EPROM Programmer Device Support

The EPROM+ programming system is designed to support a wide variety of programmable devices from many different manufacturers. Due to the number of device manufacturers, the catagories below are organized by technology family and device pin count. The listed device numbers conform to the core numbers used by most industry standard parts. Since the individual listing of every part number from every manufacturer creates a prohibitively large list, we list all supported manufacturers in a separate table with core part numbers arranged by technology family and pin count where applicable. This approach allows you to more easily locate a device number, as many users do not know the manufacturer of the device in which they have interest. If you are uncertain about support for a specific part, please don't hesitate to contact us by phone or email. 8 pin surface mount eeprom

WHAT IS A CORE PART NUMBER?
A core part number is a number which identifies a device regardless of the manufacturer. The core number is normally easy to determine and serves as the industry standard description for nearly all common programmable devices with multiple manufacturers. The example below describes how to determine a typical core part number. Remember, a core part number usually represents hundreds of actual part numbers due to different manufacturers, speeds, temperatures, package types and other chip characteristics.

DEVICE MANUFACTURERS SUPPORTED BY THE EPROM+ SYSTEM
ACT	AMI	ALLIANCE	AMD	AMIC	ANACHIP
ASD	ATMEL	BMI	CATALYST	CERAMATE	CSi
CYPRESS	DALLAS	EON	ESI	EXEL	FAIRCHILD
FREESCALE	FUJITSU	GI	HITACHI	HOLTEK	HYNIX
HYUNDAI	ICSI	ICT	INTEL	ISSI	MACRONIX
MAXIM	MICROCHIP	MICRON	MITSUBISHI	MOSEL	MOTOROLA
NATIONAL	NEC	NEXFLASH	PHILIPS	PMC	RAMTRON
ROCKWELL	ROHM	SAMSUNG	SANYO	SEEQ	SANYO
SEEQ	SEIKO	SGS-THOMSON	SHARP	SIEMENS	SIGNETICS
SIMTEK	SPANSION	SST	SYNCMOS	TEMIC	TURBO IC
WINBOND	XICOR	ZILOG

FIRST GENERATION EPROMS
These devices are known as first generation because they were the first standard eproms available to engineers. These parts, which require multiple voltages to operate (+5, -5, +12), first became available in the late 1970's and were extremely common in microprocessor equipment designs until the mid 1980's. Although not used in new designs, these parts are still commonly found in older products and equipment. (* adapter required)

CORE PART NUMBERS (24 PIN)

1702*
2708
MB8518
TMS2716*

SECOND GENERATION EPROMS
These devices are known as second generation because they represent a fundamental change in the eprom manufacturing process. These devices only require a single (+5) volt power supply to operate and therefore quickly replaced the first generation parts in new designs. These parts appeared in the mid to early 1980's and most are still manufactured today. (* adapter required)

CORE PART NUMBERS (24 PIN)

2516
2716
2716B
27C16
27C16B
2532*
2532A*
2732
2732A
27C32
27C32B
57C43
68764
68766

CORE PART NUMBERS (28 PIN)

2564
2764
2764A
27C64
87C64
27128
27128A
27C128
27CP128
27256
57256
27C256
27LV256
87C257
27512
27512A
27C512
27LV512
27513
27C513
27011
27C011

CORE PART NUMBERS (32 PIN)

27C010
27LV010
27C1000
27C1001
27C100
27C101
27C201
27C202
27C301
27C402
27C020
27C2000
27C2001
27C040
27C4000
27C4001
27C080
27C801
27C8001
27C8000
57512A
571000
571001
574000

CORE PART NUMBERS (40 PIN)*

27C102
27C202
27C210
27C220
27C240
27C516
27C1024
27BV1024
27C1616
MX27C1100
MX27C2100
27C2048
27C4002
27C4096
57C1024
57H1025

CORE PART NUMBERS (42 PIN)*

27C400
27C402
27C800
27C1100
27C4000
27C4040
27C4100
27C4111
27C802
27C822
27C8000
27C8100
27C8111
27C8192
27C160
27V160
27C322
27V322
574200
23C640

PARALLEL FLASH EPROMS
Flash EPROMs are the most recent type of EPROM memory part. These parts are always in plastic cases because the erasing of the part is done electrically without the need to expose the internal chip to ultraviolet light. The erase function is performed by the EPROM programmer and requires less time than a UV EPROM to be erased in an eraser. (additional information)


NO ADAPTER REQD	NO ADAPTER REQD	VIEW 28/32 ADAPT VIEW 32 HUB ADAPT	VIEW ADAPTER	VIEW 8/16 BIT ADAPTER VIEW 8 BIT ONLY ADAPTER

27SF and 28F SERIES

27SF256
27SF512
LE27F512
27SF010
27SF020
28F256
28F256A
28F512
28F512A
28F010
28F101
28F020
28F020A
28F201
28F1000
28F2000
28F001BX-B
28F001BX-T
28F002BX-B
28F002BX-T
28F200BX-B
28F200BX-T
28F004BX-B
28F004BX-T
28F400BX-B
28F400BX-T
28SF040
28SF040A
LH28F800BJ
LH28F800BV
LH28F800SU
LH28F016SU
LH28F032SU
LH28F320BJ

29 SERIES (5V/LV)

256K BIT PARTS
29C256
29LV256
29C257
512K BIT PARTS
29EE512
29LV512
29W512B
1 MEGABIT PARTS
29F010
29F100
29F100B
29F100T
29F1008
29LV001B
29BV010A
29LV010A
29W010B
29C010
29C010A
V29C51001B
V29C51001T
W29C010
W29C010A
W29C011
W29C011A
29EE010
29EE011

29 SERIES (5V/LV)

2 MEGABIT PARTS
29C020
29F002T
29F200A
29F200B
29F200T
29LV020
29LV200
29EE020
29F2008
29LV002B
29W002B
29W022B
29BV020
29LV020
29LV200B
29W200B
W29C020
V29C51002B
V29C51002T
A29002
A290021
4 MEGABIT PARTS
29LV004B
29W004B
29LV400A
29C040
29C040A
29LV040B
29W040B
V29C51004B
V29C51004T
29BV040A
29F040
29F040B
29F400B
29F400T
8 MEGABIT PARTS
29F080
29F800B
29F800T
29LV800
29W008
16 MEGABIT PARTS
29F160B
29LV016B
29F017B
32 MEGABIT PARTS
29F032B
29LV320
29W320D
29DL323D

39 SERIES (5V/LV)

39SF512
39SF010
39SF020
39SF040
39VF512
39VF010
39VF020
39VF040
W39V040FA*
W39V040FB*
W39V080A*
W39V080FA*

49 SERIES (5V/LV)

49BV512
49BV001
49BV001A
49BV001AT
49BV002
49BV002A
49BV040
49BV4096A
49BV8192A
49BV161T
49BV162A
49BV1614
49BV322A
49F512
49F010
49F002
49F020
49F040
49F080
49FL004T*
49LF002A*
49LF002B*
49LF003A*
49LF003B*
49LF004A*
49LF004B*
49LF008A*
49LF020*
49LF030*
49LF040*
49LF080*
49LF080A*
49LV001
49LV002
49LV040
W49V002*
W49V004*
W49V008*

OTHER

M50FW040*
M50FW080*
82802AB*
82802AC*
Pm49FL004T*
W49V002*
W49V004*
W49V008*
WE512K8

PARALLEL EEPROMS
EEPROMs are memory parts which use the same technology as an EPROM, however each bit of storage has extra transistors to allow the bit to be individually erased. The term EEPROM means Electrically Erasable Programmable Read Only Memory. Unlike Flash devices, these memory parts can have individual bytes changed without the need to erase the entire part. (Additional information about this technology family )

24 PIN

2804
2804A
28C04
2816
2816A
28C16
28C16A
52B13
52B33
5516
ER5901*

28 PIN

2817A
28C17
2864
28C64
28C64A
28C64B
2865A
28C65
28256
28C256
28HC256
58C65
58C256
58V256

32 PIN

28C512
28HC512
28C010
28HC010
28C1024

PARALLEL NVRAMS AND FRAMS
An NVRAM is a standard RAM (RAM stands for Random Access Memory) which is used for general operation in computers. The NV stands for non-volatile. The RAM would normally lose its contents when power is removed, however the NVRAM is manufactured with a built in battery which keeps power applied to the memory after power has been removed from the product. The FRAM is also a non-volatime memory component however it uses ferro-electric (magnetic) structure to store information. These parts do not have a battery and maintain their information as an array of magnetic charges.
(Additional information about this technology family)

18 PIN*

X2210
X22C10
X2212
X22C12

24 PIN

DS1220
FM1608
FM16W08
STK16C88
STK20C04
48Z02
48Z12

28 PIN

48T35
48T58
48T59
48Z08
48Z18
48Z58
DS1225
DS1230
DS1235
FM18L08
FM18W08
FM28V020
MB85R256

32 PIN

48Z30
48Z32
48Z128
DS1245
DS1386
DS1645

8 PIN SERIAL EEPROMS, NVRAMS AND HI-SPEED SPI FLASH EPROMS (8 PIN)
Serial EEPROMs, NVRAMS and SPI FLASH EPROMS, all 8 pin parts, offer non-volatile storage in a physically small package. This is accomplished by sending the required command, address and data serially (one bit at a time) over single pins instead of the multiple pins of a parallel part. Although not as fast, serial eeproms and nvrams find use in many products due to their small size and low cost. HI-SPEED SPI FLASH EPROMs are high capacity parts based on FLASH memory technology not EEPROM. These parts must be erased before programming. Their high storage capacity allows use in computer BIOS plus other memory intensive product applications.
(Additional information about this technology family)


VIEW IN-CIRCUIT ADAPTER	VIEW CLAMSHELL ADAPTER	VIEW DIP PKG ADAPTER	VIEW DIRECT DRIVE ASSY.	VIEW DIRECT DRIVE ASSY.

Microwire series	I2C bus series	SPI bus series	OTHER	FPGA configurators	SPI FLASH EPROMS	SERIAL NVRAMS
9306 93C06 93C13 93C14 9346 93AA46 93C46 93C46-8BIT 93LC46 93LC46A 93LC46B 93CS46 93S46 93AA56 93C56 93C56-8BIT 93LC56 93LC56A 93LC56B 93C56 93LC56 93CS56 93S56 93C57 93CS57 93AA66 93C66 93C66-8BIT 93LC66 93LC66A 93LC66B 93CS66 93S66 93AA76 93C76 93AA86 93C86 93C86-8BIT 93LC86	24AA00 24C00 24LC00 24W00 X24C00 2401 24AA01 X24C01 24C01 24L01 24LC01 24W01 2402 24AA02 24C02 24L02 AT24C02 24LC02 24W02 2404 24AA04 24C04 AT24C04 24L04 24LC04 24W04 2408 24AA08 24C08 24L08 24LC08 AT24C08 24W08 2416 24AA16 24C16 24L16 AT24C16 FM24CL16 24LC16 24E16 24W16 24C17 24U17 24C21 24LC21 2432 24AA32 24C32 24L32 24LC32 AT24C32 24E32 24W32 24C44 24H45 2464 24AA64 24C64 24L64 24LC64 AT24C64 24E64 24W64 24C65 24LC164 24LC174 24128 24AA128 24C128 24LC128 24E128 24W128 24256 24AA256 24C256 24LC256 24E256 24W256 24512 24AA512 24C512 24LC512 24E512 24W512 24E256 PCD8572 85C72 85C82 85C92	25010 25AA010 25C010 25LC010 25020 25AA020 25C020 25LC020 25040 25AA040 25C040 25LC040 25080 25AA080 25C080 25LC080 25160 25AA160 25C160 25LC160 25320 25AA320 25C320 25LC320 25640 25AA640 25C640 25LC640 25128 25AA128 25C128 25LC128 25256 25AA256 25C256 25LC256 25HP256 25512 25AA512 25C512 25LC512 25HP512 35080 95P08 95010 95020 95040 95080 95160 95320 95640 95128 95256 95512 95M01	33C102 35C102 33C104 35C104 33C108 35C108 35080 80011A 16811 16812 16911 16912 59C11 59C13 59C22 B58 BR9010 BR9020 BR9040 CXK1011 CXK1012 CXK1013 CXK1023 CXK1024 ER1400* L46* LC46* L76* LC76* L46R L46AR L56R L66R RA46 RA56 RA57 RA66 RA86 RH46 RH56 RH57 RH66 RH76 RH86 RL46 RL56 RL57 RL66 RL76 RL86 SL46 M58657* S130 S220 S330 SL221 S-29255A S-29355A S25A640 VD202 TC89101 TC89201 TC97101	17C65 17C128 17C256	25L512 25L1005 25L2005 25L4005 25L8005 25L1605 25L3205 25L6405 25L12805 25P05 25P10 25X10 25P20 25X20 25P40 25X40 25P80 25X80 25P16 25X16 25Q32 25Q64 AT25DF041 AT25DF081 AT25DF161 AT25DF321 AT25DF641 AT25SF010 AT25SF2048 SST25VF010 SST25VF020 SST25VF040 SST25VF080 SST25VF016 SST25VF032 SST25VF064	FM24C04A FM24CL16 FM24CL64 FM25L04 FM25L16 FM25L16B FM25CL64 FM25160 FM25L256 FM25L512

BIPOLAR PROMS
A BIPOLAR PROM is a memory chip which typically contains a small amount of data, however the access time is very fast. These memory chips store the bits of data by blowing small fuses inside the memory device. Once they are programmed they cannot be changed. The term BIPOLAR reflects the transistor technology used in the manufacturing process. PROM means "Programmable" "Read Only Memory". (Additional information about this technology family)

VIEW ADAPTER

74S FAMILY	82S FAMILY
74S188 74S288 74S287 74S387 74LS471 74S472 74S473 74S474 74S475 74S478 74S479 74S570 74S572 74S573	82S23 82S123 82S126 82S129 82S130 82S131 82LS135 82S136 82S137 82S140 82S141 82S146 82S147 82S180 82S181 82S184 82S185 82S190 82S191

MICROCONTROLLERS
A microcontroller is a complete computer on a chip. This includes the central processing unit (CPU), the memory (EPROM or FLASH EPROM) and the I/O (input/output). Microcontrollers are usually found in products which perform a single function such as microwave ovens, computer printers, automatic sprinkler controllers, etc. A microcontroller, although much more complex than a standard memory part, still has internal EPROM/FLASH EPROM as its program memory. A microcontroller normally has 40 or more pins since the input and output operations occur directly from the chip.(Additional information about this technology family)

MOTOROLA
(68705/HC05/HC08)

MOTOROLA
(68HC11 FAMILY)
ACOM1* ACOM2*

80/87 SERIES

89/89C/89S
SERIES

PIC FAMILY
(10F/12C/12F/16C/16F)*

ATMEL AVR
(90S FAMILY)*

OTHER*

68705P3*
68705U3*
68705R3*
68705U5*
68HC05 (eeprom)*
68HC05B6*
68HC05B16*
68HC05X16*
68HC05X32*
68HC705 (eprom)*
68HC705C8*
68HC08AS32*
68HC908AS32*
68HC08AZ32*
68HC908AZ32*
68HC08AZ48*
68HC908AZ48*
68HC08AS60*
68HC08AZ60*
68HC908AS60*
68HC908AZ60*
MC908AS60*

68HC711D3*
68HC711E9
689HC711EA9
68HC11A0
68HC11A1
68HC11A8
68HC11E0
68HC11E9
68HC11E20
68HC711E20
68HC811E2
68HC11F1
68HC11K4
68HC711K4
68HC11KA1
68HC11KA2
68HC11KA3
68HC11KA4
68HC11L6
68HC11P2
68HC711P2
68HC11PH8
68HC711PH8

8041*
8042*
8048*
8049*
8741*
8741H*
8742*
8742H*
8748*
8748H*
8749*
8749H*
8751*
8751H*
8751BH*
87C51*
87C51FA *
87C51FB*
87C51FC *
8752*
8752B*
8753*
8754*
87C520*
87C530*
87C528*
87C550*
87C575*
87C652*
87C750*
87C751*
87C752*

AT89C51*
AT89LV51*
AT89C52*
AT89LV52*
AT89C55*
AT89C1051*
AT89C2051*
AT89C4051*
AT89S8252*
AT89S8253*
AT89S51*
AT89S52*
AT89S53*
SST89C54*
SST89C58*
SST89C59*
SST89F54*
SST89F58*

12C508
12C508A
12C509
12C509A
12CE518
12CE519
12C671
12C672
12CE673
12CE674
16C52
16C54
16C54A
16C54C
16C55
16C56
16C57
16C58A
16C58B
16C61
16C62
16C62A
16C63
16C63A
16C64
16C64A
16C65
16C65A
16C66
16C67
16C71
16C72
16C73
16C73A
16C73B
16C74
16C74A
16C74B
16C76
16C77
16C84
16C505
16C554
16C556
16C558
16C620
16C621
16C622
16C641
16C642
16C661
16C662
16C710
16C711
16C715
16HV540
14000
17C42A*
17C43*
17C44*

10F200
10F202
10F204
10F206
12F508
12F509
12F629
12F635
12F675
12F683
16F54
16F57
16F59
16F73
16F74
16F76
16F77
16C84
16F83
16F84
16F87
16F88
16F505
16F627
16F628
16F630
16F636
16F676
16F684
16F688
16F716
16F737
16F747
16F767
16F777
16F818
16F819
16F870
16F871
16F872
16F873
16F873A
16F874
16F874A
16F876
16F876A
16F877
16F877A

ATTiny12
90S1200
90S2313
90S2323
90S2343
90S4414
90S8515
ATMEGA8515

Z86E02
Z86E04
Z86E08
Z86E21
Z86E33
Z86E43
TMS7742
DS5000T