MXIC MX23L1611MC-10, MX23L1611MC-12, MX23L1611TC-12, MX23L1611TI-12, MX23L1611TC-10, MX23L1611MI-12 Datasheet

MX23L1611

3.3 Volt 16-Mbit (2M x 8 / 1M x 16) Mask ROM with Page Mode

FEATURES

•Bit organization

-2M x 8 (byte mode)

-1M x 16 (word mode)

•Fast access time

-Random access: 100ns (max.)

-Page access: 30ns (max.)

•Page Size

-8 words per page

•Current

-Operating:40mA

-Standby:15uA

•Supply voltage

-100ns @3.0V ~ 3.6V

-120ns @2.7V ~ 3.6V

•Package

-44 pin SOP (500mil)

-48 pin TSOP (12mm x 20mm)

ORDER INFORMATION

Part No.	Access Page Access		Package
	Time	Time
MX23L1611MC-10	100ns	30ns	44 pin SOP
MX23L1611MC-12	120ns	50ns	44 pin SOP
MX23L1611MI-12*	120ns	50ns	44 pin SOP
MX23L1611TC-10	100ns	30ns	48 pin TSOP
MX23L1611TC-12	120ns	50ns	48 pin TSOP
MX23L1611TI-12*	120ns	50ns	48 pin TSOP

*Note: Industrial grade's temperature is -40°C~85°C

PIN CONFIGURATION

PIN DESCRIPTION

44 SOP

NC

A18 2

A17 3

A7 4

A6 5

A5 6

A4 7

A3 8

A2 9

A1 10

A0 11

CE 12

VSS 13

OE 14

D0 15

D8 16

D1 17

D9 18

D2 19

D10 20

D3 21

D11 22

MX23L1611

44 NC

43 A19

42 A8

41 A9

40 A10

39 A11

38 A12

37 A13

36 A14

35 A15

34 A16

33 BYTE

32 VSS

31 D15/A-1

30 D7

29 D14

28 D6

27 D13

26 D5

25 D12

24 D4

23 VCC

	Symbol					Pin Function
	A0~A19					Address Inputs
	D0~D14					Data Outputs
	D15/A-1					D15 (Word Mode)/ LSB Address
						(Byte Mode)
						Chip Enable Input
	CE
						Output Enable Input
		OE
						Word/ Byte Mode Selection
	Byte
	VCC					Power Supply Pin
	VSS					Ground Pin
	NC					No Connection

MODE SELECTION

CE	OE	Byte	D15/A-1	D0~D7	D8~D15	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~D7	D8~D15	Word	Active
L	L	L	Input	D0~D7	High Z	Byte	Active
P/N:PM0449						REV. 1.8, JUL. 18, 2001
				1

MX23L1611

48 TSOP (Normal Type)

BYTE			1
A16			2
A15			3
A14			4
A13			5
A12			6
A11			7
A10			8
A9			9
A8			10
A19			11	MX23L1611
VSS			12
NC			13	(Normal Type)
A18			14
A17			15
A7			16
A6			17
A5			18
A4			19
A3			20
A2			21
A1			22
A0			23
CE			24

48 VSS

47 VSS

46 D15/A-1

45 D7

44 D14

43 D6

42 D13

41 D5

40 D12

39 D4

38 VCC

37 VCC

36 NC

35 D11

34 D3

33 D10

32 D2

31 D9

30 D1

29 D8

28 D0

27 OE

26 VSS

25 VSS

BLOCK DIAGRAM

A0/(A-1)

A2

A3

D0

Address

Memory

Page

Page

Word/

Output

Buffer

Array

Buffer

Decoder

Byte

Buffer

A19

D15/(D7)

CE

BYTE

OE

Note: Chip Enable active low input activates the chip's control logic, Address buffer and Page buffer.

P/N:PM0449

REV. 1.8, JUL. 18, 2001

2

MX23L1611

ABSOLUTE MAXIMUM RATINGS

Item	Symbol	Ratings
Voltage on any Pin Relative to VSS	VIN	-1.3V to VCC+2.0V (Note)
Ambient Operating Temperature	Topr	-40°C to 85°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 = -10°C ~ 70°C, VCC = 3.0V~3.6V)

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	0.2 x VCC
Input Leakage Current	ILI	-	5uA	0V, VCC
Output Leakage Current	ILO	-	5uA	0V, VCC
Operating Current	ICC1	-	40mA	tRC = 100ns, all output open
Standby Current (TTL)	ISTB1	-	1mA			= VIH
				CE
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

AC CHARACTERISTICS (Ta = -10°C ~ 70°C, VCC = 3.0V~3.6V)

Item	Symbol	23L1611-10			23L1611-12
		MIN.	MAX.		MIN.	MAX.
Read Cycle Time	tRC	100ns	-		120ns	-
Address Access Time	tAA	-	100ns		-	120ns
Chip Enable Access Time	tACE	-	100ns		-	120ns
Page Mode Access Time	tPA	-	30ns		-	50ns
Output Enable Time	tOE	-	30ns		-	50ns
Output Hold After Address	tOH	0ns	-		0ns	-
Output High Z Delay	tHZ	-	20ns		-	20ns

Note:Output high-impedance delay (tHZ) is measured from OE or CE going high, and this parameter guaranteed by design over the full voltage and temperature operating range - not tested.

P/N:PM0449

REV. 1.8, JUL. 18, 2001

3