MINI QUANTUM RESONATOR
1、Mini Q 採用QNR 相關技術濃縮，重新調配電子零件，修正出一塊5*2.5 cm主動式相位補償電路，經過Telos工程師們與先期試用者實際測試後，其濃縮電路效能，具有QNR 70%的效果。
2、QBT 導體超頻寬技術運用，MINI Q 相關金屬配件 （頂蓋、保險絲、電源公頭）均由0-100kHz循序掃描，試圖把相關電子訊號優化到最佳頻寬。
3、保護蓋貴金屬音頻回授原理，MINI Q帽蓋由二代RCA保護蓋等比例放大，並鍍上發燒友公認在音樂表現上擁有甜美音色、音質細膩、質感光滑的”鈀金”，經QBT超頻寬處理後，連接引線到電源公頭地線腳位，使銅鍍鈀金音色，回流至系統接地腳位。
4、組裝MINI Q之電源細部所有鎖點，我們採用了日本KANON DTDK-n50ex 電子伺服器扭力起子，運用其誤差值僅0.005之機密特性，控制所有鎖點扭力，降低接點阻抗變化的影響。
5、主動式電路版，經過-196度C 超低溫冷處理36小時，分散電子零件打件廠焊接應力，均化銲錫分子分佈，使得SMD電路運作更加暢通。
6、相關電路絕緣，採用TELOS Q獨家特製遠紅外線工程橡膠絕緣材，除了安全絕緣以外，運用遠紅外線礦石放射原理，持續產生280cpm遠紅外線放射能照射Mini Q 電路板，使電子零件能夠達到更佳優化的工作效能。
Description:
MINI QUANTUM RESONATOR
Mini Q incorporates concentrated QNR technology, where electronic components are reconfigured to create a compact 5×2.5 cm active phase compensation circuit. After practical testing by Telos engineers and early adopters, it has been found to achieve 70% of the effectiveness of QNR.
QBT conductor ultra-wideband technology is utilized in MINI Q, with all related metal accessories (top cover, fuse, power plug) undergoing sequential scanning from 0 to 100kHz. The aim is to optimize the relevant electronic signals to achieve the best bandwidth.
The protective cover employs precious metal audio feedback principles. The MINI Q cap cover is proportionally enlarged with second-generation RCA protective covers, coated with the audiophile-approved “palladium gold.” After undergoing QBT ultra-wideband processing, the connecting wire is attached to the ground terminal of the power plug, allowing the copper-plated palladium gold audio characteristics to flow back to the system’s grounding terminal, resulting in a sweet and detailed sound quality with a smooth texture.
For the assembly of MINI Q’s power supply, we use the Japanese KANON DTDK-n50ex electronic server torque screwdriver. With a precision error value of only 0.005, it controls the torque of all locking points, reducing the impact of contact impedance variation.
The active circuit board undergoes a -196°C ultra-low temperature treatment for 36 hours, dispersing the welding stress of the electronic components and homogenizing the distribution of solder molecules, ensuring smoother operation of SMD circuits.
The relevant circuits are insulated using TELOS Q’s exclusive far-infrared engineering rubber insulation material. Apart from providing safety insulation, it utilizes the far-infrared radiation principle of minerals to continuously emit 280cpm far-infrared radiation onto the Mini Q circuit board, enabling the electronic components to achieve optimal performance.
