With linear turntables, audio distortion errors are eliminated that typically occur when the record is played on a turntable using a pivoting arm and a record. This happens because less vinyl is present per second in the inner grooves, which causes the wavelengths to become increasingly compressed as the record is played. The linear arms of the CD player are designed so that they play each groove at a 90-degree angle, which matches the same grade in which the tracks were cut, thereby effectively removing distortion.
As opposed to conventional tonearms, linear-tracking models pivot on a pivot rather than swing across the record. Rather than moving radially over the record, the arm slowly moves from the outer grooves toward the center. By altering the groove tracking geometry, it eliminates the tracking error.
Why did the tracking error occur?
Several things cause tracking errors. Traditional tonearms have a curved swing, which prevents them from performing as they should. From the beginning to the end of the record, the tonearm should ensure that the cartridge remains tangent to the groove. However, the curved path of the conventional swivel-mounted tonearm means that as the arm moves from the outer edge of the record towards the label, the cartridge angle changes concerning the groove.
During a play, the tracking error is the angle of the cartridge compared with the true tangent. It causes distortion when the stylus rides askew in the groove of the record. The problem might be compared to the sideways drag caused by bad wheel alignment in a car.
Is it good to use a linear tracking turntable?
There is no doubt about the usability of a linear tracking turntable. It is a superior choice for anyone. Linear turntables have tangential arms that are always oriented at a 90-degree angle to the groove of the record they are playing. These arms do not track the grooves as they are pushed along. Linear turntables rely on a complex system of sensors, gears, wheels, and motors to precise position each record groove.
New vinyl records ceased to be made commercially after CDs became a dominant music format for several decades. Both new and vintage records have made a surprising comeback due to the richness and quality of the sound of vinyl. Perhaps you have an existing vinyl collection or would like to play newly pressed records, and you are considering playing them on a classic linear arm turntable found on the market.
Final Words
We are Summing up our discussion here about linear tracking turntables. The purpose and benefits of linear tracking turntables have been explained. If you still have any questions or queries, let us know in the comment section. We will try our best to respond to you as soon as we can.
FAQs
How do vertical record players work?
When the vinyl record is spinning underneath the tonearm and needle, it looks like it is floating in the air. It produces that classic vinyl sound. However, it is not floating. A record player works the same way as any other modern one, except it works in a vertical position. Check some of the best vertical record players reviewed here.
What is a record player called?
A record player, or phonograph, is an instrument that reproduces sounds by vibrating a stylus or needle, following a groove on a rotating disc. The stylus inscribes a curved track on the rotating surface of the phonograph disc, or record, that contains a replica of sound waves.
What is a pivoted tonearm?
Pivoting the arm are two different bearings. An individual pivot usually consists of a small spike resting in a small cup. A uni-pivot design relies only on the stylus on the record to support the arm’s weight, resulting in a coupling area that’s almost infinitely small.
