Datasheet AY-8913 - Revision history

Executioner: /* Amplitude Control (Registers R10,R11,R12) */ fixed table format

2011-03-14T01:58:24Z

Amplitude Control (Registers R10,R11,R12): fixed table format

← Older revision		Revision as of 01:58, 14 March 2011
Line 304:		Line 304:
	\|colspan=3\|NOT USED\|\|M\|\|L3\|\|L2\|\|L1\|\|L0		\|colspan=3\|NOT USED\|\|M\|\|L3\|\|L2\|\|L1\|\|L0
	\|-		\|-
	\|colspan=3\| \|\|amplitude "mode"\|\|~~cospan~~=4\|4-bit "fixed" amplitude level		\|colspan=3\| \|\|amplitude "mode"\|\|colspan=4\|4-bit "fixed" amplitude level
	\|}		\|}

Executioner: /* Tone Generator Control (Registers R0,R1,R2,R3,R4,R5) */ Fixed table format

2011-03-14T01:53:56Z

Tone Generator Control (Registers R0,R1,R2,R3,R4,R5): Fixed table format

← Older revision		Revision as of 01:53, 14 March 2011
Line 246:		Line 246:
	\|colspan=4\|NOT USED\|\|TP11\|\|TP10\|\|TP9\|\|TP8\|\|TP7\|\|TP6\|\|TP5\|\|TP4\|\|TP3\|\|TP2\|\|TP1\|\|TP0		\|colspan=4\|NOT USED\|\|TP11\|\|TP10\|\|TP9\|\|TP8\|\|TP7\|\|TP6\|\|TP5\|\|TP4\|\|TP3\|\|TP2\|\|TP1\|\|TP0
	\|-		\|-
	\|12-bit Tone Period (TP) to Tone Generator		\|colspan=4\| \|\|colspan=12\|12-bit Tone Period (TP) to Tone Generator
	\|}		\|}

Executioner: /* Noise Generator Control (Register R6) */ Removed R6 from table itself

2011-03-14T01:51:15Z

Noise Generator Control (Register R6): Removed R6 from table itself

← Older revision		Revision as of 01:51, 14 March 2011
Line 258:		Line 258:
	{\|{{Prettytable\|width: 700px; font-size: 2em;}}		{\|{{Prettytable\|width: 700px; font-size: 2em;}}
	\|-		\|-
	~~\|'''R6'''\|~~\|'''B7'''\|\|'''B6'''\|\|'''B5'''\|\|'''B4'''\|\|'''B3'''\|\|'''B2'''\|\|'''B1'''\|\|'''B0'''		\|'''B7'''\|\|'''B6'''\|\|'''B5'''\|\|'''B4'''\|\|'''B3'''\|\|'''B2'''\|\|'''B1'''\|\|'''B0'''
	\|-		\|-
	\|colspan=3\|NOT USED\|\|colspan=5\|5-bit Noise Period (NP) to Noise Generator		\|colspan=3\|NOT USED\|\|colspan=5\|5-bit Noise Period (NP) to Noise Generator

MacDeath at 18:59, 19 December 2010

2010-12-19T18:59:04Z

← Older revision		Revision as of 18:59, 19 December 2010
Line 589:		Line 589:
	[[AY\|AY's page with less specific subjects]]		[[AY\|AY's page with less specific subjects]]

	[[Category:~~Hardware~~]] [[Category:Datasheet]][[Category:Music and sound\|*]][[Category:CPC Internal Components]]		[[Category:Electronic Component]] [[Category:Datasheet]][[Category:Music and sound\|*]][[Category:CPC Internal Components]]

MacDeath at 09:08, 9 February 2010

2010-02-09T09:08:12Z

← Older revision		Revision as of 09:08, 9 February 2010
Line 589:		Line 589:
	[[AY\|AY's page with less specific subjects]]		[[AY\|AY's page with less specific subjects]]

	[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound]][[Category:CPC Internal Components]]		[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound\|*]][[Category:CPC Internal Components]]

MacDeath at 21:29, 27 January 2010

2010-01-27T21:29:27Z

← Older revision		Revision as of 21:29, 27 January 2010
Line 589:		Line 589:
	[[AY\|AY's page with less specific subjects]]		[[AY\|AY's page with less specific subjects]]

	[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound]][[Category:~~Built in Hardware~~]]		[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound]][[Category:CPC Internal Components]]

MacDeath at 13:46, 27 January 2010

2010-01-27T13:46:23Z

← Older revision		Revision as of 13:46, 27 January 2010
Line 589:		Line 589:
	[[AY\|AY's page with less specific subjects]]		[[AY\|AY's page with less specific subjects]]

	[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound]]		[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound]][[Category:Built in Hardware]]

MacDeath at 20:33, 8 October 2009

2009-10-08T20:33:31Z

← Older revision		Revision as of 20:33, 8 October 2009
Line 584:		Line 584:

	'''Fig 11. READ DATA TIMING'''		'''Fig 11. READ DATA TIMING'''

			==Links==

			[[AY\|AY's page with less specific subjects]]

	[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound]]		[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound]]

MacDeath at 20:32, 8 October 2009

2009-10-08T20:32:10Z

← Older revision		Revision as of 20:32, 8 October 2009
Line 585:		Line 585:
	'''Fig 11. READ DATA TIMING'''		'''Fig 11. READ DATA TIMING'''

	[[Category:Hardware]] [[Category:Datasheet]]		[[Category:Hardware]] [[Category:Datasheet]][[Category:Music and sound]]

MacDeath at 20:09, 8 October 2009

2009-10-08T20:09:48Z

← Older revision		Revision as of 20:09, 8 October 2009
Line 12:		Line 12:
	== DESCRIPTION ==		== DESCRIPTION ==

	The AY-3-8910/8912/8913 Programmable Sound Generator (PSG) is a LSI Circuit which can produce a wide variety of complex sounds under software control. The AY-3-8910/8912/8913 is manufactured in the General Instrument N-Channel Ion Implant Process. Operation requires a single +5V power supply, a TTL compatible clock, and a microprocessor controller such as the General Instrument 16-bit CP1610 or one of the PIC1650 series of 8-bit microcomputers.		The [[AY]]-3-8910/8912/8913 Programmable Sound Generator (PSG) is a LSI Circuit which can produce a wide variety of complex sounds under software control. The AY-3-8910/8912/8913 is manufactured in the General Instrument N-Channel Ion Implant Process. Operation requires a single +5V power supply, a TTL compatible clock, and a microprocessor controller such as the General Instrument 16-bit CP1610 or one of the PIC1650 series of 8-bit microcomputers.

	The PSG is easily interfaced to any bus orientation system, its flexibility makes it useful in applications such as music synthesis, sound effects generation, audible alarms, tone signalling and FSK modems. The analog sound outputs can each provide 4bits of logarithmic digital to analog conversion greatly enhancing the dynamic range of the sounds produced.		The PSG is easily interfaced to any bus orientation system, its flexibility makes it useful in applications such as music synthesis, sound effects generation, audible alarms, tone signalling and FSK modems. The analog sound outputs can each provide 4bits of logarithmic digital to analog conversion greatly enhancing the dynamic range of the sounds produced.