DA8 Digital to Analog Converter Table of contents General Front page……………………………………………………..…..1 Contents………………………………………………………..…. 2 Features ……………………………………………………….... 3 General description …………………..…………………..………. 3 Digital Inputs…………....……………………………………….4 Sample Rate Conversion……………………………………………. 4 USB input……………………………………………………………… 4 Analog outputs.……………..…………..……………………..… 5 Clock sync input and output............5 Power Supply................5 Operational description Front panel quick guide....……........
Sturdy steel metal casing, half size 19” 1U judgment. height. In contrast, the natural clear and open sound from DA8 • Affordable price. High value for money. (and its companion AD8) creates a healthy working environment for musicians, producers and engineers.
SRC is impressive, with artifacts and distortion products below -140 dB. The DA8 has four AES/SPDIF digital inputs (eight audio channels) on the standard 25 pin D-sub connector at the back panel. The connector follows the YAMAHA DB-25 USB input industrial pin-out standard.
The DA8 has eight analog audio outputs on the standard When the incoming clock signal is lost or discontinued, 25 pin D-sub connector at the back panel. The connector the master clock oscillator gently glides back to its follows the TASCAM DB-25 industrial pin-out standard.
DA8 Digital to Analog Converter Front panel quick guide. Status menu (default start-up): The operational status is displayed at the four corners of the display. The principle is “What You See Is What You Get” Call menu cursor Return to status menu...
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DA8 D/A Converter Step 2: Press the MENU button Observe that the setting cursor appears. The arrows indicate that you now can change the value at the cursor position with the arrow buttons. Press MENU again to change the position of the cursor. If you don’t wish to change anything, just press RETN to return to the status menu.
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DA8 D/A Converter Step 5: Press the RETN button All done. Remember that pressing RETN will always bring you back to the status menu and consolidate and save the setting. SYNC: INTERNAL: The unit runs on its internal high grade clock oscillator.
DA8 D/A Converter Mechanical and electrical specifications Digital to Analog interface: 8 balanced analog line outputs at the back panel, D-SUB 25 female, TASCAM STANDARD. 4 transformer balanced AES3/SPDIF inputs (8 channels) at the back panel, D-SUB 25, YAMAHA STANDARD.
DA8 D/A Converter Technical section Distortion characteristics There has always been focus on distortion, when it comes to judging audio equipment. It can be argued, that any distortion product (2nd, 3rd harmonic etc) below -60 dB is inaudible, simply because the distortion tones are a consequence of the incoming tone, and thus are always masked by it.
DA8 D/A Converter Distortion in depth analysis. FFT (Fast Fourier Transform) A more detailed picture of the distortion characteristics can be seen using FFT analysis, which allows the magnitude of the individual distortion components to be quantified. In this FFT analysis only the distortion analysis at 48 kHz sample rate is included.
The true balanced nature of the DA8 really pays off. The crosstalk is below -110 dB in the main part of the spectrum. Only above 10 kHz is a slight increase seen, reaching approx. -105 dB at 20 kHz Note: This is a linear and unweighted measurement.
DA8 D/A Converter Hum and noise Using an analog power supply with an oversized toroidal transformer and linear regulators could be cause for concern. However, not to worry. The carefully designed power circuits creates an electromagnetic quiet environment, free from the usual radiation pollution from a switch-mode power supply, and the true balance nature of the analog circuits really pays off.
DA8 D/A Converter Sample Rate Converters The DA8 has four hardware Sample Rate Converters, one on each AES input. Their quality is truly exceptional and the sonic performance is outstanding, Absolutely the best that today’s industry can offer. Classical distortion analysis of the Sample Rate Converters Input is 1 kHz @ -0.2 dBFS.
DA8 D/A Converter Distortion in depth analysis of Sample Rate Converters. FFT (Fast Fourier Transform) A more detailed picture of the distortion characteristics can be seen using FFT analysis, which allows the magnitude of the individual distortion components to be quantified. In this FFT analysis only the result of the sampling rate conversion from 44.1 kHz to 48 kHz is included.
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