Audio Technica AT630 step up Transformer for moving coil cartridges. Amplifies signal for use in moving magnet inputs.Good working order , in original box.(Previously used with audio technica AT-F3 moving coil cartridge

AUDIO TECHNICA AT630 STEP-UP TRANSFORMER for Moving-Coil Cartridges - Used. This is a classic and well regarded Audio Technica AT-630 step up transformer that will allow you to use your MM phono stage with an MC cartridge by boosting the low output from the MC cartridge up to the correct MM level for your phono stage.Delivery by 3-4 day courier.

MC-Übertrager von Dual, baugleich mit Audio-Technica AT 630. https://www.hifi-wiki.de/index.php/Audio_Technica_AT_630 Es läuft aber optimal mit allen Tonabnehmern deren Abschlussimpedanz im Bereich von 100 bis 300 Ohm optimal gewählt ist.(200 Ohm ist das empfohlene Optimum) Die Ausgangsspannung des angeschlossenen MC-Systems liegt idealerweise zwischen 0,3 und 1 mV. Bei mir hat es sowohl mit einem Yamaha MC-9 als auch mit einem EMT-System hervorragend funktioniert. Keine Zahlung mit PayPal. Privatverkauf, keine Gewährleistung, keine Rücknahme, kein Umtausch, keine PayPal Zahlung

MC-Übertrager von Dual, baugleich mit Audio-Technica AT 630. https://www.hifi-wiki.de/index.php/Audio_Technica_AT_630 Es läuft aber optimal mit allen Tonabnehmern deren Abschlussimpedanz im Bereich von 100 bis 300 Ohm optimal gewählt ist.(200 Ohm ist das empfohlene Optimum) Die Ausgangsspannung des angeschlossenen MC-Systems liegt idealerweise zwischen 0,3 und 1 mV. Bei mir hat es sowohl mit einem Yamaha MC-9 als auch mit einem EMT-System hervorragend funktioniert. Keine Zahlung mit PayPal. Privatverkauf, keine Gewährleistung, keine Rücknahme, kein Umtausch, keine PayPal Zahlung

This auction is for an Audio Technica AT630 moving coil step-up transformer, in full working order and good cosmetic condition.No original packaging, but will be well packed for shipping.Please study the pictures, as these form part of the description.

This auction is for an Audio Technica AT630 moving coil step-up transformer, in full working order and good cosmetic condition.No original packaging, but will be well packed for shipping.Please study the pictures, as these form part of the description.

This auction is for an Audio Technica AT630 moving coil step-up transformer, in full working order and good cosmetic condition.No original packaging, but will be well packed for shipping. Shipping to UK addresses only, although collection in person from Birmingham is also welcome.Please study the pictures, as these form part of the description.Any questions, please ask.Thanks for looking and, should you decide to bid, good luck.

Audio Technica AT630 Moving Coil Step Up Transformer. UK buyers only please. I have used this step up transformer with various cartridges, including Denon 103r, Hana ML and Ortofon Cadenza with no issues. Its been well looked after, from a pet, smoke and child free home. Used but in great condition, see pictures for detail. In full working order and sounding great. No original box but I will pack it safely for posting.

This auction is for my AT630 moving coil cartridge step-up transformer. It is designed to match a low-impedance moving-coil phono cartridge to the input stage of a standard moving-magnet phono pre-amplifier. As its a passive device, it will exhibit lower noise than an electronic moving-coil pre-amp.The AT630 features wide bandwidth & low distortion and is suited for a moving coil cartridge with an impedance of up to 20 Ohms. I used this one with an AT30E cartridge for years and it sounded great.The transformer design features a triple perm-alloy shield to greatly reduce electromagnetic coupling from external sources of interference. The phono ground connections on the output side are isolated from each other avoid hum loops. A ground connection to the shield is provided at both ends, so that the tonearm ground can be connected through to the amplifier. Audio Technica Specification :Input impedance : < 20 ohms.Output impedance : 47k ohms.Frequency response : 15Hz to 100kHz I believe the turns ratio to be 1:10.In order to demonstrate continuity, I measured the input and output resistances (not impedances) of the windings. The table below shows the corrected figures after subtracting test lead resistances of 1.9 ohms (for the input measurements) and 0.9 ohms (for the output measurements) : Input windings Output windings Left Right Left Right 2.5 ohms 2.6 ohms 561.6 ohms 566.2 ohms Thanks for looking.