MXIC MX23L12822YC-12, MX23L12822MC-12 Datasheet

MX23L12822

128M-BIT (8M x 16 / 4M x 32) MASK ROM WITH PAGE MODE

FEATURES

•Bit organization

-8M x 16 (byte mode)

-4M x 32 (double word mode)

•Fast access time

-Random access: 120ns (max.)

-Page access: 30ns (max.)

•Page Size

-8 double words per page

PIN CONFIGURATION

70 SSOP

A0							70			NC
A1					2		69			A21
A2					3		68			A20
A3					4		67			WORD
					5		66
A4											OE
A5					6		65			CE
VCC					7		64			VSS
D0					8		63			D31/A-1
D16					9		62			D15
D1					10		61			D30
D17					11		60			D14
VSS					12		59			VSS
VCC					13		58			VCC
D2					14		57			D29
D18					15	MX23L12822	56			D13
D3					16		55			D28
D19					17		54			D12
					18		53			D27
D4
					19		52			D11
D20
					20		51			D26
D5
					21		50			D10
D21
					22		49			VSS
VSS
VCC					23		48			VCC
D6					24		47			D25
D22					25		46			D9
D7					26		45			D24
D23					27		44			D8
VSS					28		43			VCC
A6					29		42			A19
A7					30		41			A18
A8					31		40			A17
A9					32		39			A16
A10					33		38			A15
A11					34		37			A14
A12					35		36			A13

•Current

-Operating: 75mA (max.)

-Standby: 15uA (max.)

•Supply voltage

-3.3V±10%

•Package

-70 pin SSOP (500 mil)

-86 pin TSOP(2)

86 TSOP

									NC
NC				2		86
A0						85			NC
A1				3		84			NC
A2				4		83			A21
A3				5		82			A20
A4				6		81			WORD
				7
A5						80			OE
				8
NC						79			CE
NC				9		78			NC
VCC				10		77			VSS
D0				11		76			NC
D16				12		75			D31/A-1
D1				13		74			D15
D17				14		73			D30
VSS				15		72			D14
VCC				16		71			VSS
D2				17		70			VCC
				18		69			D29
D18
				19		68			D13
D3					MX23L12822
				25		62			D26
D5
D19				20		67			D28
NC				21		66			D12
NC				22		65			NC
D4				23		64			D27
D20				24		63			D11
D21				26		61			D10
VSS				27		60			VSS
VCC				28		59			VCC
D6				29		58			D25
D22				30		57			D9
D7				31		56			D24
D23				32		55			D8
VSS				33		54			VCC
A6				34		53			A19
A7				35		52			A18
A8				36		51			A17
A9				37		50			A16
A10				38		49			A15
A11				39		48			A14
A12				40		47			NC
A13				41		46			NC
NC				42		45			NC
NC				43		44			NC

P/N:PM0561

REV. 1.5, DEC. 26, 2000

1

										MX23L12822
ORDER INFORMATION
	Part No.						Access Time		Page Access Time	Package
	MX23L12822MC-12							120ns	30ns	70 pin SSOP
	MX23L12822YC-12							120ns	30ns	86 pin TSOP
PIN DESCRIPTION
	Symbol						Pin Function
	A0~A21						Address Inputs
	D0~D30						Data Outputs
	D31/A-1						D31 (Double Word Mode)/ LSB Address (Word Mode)
							Chip Enable Input
			CE
							Output Enable Input
		OE
							Double Word/ Word Mode Selection
	Word
	VCC						Power Supply Pin
	VSS						Ground Pin
	NC						No Connection

MODE SELECTION

CE	OE	Word	D31/A-1	D0~D15	D16~D31	Mode	Power
H	X	X	X	High Z	High Z	-	Stand-by
L	H	X	X	High Z	High Z	-	Active
L	L	H	Output	D0~D15	D16~D31	Double Word	Active
L	L	L	Input	D0~D15	High Z	Word	Active

P/N:PM0561

REV. 1.5, DEC. 26, 2000

2

MX23L12822

BLOCK DIAGRAM

A0/(A-1)
A2
A3	Address	Memory	Page	Double	D0
				Page	Output
	Buffer	Array	Buffer	Word/	Buffer
				Decoder
A21				Word	D31/(D15)
CE
WORD
OE

ABSOLUTE MAXIMUM RATINGS

Item	Symbol	Ratings
Voltage on any Pin Relative to VSS	VIN	-1.3V to 2.0V
Ambient Operating Temperature	Topr	0°C to 70°C
Storage Temperature	Tstg	-65°C to 125°C

Note: Minimum DC voltage on input or I/O pins is -0.5V. During voltage transitions, inputs may undershoot VSS to -1.3V for periods of up to 20ns. Maximum DC voltage on input or I/O pins is VCC+0.5V. During voltage transitions, input may overshoot VCC to VCC+2.0V for periods of up to 20ns.

DC CHARACTERISTICS (Ta = 0°C ~ 70°C, VCC = 3.3V±10%)

Item	Symbol	MIN.	MAX.	Conditions
Output High Voltage	VOH	2.4V	-	IOH = -0.4mA
Output Low Voltage	VOL	-	0.4V	IOL = 1.6mA
Input High Voltage	VIH	2.2V	VCC+0.3V
Input Low Voltage	VIL	-0.3V	0.8V
Input Leakage Current	ILI	-	5uA	0V, VCC
Output Leakage Current	ILO	-	5uA	0V, VCC
Operating Current	ICC1	-	75mA	tRC = 120ns, all output open,
				with normal sequential access
				testing pattern
Standby Current (TTL)	ISTB1	-	1mA		CE	= VIH
Standby Current (CMOS)	ISTB2	-	15uA
				CE>VCC-0.2V
Input Capacitance	CIN	-	10pF	Ta = 25°C, f = 1MHZ
Output Capacitance	COUT	-	10pF	Ta = 25°C, f = 1MHZ
P/N:PM0561						REV. 1.5, DEC. 26, 2000
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