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Turn almost anything with a flat surface into a speaker. The Dayton Audio DAEX32SQ-8 square frame exciter uses a 2-layer 1-1/4" voice coil for high power handling. The square frame design provides additional support for the motor assembly to produce lower
Deze cadeaubon vertegenwoordigd een waarde van 100 EUR en kan altijd uitgegeven worden in onze webstore.
Deze cadeaubon vertegenwoordigd een waarde van 50 EUR en kan altijd uitgegeven worden in onze webstore.
Deze cadeaubon vertegenwoordigd een waarde van 10 EUR en kan altijd uitgegeven worden in onze webstore.
The SB Acoustics SW26DAC76-8 10 inch 8 ohm aluminum shallow subwoofer. Can be used with very shallow enclosure’s
The SB Acoustics SW26DAC76-4 10 inch 4 ohm aluminum shallow subwoofer. Can be used with very shallow enclosure’s.
The SB Acoustics SB36WBAC21-4 1” Wide-band 8 ohm driver is a good choice for micro/mini speakers or car audio applications.
The SB Acoustics SB36WBAC21-4 1” Wide-band 4 ohm driver is a good choice for micro/mini speakers or car audio applications.
Strengthen your WiFi or Bluetooth signal of your Arylic device with an external antenna
Add a volume knob to your compatible Arylic device.
Add a SPDIF optical or coaxial output jack to your device. Output an SPDIF signal to other devices.
Add a SPDIF optical or coaxial input jack to your device. To connect with any device with a SPDIF output as your digital audio input source.
The perfect control panel for your DIY device. This external board contains multiple control buttons. For the Up2Stream: Mini v3, Pro v3. AMP 2.0 v3, AMP 2.1 from Arylic.
This DAC board lets you add a digital to analog output to your Arylic streaming device. Due to the DAC chip used in this board, the sound quality is an improvement to the one onboard.
Deze cadeaubon vertegenwoordigd een waarde van 25 EUR en kan altijd uitgegeven worden in onze webstore.
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Bifilar Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Bifilar Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Bifilar Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Bifilar Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Bifilar Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Bifilar Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
