White Electronic Designs WE128K32P-300G4Q, WE128K32P-300G4MA, WE128K32P-300G4M, WE128K32P-300G4IA, WE128K32P-300G4I, WE128K32P-300G4CA, WE128K32P-300G4C, WE128K32P-300G2TQA, WE128K32P-300G2TQ, WE128K32P-300G2TMA, WE128K32P-300H1QA, WE128K32P-300H1Q, WE128K32P-300H1MA, WE128K32P-300H1M, WE128K32P-300H1IA, WE128K32P-300H1I, WE128K32P-300H1CA, WE128K32P-300H1C, WE128K32P-300G4QA, WE128K32P-200G2TQ, WE128K32P-200G2TMA, WE128K32P-200G2TM, WE128K32P-200G2TIA, WE128K32P-200G2TI, WE128K32P-200G2TCA, WE128K32P-200G2TC, WE128K32P-200G1UQA, WE128K32P-200G1UMA, WE128K32P-200G1UM, WE128K32P-250G1UM, WE128K32P-250G1UIA, WE128K32P-250G1UI, WE128K32P-250G1UCA, WE128K32P-250G1UC, WE128K32P-200H1QA, WE128K32P-200H1Q, WE128K32P-200H1MA, WE128K32P-200H1M, WE128K32P-200H1IA, WE128K32P-150G2TQ, WE128K32P-150G2TMA, WE128K32P-150G2TM, WE128K32P-150G2TIA, WE128K32P-150G2TI, WE128K32P-150G2TCA, WE128K32P-150G2TC, WE128K32P-150G1UQA, WE128K32P-150G1UQ, WE128K32P-150G1UM, WE128K32P-200G1UIA, WE128K32P-200G1UI, WE128K32P-200G1UCA, WE128K32P-200G1UC, WE128K32P-150H1QA, WE128K32P-150H1Q, WE128K32P-150H1MA, WE128K32P-150H1M, WE128K32P-150H1IA, WE128K32P-150H1I, WE128K32P-300G2TM, WE128K32P-300G2TIA, WE128K32P-300G2TCA, WE128K32P-300G2TC, WE128K32P-300G1UQA, WE128K32P-300G1UQ, WE128K32P-300G1UMA, WE128K32P-300G1UM, WE128K32P-300G1UIA, WE128K32P-150H1CA, WE128K32P-150H1C, WE128K32P-150G4QA, WE128K32P-150G4Q, WE128K32P-150G4MA, WE128K32P-150G4IA, WE128K32P-150G4I, WE128K32P-150G4CA, WE128K32P-150G4C, WE128K32P-150G2TQA, WE128K32P-250G2TQ, WE128K32P-250G2TMA, WE128K32P-250G2TM, WE128K32P-250G2TIA, WE128K32P-250G2TI, WE128K32P-250G2TCA, WE128K32P-250G2TC, WE128K32P-250G1UQA, WE128K32P-250G1UQ, WE128K32P-250G1UMA, WE128K32P-300G1UI, WE128K32P-300G1UCA, WE128K32P-300G1UC, WE128K32P-250H1QA, WE128K32P-250H1Q, WE128K32P-250H1MA, WE128K32P-250H1M, WE128K32P-250H1IA, WE128K32P-250H1I, WE128K32P-250H1CA, WE128K32P-250H1C, WE128K32P-250G4QA, WE128K32P-250G4Q, WE128K32P-250G4MA, WE128K32P-250G4M, WE128K32P-250G4IA, WE128K32P-250G4I, WE128K32P-250G4CA, WE128K32P-250G4C, WE128K32P-250G2TQA, WE128K32P-200H1I, WE128K32P-200H1CA, WE128K32P-200H1C, WE128K32P-200G4QA, WE128K32P-200G4Q, WE128K32P-200G4M, WE128K32P-200G4IA, WE128K32P-200G4CA, WE128K32P-200G4C, WE128K32P-200G2TQA, WE128K32P-140G1UMA, WE128K32P-140G1UM, WE128K32P-140G1UIA, WE128K32P-140G1UI, WE128K32P-140G1UCA, WE128K32P-140G1UC, WE128K32P-120H1QA, WE128K32P-120H1Q, WE128K32P-120H1MA, WE128K32P-120H1M, WE128K32P-140G2TQA, WE128K32P-140G2TQ, WE128K32P-140G2TMA, WE128K32P-140G2TM, WE128K32P-140G2TIA, WE128K32P-140G2TI, WE128K32P-140G2TCA, WE128K32P-140G2TC, WE128K32P-140G1UQA, WE128K32P-140G1UQ, WE128K32P-150G1UIA, WE128K32P-150G1UI, WE128K32P-150G1UCA, WE128K32P-150G1UC, WE128K32P-140H1QA, WE128K32P-140H1Q, WE128K32P-140H1MA, WE128K32P-140H1M, WE128K32P-140H1I, WE128K32P-140H1CA, WE128K32P-140H1C, WE128K32P-140G4QA, WE128K32P-140G4Q, WE128K32P-140G4MA, WE128K32P-140G4M, WE128K32P-140G4IA, WE128K32P-140G4I, WE128K32P-140G4CA, WE128K32P-140G4C, WE128K32N-300G2TI, WE128K32N-300G2TCA, WE128K32N-300G2TC, WE128K32N-300G1UQA, WE128K32N-300G1UQ, WE128K32N-300G1UMA, WE128K32N-300G1UM, WE128K32N-300G1UIA, WE128K32N-300G1UI, WE128K32P-120G2TC, WE128K32P-120G1UQA, WE128K32P-120G1UQ, WE128K32P-120G1UMA, WE128K32P-120G1UM, WE128K32P-120G1UI, WE128K32P-120G1UCA, WE128K32P-120G1UC, WE128K32N-300H1QA, WE128K32N-300H1Q, WE128K32P-120H1IA, WE128K32P-120H1I, WE128K32P-120H1CA, WE128K32P-120H1C, WE128K32P-120G4QA, WE128K32P-120G4Q, WE128K32P-120G4MA, WE128K32P-120G4M, WE128K32P-120G4IA, WE128K32P-120G4I, WE128K32P-120G4CA, WE128K32P-120G4C, WE128K32P-120G2TQA, WE128K32P-120G2TQ, WE128K32P-120G2TMA, WE128K32P-120G2TM, WE128K32P-120G2TIA, WE128K32P-120G2TI, WE128K32P-120G2TCA, WE128K32N-300G4IA, WE128K32N-300G4I, WE128K32N-300G4CA, WE128K32N-300G4C, WE128K32N-300G2TQA, WE128K32N-300G2TQ, WE128K32N-300G2TMA, WE128K32N-300G2TM, WE128K32N-300G2TIA, WE128K32N-300H1MA, WE128K32N-300H1M, WE128K32N-300H1IA, WE128K32N-300H1I, WE128K32N-300H1CA, WE128K32N-300H1C, WE128K32N-300G4QA, WE128K32N-300G4Q, WE128K32N-300G4MA, WE128K32N-300G4M, WE128K32N-250G1UI, WE128K32N-250G1UCA, WE128K32N-250G1UC, WE128K32N-240G4CA, WE128K32N-240G2TI, WE128K32N-200H1QA, WE128K32N-200H1Q, WE128K32N-200H1MA, WE128K32N-200H1M, WE128K32N-250G2TMA, WE128K32N-250G2TIA, WE128K32N-250G2TI, WE128K32N-250G2TCA, WE128K32N-250G2TC, WE128K32N-250G1UQA, WE128K32N-250G1UQ, WE128K32N-250G1UMA, WE128K32N-250G1UM, WE128K32N-250G1UIA, WE128K32N-150G2TIA, WE128K32N-150G2TI, WE128K32N-150G2TCA, WE128K32N-150G2TC, WE128K32N-150G1UQA, WE128K32N-150G1UQ, WE128K32N-150G1UMA, WE128K32N-150G1UM, WE128K32N-150G1UIA, WE128K32N-150G4MA, WE128K32N-150G4M, WE128K32N-150G4IA, WE128K32N-150G4I, WE128K32N-150G4CA, WE128K32N-150G4C, WE128K32N-150G2TQA, WE128K32N-150G2TQ, WE128K32N-150G2TMA, WE128K32N-150G2TM, WE128K32N-300G1UCA, WE128K32N-300G1UC, WE128K32N-250H1QA, WE128K32N-250H1Q, WE128K32N-250H1MA, WE128K32N-250H1M, WE128K32N-250H1IA, WE128K32N-250H1I, WE128K32N-250H1CA, WE128K32N-250H1C, WE128K32N-200G4I, WE128K32N-200G4CA, WE128K32N-200G4C, WE128K32N-200G2TQA, WE128K32N-200G2TMA, WE128K32N-200G2TM, WE128K32N-200G2TIA, WE128K32N-200G2TI, WE128K32N-200G2TCA, WE128K32N-200G2TC, WE128K32N-200G1UQA, WE128K32N-200G1UQ, WE128K32N-200G1UMA, WE128K32N-200G1UM, WE128K32N-200G1UIA, WE128K32N-200G1UI, WE128K32N-200G1UCA, WE128K32N-200G1UC, WE128K32N-160G4MA, WE128K32N-150H1QA, WE128K32N-250G4QA, WE128K32N-250G4Q, WE128K32N-250G4MA, WE128K32N-250G4M, WE128K32N-250G4IA, WE128K32N-250G4I, WE128K32N-250G4CA, WE128K32N-250G4C, WE128K32N-250G2TQA, WE128K32N-250G2TQ, WE128K32N-200H1IA, WE128K32N-200H1I, WE128K32N-200H1CA, WE128K32N-200H1C, WE128K32N-200G4QA, WE128K32N-200G4Q, WE128K32N-200G4MA, WE128K32N-200G4M, WE128K32N-200G4IA, WE128K32N-150H1Q, WE128K32N-150H1MA, WE128K32N-150H1M, WE128K32N-150H1IA, WE128K32N-150H1I, WE128K32N-150H1CA, WE128K32N-150H1C, WE128K32N-150G4QA, WE128K32N-150G4Q, WE128K32N-150G1UI, WE128K32N-150G1UCA, WE128K32N-150G1UC, WE128K32N-140H1QA, WE128K32N-140H1Q, WE128K32N-140H1MA, WE128K32N-140H1M, WE128K32N-140H1IA, WE128K32N-140H1I, WE128K32N-140G2TQ, WE128K32N-140G2TMA, WE128K32N-140G2TM, WE128K32N-140G2TIA, WE128K32N-140G2TI, WE128K32N-140G2TCA, WE128K32N-140G2TC, WE128K32N-140G1UQA, WE128K32N-140G1UQ, WE128K32N-120G4C, WE128K32N-120G2TQA, WE128K32N-120G2TQ, WE128K32N-120G2TMA, WE128K32N-120G2TM, WE128K32N-120G2TIA, WE128K32N-120G2TI, WE128K32N-120G2TCA, WE128K32N-120G2TC, WE128K32N-120G1UQA, WE128K32N-120G1UQ, WE128K32N-120G1UMA, WE128K32N-120G1UM, WE128K32N-120G1UIA, WE128K32N-120G1UI, WE128K32N-120G1UC, WE128K32N-120H1IA, WE128K32N-120H1I, WE128K32N-120H1CA, WE128K32N-120H1C, WE128K32N-120G4QA, WE128K32N-120G4Q, WE128K32N-120G4M, WE128K32N-120G4IA, WE128K32N-120G4I, WE128K32N-120G4CA, WE128K32N-140H1CA, WE128K32N-140H1C, WE128K32N-140G4QA, WE128K32N-140G4Q, WE128K32N-140G4MA, WE128K32N-140G4M, WE128K32N-140G4IA, WE128K32N-140G4I, WE128K32N-140G4CA, WE128K32N-140G2TQA, WE128K32N-140G1UMA, WE128K32N-140G1UM, WE128K32N-140G1UIA, WE128K32N-140G1UI, WE128K32N-140G1UCA, WE128K32N-140G1UC, WE128K32N-120H1QA, WE128K32N-120H1Q, WE128K32N-120H1MA, WE128K32N-120H1M Datasheet

WE128K32-XXX

HI-RELIABILITY PRODUCT

128Kx32 EEPROM MODULE, SMD 5962-94585

FEATURES

■Access Times of 120*, 140, 150, 200, 250, 300ns

■Packaging:

•66-pin, PGA Type, 27.3mm (1.075") square, Hermetic Ceramic HIP (Package 400)

•68 lead, 40mm CQFP (G4), (Package 501)

•68 lead, 22.4mm sq. CQFP (G2T), 4.57mm (0.180") high, (Package 509)

•68 lead, 22.4mm sq. Low Profile CQFP (G1U), 3.57mm (0.140") high, (Package 519)

■Organized as 128Kx32; User Configurable as 256Kx16 or 512Kx8

■Write Endurance 10,000 Cycles

■Data Retention Ten Years Minimum (at +25°C)

■Commercial, Industrial and Military Temperature Ranges

■Low Power CMOS

■Automatic Page Write Operation

■Page Write Cycle Time: 10ms Max

■Data Polling for End of Write Detection

■Hardware and Software Data Protection

■TTL Compatible Inputs and Outputs

■5 Volt Power Supply

■Built-in Decoupling Caps and Multiple Ground Pins for Low Noise Operation

■Weight

WE128K32-XG2TX - 8 grams typical WE128K32-XG1UX - 5 grams typical WE128K32-XH1X - 13 grams typical WE128K32-XG4X - 20 grams typical

* 120ns not available for SMD product

FIG. 1 PIN CONFIGURATION FOR WE128K32N-XH1X
		TOP VIEW								PIN DESCRIPTION
1	12	23		34	45		56			I/O0-31	Data Inputs/Outputs
I/O8	WE2	I/O15	I/O24		VCC	I/O31				A0-16	Address Inputs
I/O9	CS2	I/O14	I/O25		CS4	I/O30				WE1-4 Write Enables
I/O10	GND	I/O13	I/O26		WE4	I/O29				CS1-4	Chip Selects
										OE	Output Enable
A13	I/O11	I/O12	A6		I/O27	I/O28				VCC	Power Supply
A14	A10	OE	A7		A3	A0				GND	Ground
A15	A11	NC	NC		A4	A1				NC	Not Connected
A16	A12	WE1	A8		A5	A2		BLOCK DIAGRAM
NC	VCC	I/O7	A9		WE3	I/O23	WE1CS1	WE2CS2	WE3CS3	WE4CS4
							OE
I/O0	CS1	I/O6	I/O16		CS3	I/O22	A 0 - 1 6
I/O1	NC	I/O5	I/O17		GND	I/O21	128K x 8	128K x 8	128K x 8	128K x 8
I/O2	I/O3	I/O4	I/O18		I/O19	I/O20		8	8	8
							8
11	22	33		44	55		66
							I/O 0 - 7	I/O 8 - 15	I/O 16 - 23	I/O 24 - 31

July 2001 Rev. 5

1

White Electronic Designs Corporation • [phone] • www.whiteedc.com

WE1CS1

WE128K32-XXX

FIG. 2 PIN CONFIGURATION FOR WE128K32-XG4X

TOP VIEW

PIN DESCRIPTION

NC

CS1

GND

CS3

WE A6

A10

VCC

A0

A1

A2

A3

A4

A5

A7

A8

A9

I/O0-31

Data Inputs/Outputs

A0-16

Address Inputs

9

8

7

6

5

4

3

2

1

68 67 66 65 64 63 62 61

WE

Write Enables

1-4

Chip Selects

I/O0

10

60

I/O16

CS

I/O1

11

59

I/O17

OE

Output Enable

I/O2

12

58

I/O18

I/O3

13

57

I/O19

VCC

Power Supply

I/O4

14

56

I/O20

I/O5

15

55

I/O21

GND

Ground

I/O6

16

54

I/O22

NC

Not Connected

I/O7

17

53

I/O23

GND

18

52

GND

I/O8

19

51

I/O24

BLOCK DIAGRAM

I/O9

20

50

I/O25

I/O10

21

49

I/O26

CS 1

CS 2

CS3

CS4

I/O11

22

48

I/O27

WE

I/O12

23

47

I/O28

OE

I/O13

24

46

I/O29

A 0 - 1 6

I/O14

25

45

I/O30

128K x 8

128K x 8

128K x 8

128K x 8

I/O15

26

44

I/O31

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43

8

8

8

8

VCC

A11

A12

A13

A14

A15

A16

CS2

OE

CS4 NC NC

NC

NC

NC

NC

NC

I/O 0 - 7

I/O 8 - 1 5

I/O 1 6 - 2 3

I/O 2 4 - 3 1

FIG. 3 PIN CONFIGURATION FOR WE128K32-XG2TX AND WE128K32-XG1UX

TOP VIEW

NC

A0

A1

A2

A3

A4

A5

CS3

GND

CS4

WE1

A6

A7

A8

A9

A10

VCC

9

8

7

6

5

4

3

2

1

68 67 66 65 64 63 62 61

I/O0

10

60

I/O16

I/O1

11

59

I/O17

I/O2

12

58

I/O18

I/O3

13

57

I/O19

I/O4

14

56

I/O20

I/O5

15

55

I/O21

I/O6

16

54

I/O22

I/O7

17

53

I/O23

GND

18

52

GND

I/O8

19

51

I/O24

I/O9

20

50

I/O25

I/O10

21

49

I/O26

I/O11

22

48

I/O27

I/O12

23

47

I/O28

I/O13

24

46

I/O29

I/O14

25

45

I/O30

I/O15

26

44

I/O31

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43

VCC

A11

A12

A13

A14

A15

A16

CS1

OE

CS2

NC

WE2

WE3

WE4

NC

NC

NC

0.940"

The White 68 lead G2T/G1U CQFP fills the same fit and function as the JEDEC 68 lead CQFJ or 68 PLCC. But the G2T/ G1U has the TCE and lead inspection advantage of the CQFP form.

OE

A 0 - 1 6

PIN DESCRIPTION

I/O0-31							Data Inputs/Outputs
		A0-16					Address Inputs
							Write Enables
	WE				1-4
				1-4			Chip Selects
		CS
							Output Enable
			OE
		VCC					Power Supply
		GND					Ground
		NC					Not Connected

BLOCK DIAGRAM

WE2CS2				WE3CS3				WE4CS4

128K x 8

128K x 8

128K x 8

128K x 8

8	8	8	8
I/O 0 - 7	I/O 8 - 15	I/O 16 - 23	I/O 24 - 31

White Electronic Designs Corporation • [phone] • www.whiteedc.com

2

WE128K32-XXX

ABSOLUTE MAXIMUM RATINGS

Parameter			Symbol		Unit
Operating Temperature			TA	-55 to +125	°C
Storage Temperature			TSTG	-65 to +150	°C
Signal Voltage Relative to GND			VG	-0.6 to +6.25	V
Voltage on		and A9		-0.6 to +13.5	V
	OE

NOTE:

Stresses above those listed under "Absolute Maximum Ratings" may cause permanent damage to the device. This is a stress rating only and functional operation of the device at these or any other conditions above those indicated in the operational sections of this specification is not implied. Exposure to absolute maximum rating conditions for extended periods may affect

device reliability.

RECOMMENDED OPERATING CONDITIONS

Parameter	Symbol	Min		Max	Unit
Supply Voltage	VCC	4.5		5.5	V
Input High Voltage	VIH	2.0		VCC + 0.3	V
Input Low Voltage	VIL	-0.5		+0.8	V
Operating Temp. (Mil.)	TA	-55		+125	°C
Operating Temp. (Ind.)	TA	-40		+85	°C

TRUTH TABLE

	CS			OE			WE		Mode		Data I/O
	H			X			X		Standby		High Z
	L			L			H		Read		Data Out
	L			H			L		Write		Data In
	X			H			X		Out Disable		High Z/Data Out
	X			X			H		Write
	X			L			X		Inhibit

CAPACITANCE

(TA = +25°C)

	Parameter				Symbol	Conditions	Max	Unit
				capacitance	COE	VIN = 0 V, f = 1.0 MHz	50	pF
	OE
				1-4 capacitance	CWE	VIN = 0 V, f = 1.0 MHz		pF
	WE
				HIP (PGA)			20
				CQFP G4			50
				CQFP G2T/G1U			20
	CS1-4 capacitance				CCS	VIN = 0 V, f = 1.0 MHz	20	pF
	Data I/O capacitance				CI/O	VI/O = 0 V, f = 1.0 MHz	20	pF
	Address input capacitance				CAD	VIN = 0 V, f = 1.0 MHz	50	pF

This parameter is guaranteed by design but not tested.

DC CHARACTERISTICS

(VCC = 5.0V, VSS = 0V, TA = -55°C to +125°C)

Parameter

Symbol

Conditions

Min

Max

Unit

Input Leakage Current

ILI

VCC = 5.5, VIN = GND to VCC

10

µA

Output Leakage Current

ILOx32

= VIH, VOUT = GND to VCC

10

µA

CS

= VIH,

OE

Operating Supply Current x 32 Mode

ICCx32

CS

= VIL,

OE

= VIH, f = 5MHz

250

mA

Standby Current

ISB

= VIH, f = 5MHz

2.5

mA

CS

= VIH,

OE

Output Low Voltage

VOL

IOL = 2.1mA, VCC = 4.5V

0.45

V

Output High Voltage

VOH

IOH = -400µA, VCC = 4.5V

2.4

V

NOTE: DC test conditions: VIH = VCC -0.3V, VIL = 0.3V

FIG. 4

AC TEST CIRCUIT

I OL

Current Source

D.U.T.	VZ ≈1.5V
Ceff = 50 pf	(Bipolar Supply)

IOH

Current Source

AC TEST CONDITIONS

Parameter	Typ	Unit
Input Pulse Levels	VIL = 0, VIH = 3.0	V
Input Rise and Fall	5	ns
Input and Output Reference Level	1.5	V
Output Timing Reference Level	1.5	V

NOTES:

VZ is programmable from -2V to +7V. IOL & IOH programmable from 0 to 16mA. Tester Impedance Z0 = 75 Ω.

VZ is typically the midpoint of VOH and VOL.

IOL & IOH are adjusted to simulate a typical resistive load circuit. ATE tester includes jig capacitance.

3	White Electronic Designs Corporation • [phone] • www.whiteedc.com

WRITE

A write cycle is initiated when OE is high and a low pulse is on WE or CS with CS or WE low. The address is latched on the falling edge of CS or WE whichever occurs last. The data is latched by the rising edge of CS or WE, whichever occurs first. A byte write operation will automatically continue to completion.

WRITE CYCLE TIMING

Figures 5 and 6 show the write cycle timing relationships. A write cycle begins with address application, write enable and chip select. Chip select is accomplished by placing the CS line low. Write enable consists of setting the WE line low. The write cycle begins when the last of either CS or WE goes low.

The WE line transition from high to low also initiates an internal 150 sec delay timer to permit page mode operation. Each subsequent WE transition from high to low that occurs before the completion of the 150 sec time out will restart the timer from zero. The operation of the timer is the same as a retriggerable one-shot.

WE128K32-XXX

AC WRITE CHARACTERISTICS

(VCC = 5.0V, VSS = 0V, TA = -55°C to +125°C)

Write Cycle Parameter					Symbol	Min	Max	Unit
Write Cycle Time, TYP = 6ms					tWC		10	ms
Address Set-up Time					tAS	0		ns
Write Pulse Width	(WE	or	CS)		tWP	150		ns
Chip Select Set-up Time					tCS	0		ns
Address Hold Time					tAH	100		ns
Data Hold Time					tDH	10		ns
Chip Select Hold Time					tCSH	0		ns
Data Set-up Time					tDS	100		ns
Output Enable Set-up Time					tOES	10		ns
Output Enable Hold Time					tOEH	10		ns
Write Pulse Width High					tWPH	50		ns

White Electronic Designs Corporation • [phone] • www.whiteedc.com

4

WE128K32-XXX

FIG. 5

WRITE WAVEFORMS

WE CONTROLLED

	t WC
OE
t OES	t OEH
ADDRESS
t AS	tCSH
	t AH
CS 1-4
t CS

WE 1-4

t WP t WPH

t DS t DH

DATA IN

FIG. 6

WRITE WAVEFORMS

CS CONTROLLED

	t WC
OE
t OES	t OEH
ADDRESS
t AS	tCSH
	t AH
WE1 - 4
t CS

CS1 - 4

t WP t WPH

t DS t DH

DATA IN

5	White Electronic Designs Corporation • [phone] • www.whiteedc.com