Skip to product information
1 of 8

TDK MA (1994-1997 JP)

TDK MA (1994-1997 JP)

Regular price $36.42 USD
Regular price Sale price $36.42 USD
On Sale! Sold out
Shipping calculated at checkout.
Duration (Min.)

What is C Stock?

Only a few left…

TDK MA (1994-1997 JP) Cassette Tape

C-Stock Information - Important!

Please read our C Stock collection page terms carefully before purchasing any C Stock items.

TDK MA Cassette Description

The TDK MA cassette tape, produced from 1994 to 1997 in Japan, is a high-quality audio cassette designed for reliable and clear sound reproduction. It features a durable shell that ensures stability and longevity, making it an excellent choice for both professional and personal use.

TDK MA Technical Specifications

  • Magnetic Particle: Super Avylin
  • Coercivity: 650 Oe
  • Remanence: 1650 Gauss
  • Squareness Ratio: 0.85
  • Operating Bias: 0.0 dB
  • MOL 315Hz: +4.0 dB
  • MOL 10kHz: -7.5 dB
  • Sensitivity at 315Hz: 0.0 dB
  • Sensitivity at 3.15kHz: 0.0 dB
  • Sensitivity at 10kHz: 0.0 dB
  • Sensitivity at 16kHz: 0.0 dB
  • Bias Noise: -60.5 dB

User Reviews

  • "The TDK MA cassette tape offers outstanding performance for its price. It is a reliable choice for anyone looking for clear and consistent audio quality."
  • "I have used several cassette tapes over the years, but the TDK MA stands out for its durability and sound quality. Highly recommended!"

TDK MA Key Features

  1. Durable Shell: The cassette features a robust shell made from high-quality materials, ensuring stability and longevity.
  2. Super Avylin Magnetic Particle: Utilizes the Super Avylin magnetic particle for enhanced audio clarity and stability.
  3. Optimized Sensitivity: Designed to maintain consistent sensitivity across various frequency ranges, ensuring clear sound reproduction.

Improvements Over Previous Generation

The TDK MA cassette tape builds upon the success of its predecessors by offering improved durability and enhanced audio clarity. The use of the Super Avylin magnetic particle and optimized sensitivity settings contribute to its superior performance compared to earlier models.

View full details