Tri-Art Phono MM Pre-Amplifier S-Series
Tri-Art Phono MM Pre-Amplifier S-Series

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Tri-Art Phono MM Pre-Amplifier S-Series

$275.00
 
 
 
Availability: Discontinued
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SKU:
TARTPPMMSS
UPC:
TARTPPMMSS

Tri-Art's design criteria for the S-Series MM phono amplifier was to design a good phono amplifier for a modest investment. They met the criteria for a modest investment, but overachieved on the sound quality. With a MM gain of 63 db gain and a unique op amp that to Tri-Art's knowledge has never been used with an audio component. Featuring an RF shield as well as RF filtering and a 3-stage subsonic filter, the sound is warm and clean and quote lifelike. Component selection was critical, and they completed the amp without the use of carbon resistors or ceramic capacitors.

Bamboo

Tri-Art Audio has selected bamboo to construct many of the structural parts of their systems rather than the industry standard of metal or plastic. In addition to its natural aesthetics, it has a vital function: A constrained layer plywood variant is employed for its performance abilities. It is very stiff for excellent rigidity with the ability to dampen vibration. It is non-magnetic, providing a quieter electrical environment for their amplifier circuitry. An eco-friendly resource, some variants of bamboo are capable of growing up to a meter (39 inches) per 24 hours period!

Wool

The interior of Tri-Art's amplifiers are packed with locally sourced, unbleached, sheep’s wool due to its ability to reduce sound transfer and vibrations, insulate, and natural heat resistance. Wool fibers are particularly effective at dampening airborne vibrations and preventing them from affecting the performance of Tri-Art's amplifier chip. The temperature stability of the system (class D) and insulating properties of the wool have the benefit of eliminating heat sinks. Wool also eliminates the need for fans which are both mechanically and electrically noisy.

Concrete Brick

Tri-Art developed their locally manufactured concrete brick using a blend of cement and plastic fibers to re-enforce its strength, make it lighter in weight, and more porous. Concrete absorbs sound frequencies and resonates at a narrow high-frequency, and its porosity allows for sound absorption.

Class D Chip

Tri-Art's design criteria for the S-Series MM phono amplifier was to design a good phono amplifier for a modest investment. They met the criteria for a modest investment, but overachieved on the sound quality. With a MM gain of 63 db gain and a unique op amp that to Tri-Art's knowledge has never been used with an audio component. Featuring an RF shield as well as RF filtering and a 3-stage subsonic filter, the sound is warm and clean and quote lifelike. Component selection was critical, and they completed the amp without the use of carbon resistors or ceramic capacitors.

Capacitor Banks

Class D amplifiers are particularly sensitive to any anomalies in their supply voltage. Although Tri-Art uses an exceptionally good power supply, they have decided to go the extra mile and incorporate a capacitor bank – ensuring sufficient current will be available to the chip to deal with high transient demand conditions. Multiple smaller capacitors in a bank can be preferable to a single large capacitor, mostly for reasons of speed, but these must be very carefully designed to avoid the generation of eddy currents. By strategically deploying small amounts of resistance to balance transient draw, Tri-Art has created conditions antithetical to the formation of eddy currents.

Naked Components

All electronic components on Tri-Art's circuit boards have had their outer skin (plastic shrink identifying wrapping) removed. And for good reason: Tri-Art discovered during their listening tests that stripping away plastic wrapping removes the sonic characteristics plastic brings to the electronic component. They remove as much associated materials as possible that have negative sonic signatures.

Power Supply

The power supply is by far the noisiest section electrically in all amplifier designs. The single most important fact about Tri-Art's DC Linear Power Supplies is that they are housed in their own enclosure, physically separated from other units. Instead of the less costly and more commonly used Switching Power Supply, Tri-Art uses a Linear Power Supply which are five orders of magnitude (10 000 times) quieter than the cheaper option, allowing their amplifier chips to operate to their full potential.

Technical Specifications
  • Gain: 63 db @ 1Khz Single Ended
  • Impedance: 47K
  • Frequency Response: 20hz – 25,000KHZ
  • Capacitor: Stepped Capacitor Bank
  • Filters: RF, 23 Stage Subsonic Built-In
  • RF Shield: Yes
  • Power Supply: 12V DC Linear Power Supply (External)
  • Cabinet: 3 ply Solid Bamboo, Soaked in Hemp Oil and Beeswax Finish
  • Interior: Stuffed with Natural Sheep’s Dapening Wool
Description

Tri-Art's design criteria for the S-Series MM phono amplifier was to design a good phono amplifier for a modest investment. They met the criteria for a modest investment, but overachieved on the sound quality. With a MM gain of 63 db gain and a unique op amp that to Tri-Art's knowledge has never been used with an audio component. Featuring an RF shield as well as RF filtering and a 3-stage subsonic filter, the sound is warm and clean and quote lifelike. Component selection was critical, and they completed the amp without the use of carbon resistors or ceramic capacitors.

Bamboo

Tri-Art Audio has selected bamboo to construct many of the structural parts of their systems rather than the industry standard of metal or plastic. In addition to its natural aesthetics, it has a vital function: A constrained layer plywood variant is employed for its performance abilities. It is very stiff for excellent rigidity with the ability to dampen vibration. It is non-magnetic, providing a quieter electrical environment for their amplifier circuitry. An eco-friendly resource, some variants of bamboo are capable of growing up to a meter (39 inches) per 24 hours period!

Wool

The interior of Tri-Art's amplifiers are packed with locally sourced, unbleached, sheep’s wool due to its ability to reduce sound transfer and vibrations, insulate, and natural heat resistance. Wool fibers are particularly effective at dampening airborne vibrations and preventing them from affecting the performance of Tri-Art's amplifier chip. The temperature stability of the system (class D) and insulating properties of the wool have the benefit of eliminating heat sinks. Wool also eliminates the need for fans which are both mechanically and electrically noisy.

Concrete Brick

Tri-Art developed their locally manufactured concrete brick using a blend of cement and plastic fibers to re-enforce its strength, make it lighter in weight, and more porous. Concrete absorbs sound frequencies and resonates at a narrow high-frequency, and its porosity allows for sound absorption.

Class D Chip

Tri-Art's design criteria for the S-Series MM phono amplifier was to design a good phono amplifier for a modest investment. They met the criteria for a modest investment, but overachieved on the sound quality. With a MM gain of 63 db gain and a unique op amp that to Tri-Art's knowledge has never been used with an audio component. Featuring an RF shield as well as RF filtering and a 3-stage subsonic filter, the sound is warm and clean and quote lifelike. Component selection was critical, and they completed the amp without the use of carbon resistors or ceramic capacitors.

Capacitor Banks

Class D amplifiers are particularly sensitive to any anomalies in their supply voltage. Although Tri-Art uses an exceptionally good power supply, they have decided to go the extra mile and incorporate a capacitor bank – ensuring sufficient current will be available to the chip to deal with high transient demand conditions. Multiple smaller capacitors in a bank can be preferable to a single large capacitor, mostly for reasons of speed, but these must be very carefully designed to avoid the generation of eddy currents. By strategically deploying small amounts of resistance to balance transient draw, Tri-Art has created conditions antithetical to the formation of eddy currents.

Naked Components

All electronic components on Tri-Art's circuit boards have had their outer skin (plastic shrink identifying wrapping) removed. And for good reason: Tri-Art discovered during their listening tests that stripping away plastic wrapping removes the sonic characteristics plastic brings to the electronic component. They remove as much associated materials as possible that have negative sonic signatures.

Power Supply

The power supply is by far the noisiest section electrically in all amplifier designs. The single most important fact about Tri-Art's DC Linear Power Supplies is that they are housed in their own enclosure, physically separated from other units. Instead of the less costly and more commonly used Switching Power Supply, Tri-Art uses a Linear Power Supply which are five orders of magnitude (10 000 times) quieter than the cheaper option, allowing their amplifier chips to operate to their full potential.

Technical Specifications
  • Gain: 63 db @ 1Khz Single Ended
  • Impedance: 47K
  • Frequency Response: 20hz – 25,000KHZ
  • Capacitor: Stepped Capacitor Bank
  • Filters: RF, 23 Stage Subsonic Built-In
  • RF Shield: Yes
  • Power Supply: 12V DC Linear Power Supply (External)
  • Cabinet: 3 ply Solid Bamboo, Soaked in Hemp Oil and Beeswax Finish
  • Interior: Stuffed with Natural Sheep’s Dapening Wool
ISBN
ASSOC
A
Genre
If Can Be Discounted
YES
Discontinued
YES
Inventory
.00
Construct
0
Dropship
0
Record Speed Record Size
Artist
Title
Composer
Additional Artists
Record Weight
Record Speed
Multi Channel
Stereo
Mono
Colored
Picture Disc
1/2 Speed
DMM
Out of Print
Sell Hold/Repressing
Direct to disc
Creation Date
Release Date
Availability
Discontinued
Scratch & Dent
0
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