Language:  
Currency:
Home Shopping Cart | Wish List | Customer Service | Login  

 

You have 0 item(s) in your Shopping Cart  
Newsletter
Enter your email to subscribe:

  Browse By Manufacturer



  Browse By Category


Contact Info

David Michael Audio
4300 Delemere Blvd
Suite #201
Royal Oak, MI 48073
Phone: 248-259-7017



For Hours of Operation:
or Directions, Click Here



 
 
Search
 

Payment Methods



Secured Site
 
Now In: Analog GearPhono Preamplifiers → EAR - MC4 Cartridge Transformer

Click here to view larger image



Click here to view larger image

EAR - MC4 Cartridge Transformer



Price: $1,995.00

Quantity:   
An “Ideal Transformer” must by definition ‘transform one kind of energy to another without loss’ no more or no less ! We have achieved results for audio close to the ideal, for it will allow the very best of “Moving Coil” cartridges to extract the most possible information out of the groove. Most Active “Head Amps” have many flaws which inhibit the release of all the possible information out of the groove because the laws of economics and physics prohibits most designers from achieving the ideal, which is wide bandwidth minimal time distortion, minimum noise contribution, and maximum protection from external influences.

The Moving Coil cartridge is a much more efficient converter of energy than Moving Magnet but has the great disadvantage that its voltage ouput is not really practical for most amplifier technology to handle it. So if we take its product of voltage times current and transform it to a suitable form for most amplifiers to handle it we then find that we actually have gained an advance over the Moving Magnet in noise figures of at least 6dB. This means that we can achieve 90dB of dynamic range that the record potentially offers.

SPECIFICATIONS
Frequency Response 3Hz- 100KHz +0.2dB-1.0dB
Phase Linearity Less than ±5 degrees (20-20KHz)
Rise Time 2lsecs (any level)
Channel Balance Less than 0.1dB
Channel Separation Greater than 70dB (20-20KHz)
Hum Rejection Greater than 60dB
(External Magnetic Fields)  
Equivalent Noise Contribution Less than 1dB
Voltage Gain X30, x24, x18, x10
Input Impedances (nominal) 3 ohm, 6 ohm, 12 ohm, & 40 ohm,