Rega

Rega Neo High-Performance Turntable TT-PSU Power Supply Upgrade

$445.00
  • Rega Neo High-Performance Turntable TT-PSU Power Supply Upgrade
  • Rega Neo High-Performance Turntable TT-PSU Power Supply Upgrade
  • Rega Neo High-Performance Turntable TT-PSU Power Supply Upgrade
  • Rega Neo High-Performance Turntable TT-PSU Power Supply Upgrade
  • Rega Neo High-Performance Turntable TT-PSU Power Supply Upgrade

Using the same DSP (digital signal processing) generator found in the RP10 the Neo is built upon a high stability crystal. The Neo features an advanced anti vibration circuit, fine motor speed adjustment and the convenience of electronic speed change. The DSP generator will divide the accurate signal from the crystal to the exact frequency required to turn the platter at the selected speed whilst will producing a near perfect sinusoidal waveform to drive the 24v motor. 

Rega

Rega Neo High-Performance Turntable TT-PSU Power Supply Upgrade

$445.00

The new TT-PSU, housed in our new style case, has a new anti-vibration circuit, output circuit protection and improved power supply regulation.Offering the convenience of electronic speed change, reduced motor noise and increased stability for all Rega 24v motor turntables. The Neo PSU is compatible with the following Rega turntable models: P3-24 / RP3 / Planar 3 2016 / RP6 / P5 / P7 / RP40 special edition / RP8 Or any older Rega turntable fitted with our aftermarket 24v motor upgrade kit.

SPECIFICATIONS

Output to motor bi-phase = 24 V AC protected by resettable fuse.
Power consumption = 7.2 W
Voltage = 24 V AC
Power supply: Rega PS1 only.
Speed control step size = 0.01 RPM.

PS1 (UK)
Input 230 V ~ 50 Hz 0.07 A
Output 24 V ~ 350 mA AC

PS1 (EU - Euro 2 pin)
Input 230 V ~ 50 Hz 0.07 A
Output 24 V ~ 350 mA AC

PS1 (American)
Input 115-120 V ~ 60 Hz
Output 24 V ~ 350 mA AC

PS1 (Australian)
Input 230 V ~ 50 Hz 0.07 A
Output 24 V ~ 350 mA AC

PS1 (Japan)
Input 100 V ~ 50/60 Hz
Output 24 V ~ 350 mA AC

PS1 (Korea)
Input 220 V ~ 60 Hz 0.07 A
Output 24 V ~ 350 mA AC