• Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
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  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V
  • Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V

Hiend 100VA Ultra-low Noise Linear Power Supply for Audio DC5V 9V 12V 25V 18V 19V 20V 24V 28V 32V

  • High-end Linear Power Supply▶-- we aims to provide high-quality electronic audio-grade components/accessories for audiophiles who pursue high quality sound. This high quality LPS Features high current, low-noise, low impedance, fast-response and high reliability.
  • Technical highlights: All-discrete topology / Single-pass, series regulator design / Low noise, high PSRR / High-current MOSFET pass transistors.
  • ✓Made of high quality material, this linear power supply audiophile regulated converter adapter HK-100W can provide high quality and pure power supply for audiophile home stereo system equipment.
  • Improving Sound Quality: This audio-grade power supply aim to improve the sound quality of your sound components so that you can enjoy better notes.
  • Variety of voltages available - Suit for many of the most common audiophile equipment, such as a DAC, amplifier. FLYINSKY offers the HK-100W in 5V, 9V, 12V, 15V, 18V, 19V, 20V, 24V, 28V and 32V versions. Choose the voltage model that is right for your device based on your device manufacturer's specifications.
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$225.00 $165.00
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    Please select the information you want X
  • Input voltage:
    AC115V
    AC230V
  • Output voltage:
    DC5V max 5A
    DC9V max 5A
    DC12V max 5A
    DC15V max 5A
    DC18V max 4.5A
    DC19V max 4.2A
    DC20V max 4A
    DC24V max 3.5A
    DC28V max 3A
    DC32V max 3A
    Custom-make other voltage
  • Color:
    Silver
    Black
    Please select the information you wantX
Quantity
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  • Description
Works voltage: AC115V  or 230V  two version for choose

Output voltage: has following voltage for choose

1: DC5V   5A
2: DC9V   5A
3: DC12V  5A
4: DC15V  5A
5: DC18V  4.5A
6: DC19V  4.2A
7: DC20V   4A
8: DC24V  3.5A
9: DC28V   3A
10: DC32V  3A

we also can accept custom-make other voltage between DC5V --DC32V. if you need other voltage. Please contact us.

Transformer Power: 100VA OFC R-core transformer

Size: 215mm*80mm*260mm  (W*H*D)  

Package weight: about 4.5kg/unit

Power LED Color:  Blue

Chassis color: Silver  or black

(Note: silver version the back panel will be black)

DC Head Size: Outer diameter 5.5mm,  internal diameter 2.5mm ( it will Compatible with 5.5*2.1mm sockets)

Power Polarity:   inner " + "    external" - "



Package include:


Linear power supply    X 1  
           
1.2M length output DC power cable    X 1


(NO IEC type mains power lead included)

    Every Power supply has been professionally tested in perfect working order before shipping! To maintain a stable & reliable high quality, there's no huge stock keeping and handling time may take longer occasionally. Thank you.



Technical highlights

All-discrete topology.

Single-pass, series regulator design.
No IC (integrated circuits) are used. This allows complete design control over all operating points and parameters for superior performance.
Low noise, high PSRR

A constant-current source feeds a zener diode as a stable voltage reference. A low-pass filter (with a corner frequency of 1.6Hz) prevents zener noise from being introduced into the error amplifier. This is an effective yet lower-cost alternative to expensive voltage reference ICs. The low-pass filter also provides a soft-start characteristic.
The output noise (unloaded) is less than 13µV at 24VDC output (measured using a Tangent LNMP (low-noise measurement preamplifier) and a Fluke 187 50000-count DMM in ACmV mode). The output noise is even less when the output voltage is lower. This is much better than the noise of an IC regulator based PSU tested under identical conditions.
The error amplifier is a discrete implementation of an opamp with a high open-loop gain of 102.5dB. The voltage supply to the error amplifier is isolated with capacitance multipliers to boost its PSRR (power supply rejection ratio). This greatly improves the line regulation performance of the PSU.
A long-tailed pair differential amplifier with current mirror and constant current source forms the first stage of the error amplifier. The second stage is the voltage amplification stage (VAS), also with constant current source load. The 3rd stage is comprised of the power MOSFET output devices configured as a source follower.

High-current MOSFET pass transistors

Two paralleled high-current, highly reliable MOSFETs (rated at 18A each) serve as the "pass" transistor.

The high current rating provides a very high safety headroom against overcurrent damage.

The use of paralleled MOSFETs divides the heat dissipation, simplifying thermal management. Onboard heatsinks can be used which would allow the this PSU to supply up to 1A continuous (with much higher peak currents). More sustained currents are possible by using larger, offboard heatsinks.

The negative temperature coefficient of MOSFETs prevents damaging thermal-runaway conditions that may plague conventional BJT devices.













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