in pictures.Length is 75cm, characteristic impedance of each cable is 110 Ohms Item is fully tested and return is accepted within 2 week after delivery and exclusively in shape as it was shipped, i.e. perfect working condition. In this case 100% of auction price and shipment cost will be refunded. Return of nonworking, damaged or scratched item is not accepted and will be not refunded. Return shipment cost is on Buyer’s side. Please note that this time we are only able to ship in 4-5 working days, so, delivery could be few days longer than usual, it can take up to 8-10 working days if you are in the UK or some 12 days for abroad. Sorry about inconvenience Attention of International bidders: we will be pleased to ship worldwide. Shipping cost of £16 quoted is initial estimation for EU only. Overseas delivery could cost from £19 (USA, China) to £24 (Australia, South America) We charge an actual minimal for international shipment, please, ask for quotation before bidding to be sure. Overseas delivery can take up to 12 working days We combine shipments, every second cable won to the same bidder will be sent in one package with the first one at postage rate for the one (heavy) item only.

Nordost 75 Ohm Silver HD SPDIF cable - rare RCA to BNC ideal for CHORD, NAIM LINN DACs etc. Tested with the Chord DAVE and Qutest.This is a coaxial DUAL micro monofilament silver-plated 99.9999% OFC - 75 Ohm cable from one of the top brands in audio cables. (YES, THAT IS SILVER-PLATED 6 NINES OXYGEN FREE COPPER) The dual micro-monofilaments are the two plastic filler wires that space the silver-plated conductor from the middle of the FEP tube, thus providing a mostly air dielectric - improving performance. Brand new connectors - Hicon (by Sommer of Germany) gold plated BNC (This is the connector manufacturer that Nordost use). - The cable is cut from a longer length of used cable - but as you can see, the distinctive two-colour shield is shiny, as is the centre conductor silver plated copper I have repackaged the cable, improved the strain relief, treated the connectors with Deoxit, labelled orange for SPDIF, thoroughly tested and burned in the cable.These cables were originally sold as 75 Ohm cables in a bundle of three for component video - manufacturers just sold a single version of the same cable for digital SPDIF. (They specification for SPDIF and Component Video is identical) They are exactly the same just with different labels. This means you get a fabulous quality Nordost cable at a bargain price.n.b. The Chord Qutest is NOT included in the sale obviously!1.5m is the minimum length that an SPDIF cable should be – see explanation below. From Nordost This new design introduces more air space between the conductor and the FEP insulation reducing dielectric contact by more than 85%. The result is a cable with much lower capacitance and resistance, resulting in higher signal speed and resolution. Why SPDIF cables should be 1.5m long.· When the SPDIF signal is launched into the cable from the Transport, it is essentially a voltage square wave consisting of rising edges and falling edges. These edges are no more than voltage transitions from about –250mV to +250mV, the rising edge transitioning from minus voltage to plus voltage, and the falling edge transitioning from plus voltage to minus voltage. When an edge transitions, it can be described as having a rise-time or fall time. This is the time for the signal to transition from 10% to 90% of the entire voltage swing. (note that this DOES Not happen instantaneously) · The rise time is important because this causes reflections on the transmission-line. If the rise time were very slow, say 50 nanoseconds, then there would be no reflections on the transmission-line unless it was extremely long. · Alternately, if the rise-time were less than 1 nanosecond, reflections would occur at every boundary, such as the connection from the circuit board to the wires that go to the connector.· Typical stock Transports have around 25 nanosecond rise times. The primary concern for the manufacturer is to pass FCC regulations for emissions and electromagnetic interference and make the interface reliable. When the regulatory testing is done, they attach very inexpensive, inferior cables and measure the emissions. To insure that the manufacturer passes these tests, they take several precautions. One is designing in the slower than necessary 25 nanosecond rise-time. Another is inserting various filters in the Transport to eliminate high frequencies from the signal. As a result of these choices, there is a hazard created by using too short a digital cable. It is a result of the slow rise time. · When a transition is launched into the cable, it takes a period of time to propagate or transmit to the other end. This propagation time is somewhat slower than the speed of light, usually around 2 nanoseconds per foot, but can be longer depending on the dielectrics used in the digital cable. When the transition reaches the end of the transmission line (in the DAC), a reflection can occur that propagates back to the driver in the Transport. Small reflections can occur in even well matched systems. When the reflection reaches the driver, it can again be reflected back toward the DAC. This ping-pong effect can sustain itself for several bounces depending on the losses in the cable. It is not unusual to see 3-5 of these reflections before they finally decay away, particularly when using the best digital cables, which are usually low-loss.· So, how does this affect the jitter? When the first reflection returns to the DAC, if the transition already in process at the receiver has not been completed, the reflection voltage will superimpose itself on the transition voltage, causing the transition to shift in time. The DAC will sample the transition in this time-shifted state, and there you have jitter. · Let’s look at a numerical example:· If the rise time is 25 nanoseconds and the cable length is 3 feet, then the propagation time is about 6 nanoseconds. Once the transition has arrived at the receiver, the reflection propagates back to the driver (6 nanoseconds), and then the driver reflects this back to the receiver (6 nanoseconds) = 12 nanoseconds. So, as seen at the receiver, 12 nanoseconds after the 25 nanosecond transition started, we have a reflection superimposing on the transition. This is right about the time that the receiver will try to sample the transition, right around 0 volts DC. Not good. Now if the cable had been 1.5 meters, the reflection would have arrived 18 nanoseconds after the 25 nanosecond transition started at the receiver. This is much better because the receiver has likely already sampled the transition by this time. Burn In 48 Hours burn in using the Tara Labs Cascade Burn in file – from their website…“The new CASCADE noise burn-in disc is a proprietary combination of white noise with frequency tone bursts and pink noise mixed at different levels. However, what makes it effective is a series of descending and ascending (cascading) multi-octave square sweeps for better and more complete results than any other “burn-in” discs that have been made to date. The CASCADE noise burn-in disc may be used with an audio electronic component and with an audio cable, including cables with attachments such as batteries or filter networks. Before and after results will be obvious with any of these cables.”

StartseiteLieferungGeschäftsbedingungenKontaktieren Sie uns Kostenlose LieferungExpresslieferung möglichausgezeichnetes FeedbackSicher einkaufen IEEP16 Chord Dual Drive In-Ear-Monitor Produktbeschreibung In-Ear-Monitor-Ohrhörer, die eine hervorragende Isolierung von Umgebungsgeräuschen bieten und es Musikern, Sängern und Schauspielern ermöglichen, ihren eigenen Auftritt auch in lauten Bühnenumgebungen zu hören. Zwei einzelne Treiber versorgen jeden Kopfhörer mit Strom und sorgen für eine außergewöhnliche Klangqualität bei hohen, mittleren und niedrigen Frequenzen.ProduktmerkmaleNeodym-Doppeltreiber7-mm-Treiber für hohe/mittlere Frequenzen und 10-mm-Treiber für niedrige FrequenzenRobuster, verwirrungsfreier TPE-Draht in Nude-Farbe, der für das Publikum nahezu unsichtbar istDer flexible Ohrbügel hält den Kopfhörer sicher an Ort und StelleKabellänge: 1,2 mProduktdetailsFrequenzgang max:20kHzFrequenzgang min:20HzImpedanz:16 OhmEingangsleistung:100mWSchallpegel SPL:102dBGewicht:16g Details auflisten Zahlung & Versand Kundenservice Garantie & Rücksendungen Wenn Sie in einem unserer eBay-Angebote einen Kauf tätigen, schließen Sie einen Vertrag ab, der unseren Allgemeinen Geschäftsbedingungen unterliegt. Bitte stellen Sie sicher, dass Sie diese gelesen haben, bevor Sie Ihren Kauf tätigen. Wir haben unseren Sitz im Vereinigten Königreich und alle elektrischen Geräte, die einen Stecker benötigen, werden mit einem 3-poligen UK-Stecker geliefert, sofern nicht anders angegeben. Die gezeigten Bilder dienen Demonstrationszwecken. Das Produkt entspricht der Beschreibung, kann jedoch von den gezeigten Bildern abweichen. Wenn Sie Bedenken hinsichtlich des Aussehens eines Produkts haben, kontaktieren Sie uns bitte vor der Bestellung. Wir akzeptieren Zahlungen per PayPal oder einer beliebigen Kredit-/Debitkarte (abgewickelt über Paypal). Alle unsere Angebote verstehen sich inklusive der jeweils gültigen Mehrwertsteuer. Wir versenden Bestellungen von Montag bis Freitag. Bestellungen, die an Wochenenden/Feiertagen eingehen, werden am nächsten Werktag versandt. Unser Ziel ist es, alle Bestellungen, die per Kurier zugestellt werden müssen, noch am selben Tag zu versenden, sofern die Zahlung eingegangen ist und die Bestellung bis 15:00 Uhr bestätigt wurde. Unser Ziel ist es, alle anderen Bestellungen, die vor 16:00 Uhr bezahlt und bestätigt wurden, noch am selben Tag zu versenden. Bestellungen, die nach diesen Zeiten eingehen, werden am nächsten Werktag versandt. Für Anfragen zur Kurierzustellung an Adressen im Vereinigten Königreich, die eine Seeüberquerung beinhalten, fällt eine zusätzliche Gebühr an, über die wir Sie informieren, wenn Sie eine Bestellung aufgeben. Bei Bestellungen, die über eine unbestätigte PayPal-Lieferadresse aufgegeben werden, kann es zu Verzögerungen oder Stornierungen bei der Überprüfung kommen. Wenn Sie Ihren Kauf tätigen und dann eine überarbeitete Rechnung anfordern, können wir den Versand anpassen. Wenn Sie mit der Gebühr nicht zufrieden sind, kann der Verkauf storniert werden. Ausführliche Informationen finden Sie in unseren Allgemeinen Geschäftsbedingungen. Wir sind stolz darauf, sicherzustellen, dass jeder einzelne Kunde vor, während und nach dem Abschluss eines Verkaufs zufrieden ist. Wenn Sie Fragen zu einem unserer zum Verkauf stehenden Artikel oder einer von Ihnen aufgegebenen Bestellung haben, senden Sie uns bitte eine eBay-Nachricht. Wir haben ein engagiertes Team, das eBay-Nachrichten sieben Tage die Woche überwacht und beantwortet. Aufgrund der großen Anzahl an Rückmeldungen, die wir jeden Tag erhalten, verlassen wir uns auf das automatisierte System von eBay, um eine Rückmeldung zu hinterlassen, sobald eine abgegebene Rückmeldung eingegangen ist. Wenn Sie erwägen, eine negative Bewertung oder eine niedrige detaillierte Verkäuferbewertung abzugeben, kontaktieren Sie uns bitte vorher, damit wir Ihre Bedenken und den Grund für die Abgabe einer solchen Bewertung ausräumen können. Sofern nicht anders angegeben, werden alle Artikel mit einer 12-monatigen Rückgabegarantie geliefert. Wenn Sie Ihre Meinung zu Ihrem Kauf ändern, können Sie innerhalb von 30 Tagen nach Aufgabe Ihrer Bestellung eine Rücksendung gegen Rückerstattung beantragen. Wenn Sie einen Artikel erhalten, der beim ersten Gebrauch falsch oder fehlerhaft ist, übernehmen wir die Kosten für die Rücksendung des Produkts an uns zum Umtausch oder zur Rückerstattung. Wenn bei einem Produkt während der Garantiezeit ein Fehler auftritt, wenden Sie sich bitte an uns, um Hilfe bei der Diagnose und ggf. Rücksendung zu erhalten. Alle Rücksendungen müssen vor der Rücksendung genehmigt werden, damit die Rücksendung an der richtigen Adresse eintrifft und von unserer Rücksendeabteilung so effizient wie möglich bearbeitet werden kann. Bitte kontaktieren Sie uns per eBay-Nachricht, um eine Autorisierung für alle Rücksendungen zu erhalten. Während dieses Vorgangs erhalten Sie eine RMA-Nummer. Bitte stellen Sie sicher, dass alle zurückgegebenen Artikel ausreichend verpackt sind, da Transportschäden, die nicht vor der Rücksendung gemeldet werden, zum Erlöschen Ihrer Garantie führen. Bitte besorgen Sie sich einen Versandnachweis, wenn Sie Royal Mail verwenden. Bitte geben Sie Ihre eigene Rücksendeadresse auf der Rückseite des Pakets an, falls bei der Lieferung an uns Probleme auftreten. Bitte stellen Sie sicher, dass auf dem Paket, das Sie zurücksenden, die RMA-Nummer deutlich auf der Außenseite des Pakets vermerkt ist. Alle mit der Rücksendung unerwünschter Artikel verbundenen Portokosten liegen in der Verantwortung des Kunden. Ausführliche Informationen finden Sie in unseren Allgemeinen Geschäftsbedingungen. Closes div id=container--> In-Ear-Monitor-Ohrhörer, die eine hervorragende Isolierung von Umgebungsgeräuschen bieten und es Musikern, Sängern und Schauspielern ermöglichen, ihren eigenen Auftritt auch in lauten Bühnenumgebungen zu hören. Zwei einzelne Treiber versorgen jeden Kopfhörer mit Strom und sorgen für eine außergewöhnliche Klangqualität bei hohen, mittleren und niedrigen Frequenzen. Wenn Sie in einem unserer eBay-Angebote einen Kauf tätigen, schließen Sie einen Vertrag ab, der unseren Allgemeinen Geschäftsbedingungen unterliegt. Bitte stellen Sie sicher, dass Sie diese gelesen haben, bevor Sie Ihren Kauf tätigen. Wir sind stolz darauf, sicherzustellen, dass jeder einzelne Kunde vor, während und nach dem Abschluss eines Verkaufs zufrieden ist. Wenn Sie Fragen zu einem unserer zum Verkauf stehenden Artikel odeOriginaltext: HomeDeliveryTerms & ConditionsContact Us free deliveryexpress delivery availableexcellent feedbackshop with confidence IEEP16 Chord Dual Drive In-Ear Monitor Product Description In-ear monitor earphones that provide excellent ambient noise isolation allowing musicians, singers and actors to hear their own performance when in loud onstage environments. 2 individual drivers power each earphone producing exceptional sound quality throughout high, mid and low frequencies.Product FeaturesNeodymium dual drivers7mmØ driver for high/mid frequency and 10mmØ driver for low frequencyDurable tangle free TPE wire in a nude colour that is almost invisible to the audienceFlexible ear hook keeps earphone securely in placeCable Length: 1.2mProduct DetailsFrequency Response Max:20kHzFrequency Response Min:20HzImpedance:16ohmInput Power:100mWSound Level SPL:102dBWeight:16g Listing Details Payment & Postage Customer Service Warranty & Returns When making a purchase from any of our eBay listings you are entering into a contract governed by our terms & conditions. Please ensure you have read these before making your purchase. We are based in the UK and all electrical items that require a plug are shipped with a 3 pin UK plug unless otherwise stated. Images shown are for demonstration purposes. Product will match description but may vary from images shown. For any concerns about how a product looks please contact us before ordering. We accept payment via PayPal or any credit/debit card (processed via Paypal). All our listings include VAT at the current rate. We dispatch orders Monday to Friday. Orders received on Weekends/Bank Holidays are dispatched next working day. We aim to dispatch all orders requiring courier delivery on the same day as long as payment is received & the order is confirmed by 15:00. We aim to dispatch all other orders that have been paid & confirmed before 16:00 on the same day. Orders received after these times will be dispatched on the next working day. 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Plixir Elite BDC Dual Linear Power Supply for the Chord Hugo TT & M Scaler - Immaculate - 230-15V6A Only bought this in January this year to accompany the CHORD HUGO M Scaler and Hugo TT2 (item for sale in separate listing)and is in an immaculate condition as minimal use. Came with 24 months manufacturers warranty so almost 20 months remaining.(invoice can be supplied). Certainly makes a significant difference to sound quality over the CHORD power supplies. Neat solution as it is one box that powers both items. Reason for sale is upgrading my entire system (please see other items in separate listings). Used by a responsible adult. Comes from a clean, smoke-free, pet-free, child-free home. Thank you.

Nordost 75 Ohm Silver HD SPDIF cable - rare RCA to BNC ideal for CHORD, NAIM LINN DACs etc. Tested with the Chord DAVE and Qutest.This is a coaxial DUAL micro monofilament silver-plated 99.9999% OFC - 75 Ohm cable from one of the top brands in audio cables. (YES, THAT IS SILVER-PLATED 6 NINES OXYGEN FREE COPPER) The dual micro-monofilaments are the two plastic filler wires that space the silver-plated conductor from the middle of the FEP tube, thus providing a mostly air dielectric - improving performance. Brand new connectors - Hicon (by Sommer of Germany) gold plated BNC (This is the connector manufacturer that Nordost use). - The cable is cut from a longer length of used cable - but as you can see, the distinctive two-colour shield is shiny, as is the centre conductor silver plated copper I have repackaged the cable, improved the strain relief, treated the connectors with Deoxit, labelled orange for SPDIF, thoroughly tested and burned in the cable.These cables were originally sold as 75 Ohm cables in a bundle of three for component video - manufacturers just sold a single version of the same cable for digital SPDIF. (They specification for SPDIF and Component Video is identical) They are exactly the same just with different labels. This means you get a fabulous quality Nordost cable at a bargain price.n.b. The Chord Qutest is NOT included in the sale obviously!1.5m is the minimum length that an SPDIF cable should be – see explanation below. From Nordost This new design introduces more air space between the conductor and the FEP insulation reducing dielectric contact by more than 85%. The result is a cable with much lower capacitance and resistance, resulting in higher signal speed and resolution. Why SPDIF cables should be 1.5m long.· When the SPDIF signal is launched into the cable from the Transport, it is essentially a voltage square wave consisting of rising edges and falling edges. These edges are no more than voltage transitions from about –250mV to +250mV, the rising edge transitioning from minus voltage to plus voltage, and the falling edge transitioning from plus voltage to minus voltage. When an edge transitions, it can be described as having a rise-time or fall time. This is the time for the signal to transition from 10% to 90% of the entire voltage swing. (note that this DOES Not happen instantaneously) · The rise time is important because this causes reflections on the transmission-line. If the rise time were very slow, say 50 nanoseconds, then there would be no reflections on the transmission-line unless it was extremely long. · Alternately, if the rise-time were less than 1 nanosecond, reflections would occur at every boundary, such as the connection from the circuit board to the wires that go to the connector.· Typical stock Transports have around 25 nanosecond rise times. The primary concern for the manufacturer is to pass FCC regulations for emissions and electromagnetic interference and make the interface reliable. When the regulatory testing is done, they attach very inexpensive, inferior cables and measure the emissions. To insure that the manufacturer passes these tests, they take several precautions. One is designing in the slower than necessary 25 nanosecond rise-time. Another is inserting various filters in the Transport to eliminate high frequencies from the signal. As a result of these choices, there is a hazard created by using too short a digital cable. It is a result of the slow rise time. · When a transition is launched into the cable, it takes a period of time to propagate or transmit to the other end. This propagation time is somewhat slower than the speed of light, usually around 2 nanoseconds per foot, but can be longer depending on the dielectrics used in the digital cable. When the transition reaches the end of the transmission line (in the DAC), a reflection can occur that propagates back to the driver in the Transport. Small reflections can occur in even well matched systems. When the reflection reaches the driver, it can again be reflected back toward the DAC. This ping-pong effect can sustain itself for several bounces depending on the losses in the cable. It is not unusual to see 3-5 of these reflections before they finally decay away, particularly when using the best digital cables, which are usually low-loss.· So, how does this affect the jitter? When the first reflection returns to the DAC, if the transition already in process at the receiver has not been completed, the reflection voltage will superimpose itself on the transition voltage, causing the transition to shift in time. The DAC will sample the transition in this time-shifted state, and there you have jitter. · Let’s look at a numerical example:· If the rise time is 25 nanoseconds and the cable length is 3 feet, then the propagation time is about 6 nanoseconds. Once the transition has arrived at the receiver, the reflection propagates back to the driver (6 nanoseconds), and then the driver reflects this back to the receiver (6 nanoseconds) = 12 nanoseconds. So, as seen at the receiver, 12 nanoseconds after the 25 nanosecond transition started, we have a reflection superimposing on the transition. This is right about the time that the receiver will try to sample the transition, right around 0 volts DC. Not good. Now if the cable had been 1.5 meters, the reflection would have arrived 18 nanoseconds after the 25 nanosecond transition started at the receiver. This is much better because the receiver has likely already sampled the transition by this time. Burn In 48 Hours burn in using the Tara Labs Cascade Burn in file – from their website…“The new CASCADE noise burn-in disc is a proprietary combination of white noise with frequency tone bursts and pink noise mixed at different levels. However, what makes it effective is a series of descending and ascending (cascading) multi-octave square sweeps for better and more complete results than any other “burn-in” discs that have been made to date. The CASCADE noise burn-in disc may be used with an audio electronic component and with an audio cable, including cables with attachments such as batteries or filter networks. Before and after results will be obvious with any of these cables.”

Welcome to bid for The Chord Company Dual Digital Audio 2xBNC to 2xBNC Interconnectfor CHORD M-Scaler and HUGO TT2 or DAVE DAC combo. This is top quality digital interconnect cable dedicated to Chord Electronics MscalerMScaler and DAC (like TT2 or DAVE) combo built with unique and ultimate audio quality option for of connection digital signal components by 2 parallel wide band cables for ultra-low jitter and non corrupted audio signal transmission. This is definitely the top quality technology in digital audio. Use of a pair separated, even high quality digital cables is not enough here as proper interconnect for this system should provide the following features, critical for full quality performance1. Cables should be absolutely equal in length and form spatially stable configuration for absence of phase shift2. connectors must be of precise 75 Ohm impedance geometry, preferably gold plated to avoid intermetal barrier on MScaler connectors3.cables should be very uniform to avoid passive generated jitter.The Chord interconnect presented in this auction seems to be the only one meets all the above technical requirements and should be considered as the best one for application with MScaler Chord DAC comboThe interconnect is in good used and perfect working order, details are shown in pictures.Length is 60 cm, characteristic impedance of each cable is 75 Ohms Item is fully tested and return is accepted within 2 week after delivery and exclusively in shape as it was shipped, i.e. perfect working condition. In this case 100% of auction price and shipment cost will be refunded. Return of nonworking, damaged or scratched item is not accepted and will be not refunded. Return shipment cost is on Buyer’s side. Please note that this time we are only able to ship in 4-5 working days, so, delivery could be few days longer than usual, it can take up to 8-10 working days if you are in the UK or some 12 days for abroad. Sorry about inconvenience Attention of International bidders: we will be pleased to ship worldwide. Shipping cost of £16 quoted is initial estimation for EU only. Overseas delivery could cost from £16 (USA, China) to £22 (Australia, South America) We charge an actual minimal for international shipment, please, ask for quotation before bidding to be sure. Unfortunately we can not ship to Vietnam and Ukraine. Overseas delivery can take up to 12 working days We combine shipments, every second cable won to the same bidder will be sent in one package with the first one at postage rate for the one (heavy) item only.

Welcome to bid for The Chord Company Dual Digital Audio 2xXLR F to 2xXLR M Interconnectfor Musical Fidelity KW DM 25 CD Transport/DAC combo. This is high quality digital interconnect cable custom ordered to upgrade MF KW DM 25 High End set, designed by Musical Fidelity and made by Chord Co.KW DM25 CD Transport/DAC combo built with unique and ultimate audio quality option for of connection digital signal components by 2 parallel AES/EBU cables for ultra-low jitter and non corrupted audio signal transmission. This is definitely the top quality technology in digital audio. Use of a pair separated, even high quality digital cables is not enough here as proper interconnect for this system should provide the following features, critical for full quality performance1. Cables should be absolutely equal in length and form spatially stable configuration for absence of phase shift2. connectors must be of precise 110 Ohm impedance geometry, preferably silver plater for minimal loss and reflection3.cables should be very uniform to avoid passive generated jitter.The Chord interconnect presented in this auction seems to be the only one meets all the above technical requirements and should be considered as the best one for application with KW DM 25 set.The interconnect is in good used and perfect working order, details are shown in pictures.Length is 75cm, characteristic impedance of each cable is 110 Ohms Item is fully tested and return is accepted within 2 week after delivery and exclusively in shape as it was shipped, i.e. perfect working condition. In this case 100% of auction price and shipment cost will be refunded. Return of nonworking, damaged or scratched item is not accepted and will be not refunded. Return shipment cost is on Buyer’s side. Please note that this time we are only able to ship in 4-5 working days, so, delivery could be few days longer than usual, it can take up to 8-10 working days if you are in the UK or some 12 days for abroad. Sorry about inconvenience Attention of International bidders: we will be pleased to ship worldwide. Shipping cost of £16 quoted is initial estimation for EU only. Overseas delivery could cost from £19 (USA, China) to £24 (Australia, South America) We charge an actual minimal for international shipment, please, ask for quotation before bidding to be sure. Overseas delivery can take up to 12 working days We combine shipments, every second cable won to the same bidder will be sent in one package with the first one at postage rate for the one (heavy) item only.

Welcome to bid for The Chord Company Dual Digital Audio 2xXLR F to 2xXLR M Interconnectfor Musical Fidelity KW DM 25 CD Transport/DAC combo. This is high quality digital interconnect cable custom ordered to upgrade MF KW DM 25 High End set, designed by Musical Fidelity and made by Chord Co.KW DM25 CD Transport/DAC combo built with unique and ultimate audio quality option for of connection digital signal components by 2 parallel AES/EBU cables for ultra-low jitter and non corrupted audio signal transmission. This is definitely the top quality technology in digital audio. Use of a pair separated, even high quality digital cables is not enough here as proper interconnect for this system should provide the following features, critical for full quality performance1. Cables should be absolutely equal in length and form spatially stable configuration for absence of phase shift2. connectors must be of precise 110 Ohm impedance geometry, preferably silver plater for minimal loss and reflection3.cables should be very uniform to avoid passive generated jitter.The Chord interconnect presented in this auction seems to be the only one meets all the above technical requirements and should be considered as the best one for application with KW DM 25 set.The interconnect is in good used and perfect working order, details are shown in pictures.Length is 75cm, characteristic impedance of each cable is 110 Ohms Item is fully tested and return is accepted within 2 week after delivery and exclusively in shape as it was shipped, i.e. perfect working condition. In this case 100% of auction price and shipment cost will be refunded. Return of nonworking, damaged or scratched item is not accepted and will be not refunded. Return shipment cost is on Buyer’s side. Please note that this time we are only able to ship in 4-5 working days, so, delivery could be few days longer than usual, it can take up to 8-10 working days if you are in the UK or some 12 days for abroad. Sorry about inconvenience Attention of International bidders: we will be pleased to ship worldwide. Shipping cost of £16 quoted is initial estimation for EU only. Overseas delivery could cost from £19 (USA, China) to £24 (Australia, South America) We charge an actual minimal for international shipment, please, ask for quotation before bidding to be sure. Overseas delivery can take up to 12 working days We combine shipments, every second cable won to the same bidder will be sent in one package with the first one at postage rate for the one (heavy) item only.

Nordost 75 Ohm Silver HD SPDIF cable - rare RCA to BNC ideal for CHORD, NAIM LINN DACs etc. Tested with the Chord DAVE and Qutest.This is a coaxial DUAL micro monofilament silver-plated 99.9999% OFC - 75 Ohm cable from one of the top brands in audio cables. (YES, THAT IS SILVER-PLATED 6 NINES OXYGEN FREE COPPER) The dual micro-monofilaments are the two plastic filler wires that space the silver-plated conductor from the middle of the FEP tube, thus providing a mostly air dielectric - improving performance. Brand new connectors - Hicon (by Sommer of Germany) gold plated BNC (This is the connector manufacturer that Nordost use). - The cable is cut from a longer length of used cable - but as you can see, the distinctive two-colour shield is shiny, as is the centre conductor silver plated copper I have repackaged the cable, improved the strain relief, treated the connectors with Deoxit, labelled orange for SPDIF, thoroughly tested and burned in the cable.These cables were originally sold as 75 Ohm cables in a bundle of three for component video - manufacturers just sold a single version of the same cable for digital SPDIF. (They specification for SPDIF and Component Video is identical) They are exactly the same just with different labels. This means you get a fabulous quality Nordost cable at a bargain price.n.b. The Chord Qutest is NOT included in the sale obviously!1.5m is the minimum length that an SPDIF cable should be – see explanation below. From Nordost This new design introduces more air space between the conductor and the FEP insulation reducing dielectric contact by more than 85%. The result is a cable with much lower capacitance and resistance, resulting in higher signal speed and resolution. Why SPDIF cables should be 1.5m long.· When the SPDIF signal is launched into the cable from the Transport, it is essentially a voltage square wave consisting of rising edges and falling edges. These edges are no more than voltage transitions from about –250mV to +250mV, the rising edge transitioning from minus voltage to plus voltage, and the falling edge transitioning from plus voltage to minus voltage. When an edge transitions, it can be described as having a rise-time or fall time. This is the time for the signal to transition from 10% to 90% of the entire voltage swing. (note that this DOES Not happen instantaneously) · The rise time is important because this causes reflections on the transmission-line. If the rise time were very slow, say 50 nanoseconds, then there would be no reflections on the transmission-line unless it was extremely long. · Alternately, if the rise-time were less than 1 nanosecond, reflections would occur at every boundary, such as the connection from the circuit board to the wires that go to the connector.· Typical stock Transports have around 25 nanosecond rise times. The primary concern for the manufacturer is to pass FCC regulations for emissions and electromagnetic interference and make the interface reliable. When the regulatory testing is done, they attach very inexpensive, inferior cables and measure the emissions. To insure that the manufacturer passes these tests, they take several precautions. One is designing in the slower than necessary 25 nanosecond rise-time. Another is inserting various filters in the Transport to eliminate high frequencies from the signal. As a result of these choices, there is a hazard created by using too short a digital cable. It is a result of the slow rise time. · When a transition is launched into the cable, it takes a period of time to propagate or transmit to the other end. This propagation time is somewhat slower than the speed of light, usually around 2 nanoseconds per foot, but can be longer depending on the dielectrics used in the digital cable. When the transition reaches the end of the transmission line (in the DAC), a reflection can occur that propagates back to the driver in the Transport. Small reflections can occur in even well matched systems. When the reflection reaches the driver, it can again be reflected back toward the DAC. This ping-pong effect can sustain itself for several bounces depending on the losses in the cable. It is not unusual to see 3-5 of these reflections before they finally decay away, particularly when using the best digital cables, which are usually low-loss.· So, how does this affect the jitter? When the first reflection returns to the DAC, if the transition already in process at the receiver has not been completed, the reflection voltage will superimpose itself on the transition voltage, causing the transition to shift in time. The DAC will sample the transition in this time-shifted state, and there you have jitter. · Let’s look at a numerical example:· If the rise time is 25 nanoseconds and the cable length is 3 feet, then the propagation time is about 6 nanoseconds. Once the transition has arrived at the receiver, the reflection propagates back to the driver (6 nanoseconds), and then the driver reflects this back to the receiver (6 nanoseconds) = 12 nanoseconds. So, as seen at the receiver, 12 nanoseconds after the 25 nanosecond transition started, we have a reflection superimposing on the transition. This is right about the time that the receiver will try to sample the transition, right around 0 volts DC. Not good. Now if the cable had been 1.5 meters, the reflection would have arrived 18 nanoseconds after the 25 nanosecond transition started at the receiver. This is much better because the receiver has likely already sampled the transition by this time. Burn In 48 Hours burn in using the Tara Labs Cascade Burn in file – from their website…“The new CASCADE noise burn-in disc is a proprietary combination of white noise with frequency tone bursts and pink noise mixed at different levels. However, what makes it effective is a series of descending and ascending (cascading) multi-octave square sweeps for better and more complete results than any other “burn-in” discs that have been made to date. The CASCADE noise burn-in disc may be used with an audio electronic component and with an audio cable, including cables with attachments such as batteries or filter networks. Before and after results will be obvious with any of these cables.”