TDK MA-R (1984 JP) Cassette Tape

C-Stock Information - Important!

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

TDK MA-R Cassette Description

The TDK MA-R (1984 JP) is a high-quality, blank audio cassette tape designed for professional and audiophile applications. It features a robust metal shell to minimize vibrations and ensure optimal sound quality. The cassette is formulated with Finavix magnetic particles, which provide superior magnetic properties for clear and detailed audio recordings.

TDK MA-R Technical Specifications

• Magnetic Particle: Finavix
• Coercivity: 1130 Oe
• Remanence: 3300 Gauss
• Squareness Ratio: 0.85
• Operating Bias: +0.5 dB
• Maximum Output Level (MOL) at 315 Hz: +6.0 dB
• Maximum Output Level (MOL) at 10 kHz: +0.5 dB
• Sensitivity at 315 Hz: +1.2 dB
• Sensitivity at 3.15 kHz: +1.8 dB
• Sensitivity at 10 kHz: +2.5 dB
• Sensitivity at 16 kHz: +3.0 dB
• Bias Noise: -58.0 dB

User Reviews

• "The TDK MA-R cassette tape delivers exceptional sound quality, making it a favorite among audiophiles. Its robust metal shell and superior magnetic properties ensure that recordings are clear and detailed."
• "This cassette tape is perfect for those seeking high-quality audio recordings. Its performance is state-of-the-art, and it has been a staple in professional recording studios."

TDK MA-R Key Features

• Robust Metal Shell: Reduces vibrations for better sound quality.
• Finavix Magnetic Particles: Provides superior magnetic properties for clear audio recordings.
• High Sensitivity: Offers excellent sensitivity across various frequencies.
• Low Bias Noise: Ensures minimal noise interference during recording.

Improvements over Previous Generation

The TDK MA-R cassette tape was introduced in the late 1970s and early 1980s, marking a significant improvement in audio cassette technology. It built upon the advancements of earlier TDK cassettes, offering enhanced magnetic properties and a more robust design to minimize vibrations and ensure superior sound quality.