SHANLING M2X bluetooth MP3 AK4490EN DSD256 32bit 384kHz LDAC Music Player Hi-Res Audio Balanced

Get SHANLING M2X bluetooth MP3 AK4490EN DSD256 32bit 384kHz LDAC Music Player Hi-Res Audio Balanced

Features
Screen	3.2 inch 320 x 480 screen
DSD playback	supported to DSD256
PCM playback	supported to 384kHz--32bit
bluetooth	support LDAC (bothway), AAC (bothway)
Wi-Fi	IEEE 802.11b/g/n
support DLNA, OTA online update, HiFi cloud music library
D/A converter	AK4490EN
Gain	low gain / high gain
Support format	DSF, DFF, ISO, DXD, APE, FLAC, WAV, AIFF, AIF, DTS, MP3, WMA, ACC, OGG, ALAC, MP2, M4C, AC3, M3U, M3U8
Sampling rate	44.1kHz--384kHz
Output	single ended output (3.5 mm) / balanced output (2.5 mm)
Output power	180mW@16ohm (3.5 mm) / 212mW@16ohm (2.5 mm)
Channel separation	70dB (32 Ohm) 3.5 mm, 107dB - 2.5 mm
SNR	116dB
Output impedance	2&Omega
Frequency response	20HZ~40KHz (-0.5dB)
External memory	supported up to 2TB TF card
USB interface	Type-C (USB2.0)
Battery	lithium battery for 2400mAH
Playing hours	10.5 hours (3.5 mm) 7.5 hours (2.5 mm)
Charging hours	2.5 hours
Size	90mm x 60mm x 16mm
Weight	about 147g
Package Included	1 x SHANLING M2X MP3 1 x User Manual 1 x Charging Cable

SHANLING M2X bluetooth MP3 AK4490EN DSD256 32bit 384kHz LDAC Music Player Hi-Res Audio Balanced See detail

Wire Connector SPL-4 Quick Terminal 4 Position Docking Connector High Power Connector

Get Wire Connector SPL-4 Quick Terminal 4 Position Docking Connector High Power Connector Feature: Rated Voltage: 600V/2.5KV Rated Current: 32A Soild Wire Size: 0.08-2.5mm 2 /28-14AWG Multi-folded Soft Wire Size: 0.08-4mm 2 /28-12AWG Strip Length: 9-10mm/0.35-0.39inch Plastic Material: PA66 V-2 Shrapnel: Stainless Steel Contact Material: Electrolytic Copper Nickel Tin Ambient Temperature: -40 ~ +105 degree Package included: 1 x SPL-4 Wire Connector Wire Connector SPL-4 Quick Terminal 4 Position Docking Connector High Power Connector See detail

V3002 VHF Wireless Microphone System 2PCS Handheld LCD Mic with 2 CH Receiver

Get V3002 VHF Wireless Microphone System 2PCS Handheld LCD Mic with 2 CH Receiver Features: Professional intelligent dual wireless microphone system with VHF 170-280MHz section, wide frequency response and high signal-to-noise ratio performance. High-precision quartz crystal frequency-locking technology that resists strong interference and minimizes RF interference and noise generated by other electronic and digital devices. A double-way channel design: Smooth expression without interference, providing clear, noise-free wireless transmission and excellent sound reproduction. Dual independent antennas: Features VHF wireless system to have more transmitter range and be less prone to electric appliance interference. VHF narrowband system, dual frequency design(channel A/B). Dual channel voice distribution, independent adjustable volume control. With LCD screen. In a good environment, a wide range of about 90-120ft, 1/4-inch mixed audio output j

RFID-RC522 RF IC Card Reader Sensor Module with S50 Blank Card and Key Ring for Arduino Raspberry Pi, 40pin Male to Female Jumper Wires RFID Tag

Get RFID-RC522 RF IC Card Reader Sensor Module with S50 Blank Card and Key Ring for Arduino Raspberry Pi, 40pin Male to Female Jumper Wires RFID Tag Features : -The MF RC522 is a highly integrated read/write card chip for 13.56MHz contactless communication. -This module can be directly loaded into various reader molds. The module adopts a voltage of 3.3V. -It can be directly connected to any CPU board of the user through several simple lines of the SPI interface, which can ensure stable and reliable operation of the module and long reading distance. - The module uses SPI to communicate with microcontrollers. The open-hardware community already has a lot of projects exploiting the RC522 – RFID Communication, using Arduino. RC522 - RFID Reader / Writer Features - Integrated MF RC522 - Low-voltage, low-cost, small size of the non-contact card chip to read and write - Suitable for Smart meters and portable handheld devices - Advanced modul

Zemfira Aksenova

Search This Blog