AD10 - Revision history

Brad Johnson at 23:38, 3 August 2017

2017-08-03T23:38:56Z

Brad Johnson at 19:13, 8 January 2015

2015-01-08T19:13:01Z

Brad Johnson at 21:22, 11 June 2014

2014-06-11T21:22:59Z

Brad Johnson at 22:38, 29 May 2014

2014-05-29T22:38:14Z

Brad Johnson at 21:02, 20 May 2014

2014-05-20T21:02:16Z

Brad Johnson at 21:01, 20 May 2014

2014-05-20T21:01:24Z

Brad Johnson at 23:58, 1 August 2013

2013-08-01T23:58:23Z

Brad Johnson at 21:30, 20 June 2013

2013-06-20T21:30:30Z

Brad Johnson at 21:42, 5 December 2012

2012-12-05T21:42:50Z

Brad Johnson at 23:45, 16 July 2012

2012-07-16T23:45:02Z

@@ Line 72: / Line 72: @@
 ===AC Power===
--264 VAC @ 47-63Hz
+-264 [[VAC]] @ 47-63[[Hz]]
 The power supply automatically adjusts to AC inputs in the range of 90 to 264 volts at line frequencies between 47 and 63 Hz. It is not necessary to change any settings.

@@ Line 67: / Line 67: @@
 ===Digital outputs===
-The digital outputs consist of (1) male XLR and (1) [[Toslink]] optical connector.
+The digital outputs consist of (1) male XLR and (1) [[Toslink]] optical connector. The optical output transmits [[S-PDIF]] format, which is not compatible with [[ADAT]] Lightpipe format.
-The included XLR to RCA [[adapter]] can be used to feed a standard RCA to RCA 75 Ohm [[coaxial]] "SPDIF" cable for connection to RCA input SPDIF equipment. In the vast majority of cases, the RCA SPDIF input will be compatible with the output of the AD10 without the use of an impedance matching transformer, if cable length conforms to recommendation for coaxial SPDIF connections (<3 meters).
+The included XLR to RCA adapter can be used to feed a standard RCA to RCA 75 Ohm [[coaxial]] "SPDIF" cable for connection to RCA input SPDIF equipment. In the vast majority of cases, the RCA SPDIF input will be compatible with the output of the AD10 without the use of an impedance matching transformer, if cable length conforms to recommendation for coaxial SPDIF connections (<3 meters).
 ===AC Power===
 -264 VAC @ 47-63Hz
 The power supply automatically adjusts to AC inputs in the range of 90 to 264 volts at line frequencies between 47 and 63 Hz. It is not necessary to change any settings.

← Older revision		Revision as of 21:22, 11 June 2014
Line 73:		Line 73:

	90-264 VAC @ 47-63Hz		90-264 VAC @ 47-63Hz
		+
	The power supply automatically adjusts to AC inputs in the range of 90 to 264 volts at line frequencies between 47 and 63 Hz. It is not necessary to change any settings.		The power supply automatically adjusts to AC inputs in the range of 90 to 264 volts at line frequencies between 47 and 63 Hz. It is not necessary to change any settings.

@@ Line 69: / Line 69: @@
 The digital outputs consist of (1) male XLR and (1) [[Toslink]] optical connector.
-The included XLR to RCA adapter can be used to feed a standard RCA to RCA 75 Ohm [[coaxial]] "SPDIF" cable for connection to RCA input SPDIF equipment. In the vast majority of cases, the RCA SPDIF input will be compatible with the output of the AD10 without the use of an impedance matching transformer, if cable length conforms to recommendation for coaxial SPDIF connections (<3 meters).
+The included XLR to RCA [[adapter]] can be used to feed a standard RCA to RCA 75 Ohm [[coaxial]] "SPDIF" cable for connection to RCA input SPDIF equipment. In the vast majority of cases, the RCA SPDIF input will be compatible with the output of the AD10 without the use of an impedance matching transformer, if cable length conforms to recommendation for coaxial SPDIF connections (<3 meters).
 ===AC Power===

@@ Line 1: / Line 1: @@
 ==Product Description==
-The LavryBlack AD10 is a stereo Analog to digital converter that accepts [[line level]] analog inputs and outputs stereo digital audio in [[XLR]] and [[optical]] formats. An XLR to RCA [[adapter]] is included for connection to RCA/SPDIF inputs.
+The LavryBlack AD10 is a stereo Analog to digital converter that accepts [[line level]] analog inputs and outputs stereo digital audio in [[XLR]] and [[optical]] formats. An XLR to RCA [[adapter]] is included for connection to [[RCA]]/[[S-PDIF]] inputs.
 [http://www.lavryengineering.com/products/pro-audio/ad10.html For more information on the LavryBlack AD10 click here]

@@ Line 31: / Line 31: @@
 ===Analog inputs===
-The AD10 has "Combo connectors" that can accept [[XLR]] or 1/4" [[T.R.S.]] or [[T.S.]] phone plugs for [[balanced]] or [[unbalanced]] sources.
+The AD10 has "Combo connectors" that can accept XLR or 1/4" [[T.R.S.]] or [[T.S.]] phone plugs for [[balanced]] or [[unbalanced]] sources. In the [[line level]] gain range of 0-13dB; the XLR input accepts "[[+4dBu]]" level signals.
-The 1/4" input is wired in a standard manner so the tip is the "+" signal conductor for either T.R.S. or T.S. connections. The sleeve is the "-" signal conductor for T.R.S. connections and would be grounded by the sleeve in T.S. connections.
+The 1/4" input is wired in a standard manner so the tip is the "+" signal conductor for either T.R.S. or T.S. connections. The sleeve is the "-" signal conductor for T.R.S. connections and would be grounded by the sleeve in T.S. connections. In the Line level Gain range of 0-12dB, the 1/4" input applies 12dB of fixed gain to the signal to raise "[[-10dBV]]" consumer line level inputs to "+4dBU" professional line level; allowing the lower line level analog signals to be encoded at full digital level.
-The XLR input is Pin 2 "+" and Pin 3 "-" for normal signal polarity. Thus, for unbalanced XLR connections, the "hot" signal conductor would be connected to Pin 2 and the [[signal return]] would be connected to Pin 3.
+The XLR input is Pin 2 "+" and Pin 3 "-" for normal signal polarity. Thus, for unbalanced Line level XLR connections, the "hot" signal conductor would be connected to Pin 2 and the signal return would be connected to Pin 3. In Microphone mode, the AD10 accepts ONLY low impedance balanced microphone inputs.
 ===Digital outputs===
@@ Line 48: / Line 76: @@
 ==Operating tips==
 *For best results when using the ''Digital Alias-free Emulation''(TM) modes; record with the average signal level is as high as possible, without distortion.
 *The AD10 will output a signal when set to external Word Clock or AES sync when it is not “locked” to the incoming signal. The output [[sample frequency]] may be incorrect; or the sample frequency may be close enough for the receiving device to accept the incoming digital audio with errors such as “clicks” or “mutes.” When operating on external clock; the sample frequency indicator serves as the “Lock” lamp. Unless both the LED in the front panel “CLOCK” column labeled “Word” (or “AES”) ''and'' the LED in the “RATE” column indicating the sample rate are both illuminated; ''the AD10 is not locked to the external clock''.

@@ Line 1: / Line 1: @@
 ==Product Description==
-The LavryBlack AD10 is a stereo Analog to digital converter that accepts [[line level]] analog inputs and outputs stereo digital audio in XLR and optical formats. An XLR to RCA adpapter is included for connection to RCA/SPDIF inputs.
+The LavryBlack AD10 is a stereo Analog to digital converter that accepts [[line level]] analog inputs and outputs stereo digital audio in XLR and optical formats. An XLR to RCA [[adapter]] is included for connection to RCA/SPDIF inputs.
 [http://www.lavryengineering.com/products/pro-audio/ad10.html For more information on the LavryBlack AD10 click here]
@@ Line 9: / Line 9: @@
 *Internal Crystal 44.1, 48, 88.2, & 96 kHz sampling rates
 *Ultra-stable internal and external clocking
-*External Word Clock or AES sync for 32-100kHz operation
+*External [[Word Clock]] or [[AES sync]] for 32-100kHz operation
 *24 bit [[AES]]/[[SPDIF]] and optical outputs
-*XLR professional level analog inputs (+4dBu)
+*XLR professional level analog inputs ([[+4dBu]])
-*¼" instrument line level analog inputs (-10dBV)
+*¼" instrument line level analog inputs ([[-10dBV]])
 *Accepts balanced or unbalanced analog signals
 *14 segment digital meters w/Peak Hold
@@ Line 31: / Line 31: @@
 .) Analog inputs-
-The AD10 has "Combo connectors" that can accept XLR or 1/4" [[T.R.S.]] or [[T.S.]] phone plugs for [[balanced]] or [[unbalanced]] sources.
+The AD10 has "Combo connectors" that can accept [[XLR]] or 1/4" [[T.R.S.]] or [[T.S.]] phone plugs for [[balanced]] or [[unbalanced]] sources.
 The 1/4" input is wired in a standard manner so the tip is the "+" signal conductor for either T.R.S. or T.S. connections. The sleeve is the "-" signal conductor for T.R.S. connections and would be grounded by the sleeve in T.S. connections.
-The XLR input is Pin 2 "+" and Pin 3 "-" for normal signal polarity. Thus, for unbalanced XLR connections, the "hot" signal conductor would be connected to Pin 2 and the signal return would be connected to Pin 3.
+The XLR input is Pin 2 "+" and Pin 3 "-" for normal signal polarity. Thus, for unbalanced XLR connections, the "hot" signal conductor would be connected to Pin 2 and the [[signal return]] would be connected to Pin 3.
 .) Digital outputs-
-The digital outputs consist of (1) male XLR and (1) Toslink optical connector.
+The digital outputs consist of (1) male XLR and (1) [[Toslink]] optical connector.
-The included XLR to RCA adapter can be used to feed a standard RCA to RCA 75 Ohm coaxial "SPDIF" cable for connection to RCA input SPDIF equipment. In the vast majority of cases, the RCA SPDIF input will be compatible with the output of the AD10 without the use of an impedance matching transformer, if cable length conforms to recommendation for coaxial SPDIF connections (<3 meters).
+The included XLR to RCA adapter can be used to feed a standard RCA to RCA 75 Ohm [[coaxial]] "SPDIF" cable for connection to RCA input SPDIF equipment. In the vast majority of cases, the RCA SPDIF input will be compatible with the output of the AD10 without the use of an impedance matching transformer, if cable length conforms to recommendation for coaxial SPDIF connections (<3 meters).
 ==Operating tips==
+*For best results when using the ''Digital Alias-free Emulation''(TM) modes; record with the average signal level is as high as possible, without distortion.
 ==Links==