ROM Programmers Overview of ROM Programmers Field-programmable devices are classi- (1) R4945A 1. Reliability of writing fied into two categories: programmable High-speed programmer which ac- 1.1 Entering data from external to the read only memory (PROM) and program- commodates diverse types of devices. programmer mable logic device (PLD). It incorporates the internal 16-Mbit There are following three methods for As the usage of OA equipment rapidly buffer memory, socket adapter and entering write data to the programmer. increases rapidly, the need for PROMs is split write function for accommo- (1) Entering write data from the also increasing in all fields. With the dating up to 16 Mbits. keyboard or key switches of the increase in the capacity and processing programmer (2) R4952 speed and decrease in the voltage and (2) Copying write data from master High-speed gang programmer which price per bit of PROMs, the need for device accommodates ROMs with up to 16 PROMs is increasing. The need for PLDs (3) Entering write data via the RS- Mbits in the master mode. It uses a is also rapidly increasing rapidly not 232C or parallel interface socket adapter to allow up to ten only with the increase in the processing With methods (2) and (3) above, a func- ROMs to be written at the same time. speed, capacity and performance of PLDs tion to prevent data errors is required. but with the increase in the density, With method (2), data entered with single- integrity and decrease in size and devel- value determination is checked again by opment period of OA equipment. dual-value (VOH and VOL) determina- ADVANTEST offers a wide range of pro- tion. grammers for specific applications. Each programmer is backed by ADVANTEST’s technology and long experience in highly reliable writing. Functions which support programming Buffer memory storing a program Unused ROM Blank check (B) Checks blanks word by word. Program (P or W) writes data in the buffer word by word or bit by bit. Blank check, write (program) and read (read Unwritten ROM check) operations can be performed ROM with written program independently. They can also be performed continuously for convenience in writing to numerous ROMs (B.P.R function). Program (P or W) Read check (R) Writes data in the buffer Checks the contents word by word. word by word or bit by bit. 276 ROM Programmers Overview of ROM Programmers With method (3), writing reliability is 2. Function to support programming 2.2 Accessories ensured by parity check and check sum. Writing is not the only function of pro- For the R4945A and R4952, many socket 1.2 High reliability achieved by grammers: but also offer easy-to-use data adapters are available for programming, recognition judgment edit function, PLD support software, data not only conventional DIP type package Programmers are designed to have writ- management by floppy disk, connection ROMs but also SOP, PLCC and LCC pack- ten waveform, timing, voltage level, pre- to microcomputer development tools and age ROMs that can be used with SMD. cision and quality that satisfy the re- personal computer and system upgrad- quirements of the device manufacturers. ing. For higher reliability, the programmers 2.1 Data edit function are examined and approved by device The edit function is often required for manufacturers and are recommended for data set in blocks, to complement move users. All ADVANTEST’s are approved and change. by virtually all device manufacturers and Converting 16-bit data into 8-bit data for are always safe to use. PROM is an indispensable function for designing 16-bit microcomputer appli- cation systems. R4945A R4952 • Fast programming • Compatible with large-capacity PROMs with up to 16 Mbits • Compatible with large-capacity EPROMs with up to 16 Mbits • Greatly improved verify speed Feature • Compatible with split write for 8-Mbit EPROMs • Full-remote control with the RS232C and parallel interfaces • Initial setting can be recorded. • Compatible with various device packages by socket adapter Buffer memory 16 Mbits 8 Mbits 64 Kbits to 16 Mbits Compatible device capacity 16 Kbits to 16 Mbits (16 Mbits: In the master mode) Number of items written at the same time 1 1 to 10 EPROM EEPROM ROM card – 1-chip CPU– PAL, EPLD, etc. – – 16- to 32-pin DIP 24, 28, and 32 pins 28 and 32 pins 40-pin DIP 40 pins (42 pins) 40 pins (42 pins) LCC SOP– PLCC QFP– TSOP– Compatibility with program algorithm Edit function– Remote control Vcc check 2 points 2 points Reverse/mis-insertion check Sum check Memory check Self check I/O check Parallel I/O (Centronics) RS-232C * PAL is a registered trademark of Monolithic Memories Inc. * IFL is a registered trademark of Signetics Inc. * GAL is a registered trademark of Lattice Semiconductor Inc. * Both programmers use socket-adapter method. indicates that the device accommodates the feature. 277 Interface Reliability check * Device package Writable device ROM Programmers High-Speed 16-MBit Programmer R4945A Compatible with Remote Control Software Writable Flash ROM Can be used for EPROMs with up to 16 Mbits Useful for a Wide Variety of Packages Thanks to the Socket Adapter System Compatible with Various High-Speed Program Algorithms Can be used for EPROMs with 4, 8 and 16 Mbits with PIN Arrangement by means of Socket Adapter Exchange Standard Centronics Interface Can be Used for Split Programming of 8-Mbit EPROMs Storage of Initial Settings is Possible R4945A EPROM Programmer Can be Used for EPROMs with Up to 16 Mbits Featuring large-capacity 16-Mbit buffer RAM, the R4945A high-speed EPROM programmer is designed for programming MOS-type PROM chips with a capacity from 16 Kbits to 16 diverse types of EPROMs. The 16-Mbit buffer RAM makes it Mbits can be programmed by simple key operation. possible to use the programmer for programming and data Useful for a Wide Variety of Packages Thanks to the editing of large-capacity EPROMs and split writing of 8-Mbit Socket Adapter System EPROMs. In addition, because the R4945A is a socket adapter In addition to 28- and 32-pin EPROM chips in the DIP package, type (equipped with 32 pins x 2, 40 pins as standard), it allows the programmer can be used for EPROM chips in various types programming to a wide variety of devices that have different of packages such as LCC, PLCC and SOP by simply changing number of pins and come in different packages. the socket adapters. Furthermore, the programmer can also be To facilitate operation, the R4945A comes with an easy-to-see used for single-chip CPUs and IC cards that are liquid crystal display for operation guidance and the ID-AUTO program-compatible with PROM chips. mode which allows automatic setting of different ROM types. In particular, the function to store the initial settings includingCompatible with Various High-Speed Program the ROM type, device function and serial I/O conditions Algorithms improves the efficiency of your programming tasks. The R4945A accommodates high-speed program algorithms of The reliability of programming is ensured by various functions various companies including AMD, Fujitsu, Hitachi, Intel, to check the device quality after programming, such as V CC Intel quick, NEC, Sharp, WSI, N.S and so on. margin check (2 points), Voh and Vol level check and sum Writable Flash ROM check. R4945A can write to a Flash ROM by adding the R49451D For input and output operations, the R4945A comes with socket adapter and socket assembly. useful standard features including a serial I/O interface that The R49451D also supports a 3V Flash ROM, and employs the allows remote control of key operation and the Centronics socket assembly method to enable easy support for a wide parallel I/O interface. variety of packages (TSOP, SOP, etc.). Reliability is assured Thus, with its flexible expendability and easy operation, the with connector docking. R4945A can be used for diverse applications such as debugging and ROM contents check.Can be used for Split Programming of 8-Mbit EPROMs With the built-in 16-Mbit buffer memory, the R4945A can be used for split programming of 8-Mbit EPROMs. Storage of Initial Settings is Possible The initial settings such as the ROM type, device functions and serial I/O conditions can be stored in memory. Therefore, when programming the same PROM, programming tasks can be performed efficiently without repeating the initial setting pro- cedure. 278 ROM Programmers High-Speed 16-MBit Programmer R4945A Specifications Programmable ROM chips: Various EP/EEPROM chips (described General Specifications Display: 16 characters × 2 lines in the socket adapter section) Buffer memory capacity: 2 Mbytes (16 Mbits) Power requirement: 90 VAC to 250 VAC Power frequency: 48 to 66 Hz Program power supply: V power supply: +4.75 V ±0.25 V, 300 mA (max.) Enviranment: Temperature 0°C to +40°C, Humidity 85% or less CC Storage temperature: -15°C to +60°C +5 V ±0.25 V, 300 mA (max.) +5.25 V ±0.25 V, 300 mA (max.) Power consumption: 37 VA or less Dimensions: Approx. 280(W) × 59(H) × 210(D) mm (excluding +6.00 V ±0.25 V, 300 mA (max.) socket adapter) +6.25 V ±0.25 V, 300 mA (max.) +6.5 V ±0.25 V, 300 mA (max.) Approx. 280(W) × 78(H) × 210(D) mm (with R49451A mounted) Mass: 1.5 kg or less (excluding socket adapter) V power supply: +21.0 V ±0.50 V, 100 mA (max.) PP +13.0 V ±0.30 V, 200 mA (max.) 1.7 kg or less (with R49451A mounted) Socket Adapter/standard accessory: +12.75 V ±0.30 V, 200 mA (max.) +12.5 V ±0.30 V, 200 mA (max.) R49451A (standard): 32 pin x 2, 40 pin x 1, DIP type +5.0 V ±0.25 V, 50 mA (max.) Accessories (Optional) Output voltage comparison level: U-253 UV Eraser V : +0.50 V ±50 mV (I 1.8 mA ±0.2 mA) A01242-200 Connection cable for RS-232C (for PC9801) OL OL V : +2.35 V ±100 mV A01224 Connection cable for Centronics OH Standard interface: Serial I/O interface: RS-232C Options Parallel I/O interface: Centronics Major socket adapters for R4945A (optional) Debug I/O interface: • R49444A/B: For LCC 16k- to 512k-bit EPROM emulation is possible by connecting the • R49445A/B/C/D: For SOP TR49403 debug RAM (with parallel I/O interface) • R49446A/B/C: For PLCC Device functions: • R49451C: Mask pin arrangement, 40 pins, 42 pins, DIP type Blank check, Programming, Read check, BPR continuous opera- Applicable devices: Am27C400, HN27C4000G, D27C400, tion, PR continuous operation, Copy/read check, Erase/blank M5M27400AK, M5M27404AK, μPD27C4000DZ, check (EEPROM only), Option, Security μPD27C8000DZ, MSM27C822ZB, TMS27C400, Address mode: Normal mode and page mode TC574200D, TC578200D, TC5716200D Data mode: • R49451D: Flash ROM (TSOP, SOP, etc.) 8-bit wide ROM, Normal, 16-bit split • R49455F: Intel, 56 pins, TSOP type 32-bit split (2 split simultaneous write possible) Applicable devices: E28F200BX-T, E28F200BX-B, 16-bit wide ROM, normal E28F400BX-T, E28F400BX-B 32-bit split (data exchange possible) • R49457D: Hitachi, H8/532, H8/534, 84 pins, PLCC type Program method: Applicable devices: HD6475328 (H8/532), HD6475348 (H8/ Intel method, Intel quick method, Fujitsu method and other 534) high-speed programming methods • R49457E: Hitachi, H8/536, 84 pins, PLCC type EPROM protection function: Checks for power-down when a device Applicable devices: HD6475368 (H8/536) is inserted, opposite direction insertion and erroneous insertion • R49452E: Intel, 87C series, 40 pins, DIP type (ON/OFF possible) Applicable devices: 87C51 (D step), 87C51FA (D step), Reliability check functions: 87C51FB (B step), 87C51FC (A step) V margin check (2 points), V /V level check, Data sum check CC OL OH Self-diagnostic functions: Internal memory check, System memory For details, see the description of socket adapters for program- check mers. Manual diagnostic functions: MUP address check, MUP data check, Program voltage check, Program timing check, Serial I/O check Alarm functions: Key switch key tone (ON/OFF possible), Pass/fail alarm tone (ON/OFF possible) Data edit functions: Insert, Delete, Compliment, Block store, Block move, Block search, Block change, RAM clear Automatic setting functions: ROM type, I/O conditions, Translation format, Various settings (Precheck, Last address stop, Time-out, ID, Alarm ON/OFF), Backedup by EEPROM Translation format: DG binary, DEC binary, ASCII HEX, INTELLEC HEX, MOTOROLA S, EXTENDED TEKHEX, ASM-86 HEXADECIMAL, HP64000ABS, TEXTRONIX•HEXADECIMAL 279 ROM Programmers Programming for Up to 10, 8-Mbit PROMs R4952 Compatible with Remote Control Software Specifications Can be Used for 16-Mbit PROMs Applicable devices: High-Speed Programming Algorithm EPROM/EEPROM (including flash EEPROM) with a capacity of 64 Reduction in Function Execution Time kbits to 16 Mbits (16 Mbits: in the master mode) Standard Serial I/O and Parallel I/O Interface * Applicable types depend on the socket adaptor. * For details, see the device list for each manufacturer. Standard socket adaptor: R49512B, 32 pins, DIP type Simultaneous write operation: 1 to 10 ROMs Buffer memory capacity: 8 Mbits (1 Mbyte) Device functions: Blank check, Program, Erase, Read check, Copy, B.P.R. sequence, E.B.P.R. sequence (with EEPROM), P.R. continuous operation Data mode: Master mode, Buffer RAM mode Address modes: 8-bit wide ROM: Normal, 16-bit split, 32-bit split 16-bit wide ROM: Normal (data exchangeable), 32-bit split (data exchangeable), page splitting Write modes: High-speed programming: Intel, Intel quick, Fujitsu, AMD, T.I. snap. and other mega-bit high-speed EPROM program of each manufacturer. Intelligent identifier mode (ID mode): ID AUTO: Automatically sets the ROM type. ID CHECK: Checks the set ROM type. ROM type selection: Scroll setting by means of the Maker and Type keys. R4952 Output voltage comparison level: • V +0.5 V ±35 mV (I = 1.8 mA) • OL OL EPROM Gang Programmer V +2.3 V ±35 mV OH EPROM protective functions: The R4952 gang programmer allows high-speed programming • Power-down at device insertion for up to ten 16-Mbit PROMs with large capacity and diverse • Check for reverse or improper insertion (ON/OFF possible) packages. Simultaneous writing for up to 10 PROMS is pos- Data edit functions: sible. RAM edit, Checksum, Data clear, Clear move The standard RS-232C and parallel interfaces allow files man- Reliability check functions: aged by the host computer to be transferred and remote-controlled. • V margin check (4.75 V, 5.25 V) CC With the standard 8-Mbit buffer memory, the ADVANTEST’s • V and V level check OL OH unique hard stack system makes it possible to reduce the • Checksum overhead time and function execution time. Automatic setting functions: Can be Used for 16-Mbit PROMs (Backed up by the EEPROM) Type, I/O conditions, Translation format, etc. Typical EPROMs and EEPROMs with a capacity of 64 Kbits to Set data backup: 16 Mbits can be programmed with easy operation. (16-Mbit Set data including ROM type, baud rate, translation data bit PROM programming is available only in the Master mode.) configuration etc. can be stored and recalled from EEPROM. High-Speed Programming Algorithm I/O Specifications Accommodates various high-speed programming algorithms Standard interface: including 4-byte and 2-word programming. • Serial I/O interface in conformance with RS-232C Reduction in Function Execution Time Baud rate: 110 to 19,200 bps Parity: Non, even, odd By making ADVANTEST’s unique hard stack system faster, the X ON, X OFF read verification time can be reduced to approx. 1/2 times. • Parallel I/O interface in conformance with Centronics (Measured by ADVANTEST.) General Specifications Standard Serial I/O and Parallel I/O Interface Display: Function state: Indicated by the LED indicator. The standard RS-232C interface allows remote control and data Type settings: Displayed on the LCD screen in 16 characters x input and output for the R4952 from the host computer. With 2 lines. the standard Centronics parallel interface, high-speed data Power supply: 90 to 132 VAC or 198 to 250 VAC (selectable by the input is possible. rear switch) For example, write data of the R4952 is transferrable to the host Option No. Standard 40 computer and the data can be compared and checked. Power voltage (V) 90 to 132 198 to 250 Power frequency: 48 to 66 Hz Power consumption: 70 VA or less External dimensions: Approx. 364(W) × 80(H) × 256(D) mm For applicable socket adapters, see the description of socket adapters for programmers. 280 ROM Programmers Program Socket Adapter R4945A Socket adapters for the R4945A R49451A (standard) R49451C R49442A R49442C R49442D For 40-pin one-chip For DIPs with 16K- to For mask pin arrange- For 40-pin one-chip For 40-pin one-chip CPUs 8M-bit capacity ment CPUs CPUs Hitachi HD63701VO 8748/8749 8751/8752 R49443F R49443B R49443C R49444A R49444B For 64-pin one-chip For 64-pin one-chip For 64-pin one-chip For 32-pin LCCs For 36-pin LCCs CPUs shrink CPUs shrink CPUs shrink 16K- to 512K-bits 1M-bits Hitachi HD63701YO Mitsubishi M50747E/6E Fujitsu 89P715/715A Fujitsu, AMD, etc. Fujitsu R49445E R49445C R49445B R49446A R49446B For 32-pin SOPs For 28-pin SOPs For 28-pin SOPs For 32-pin PLCCs For 32-pin PLCCs 16K- to 512K-bits 16K- to 512K-bits 1M bits or more 16K- to 512K-bits and PLCCs NEC Toshiba Fujitsu Intel 1M- to 2M-bits Intel, Mitsubishi R49446C R49447A R49449B R49449C R49452E Fujitsu serial ROMs For 32-pin PLCCs For 64-pin QFPs BIP PROM One-chip 87C51 1M bits or more Fujitsu MB8541P (DIP and pin-compatible SOP) Fujitsu, AMD 89P715/715A For EPROMs (300MIL/600MIL) 281 ROM Programmers Program Socket Adapter R4945A and R4952 Socket adapters for the R4945A R49455F R49457D R49457E R49457F R49451D+A03004 56 pins 84 pins 84 pins 168 pins 48 pins For TSOPs For PLCCs For PLCCs For QFPs For TSOPs E28F200BX HD6475328 HD6475368 SH7050/51 MBM29 Series E28F400BX HD6475348 Socket adapters for the R4952 R49512B For 32-pin DIPs R49514B (R49512B) 64K- to 8M-bits 4M- to 16M-bits For 40- to 42-pin mask-pin compatible DIPs R49516A R49515A 64K- to 512K-bits 64K- to 512K-bits For 32-pin LCCs For 32-pin PLCCs For master devices For master devices (28-pin lever socket × 1 (28-pin lever socket × 1 and and 32-pin LCC socket × 1) 32-pin PLCC socket × 1) R49515B 1M- to 8M-bits R49516B For 32-pin PLCCs 1M- to 8M-bits For master devices For 32-pin LCCs (32-pin lever socket × 1 and For master devices 32-pin PLCC socket × 1) (32-pin lever socket × 1 and 32-pin LCC socket × 1) R49515C 1M- to 8M-bits For 44-pin PLCCs R49528A For master devices FCN-564P068-G/XO-V4 (40-pin lever socket × 1 and 44-pin PLCC socket × 1) 282 ROM Programmers Program Socket Adapter/Accessories which expand function Socket adapters for the R4953 R49531A For 32-pin DIPs 256K- to 8 M - bits TR49403 Debug RAM The following products are manufactured to order. (Contact our sales office listed at the back of this document.) U-253 Ultraviolet Eliminator TR49403 Debug RAM TR49403 which is connected to R4945A, TR4943, etc., for Socket Name Applicable devices Pin Package emulating EPROM has a built-in memory to realize high- E28F016SA Series speed accessing and easy operation. R49534D LH28F016 Series 56-pin TSOP LH28F800 Specifications E28F008SA Series Emulation memory capacity: 512k bits R49534E 40-pin TSOP E28F008SAT Connectable programmer: TR4943, R4944, R4944A, R4945, R49534F LH28F400SU Series 56-pin TSOP R4945A, R4932 E28F002/4/8BX Series R49534H 40-pin TSOP LH28F004SU Series Emulation available EPROM: depends on which EPROM R49534J MBM29F002/004/008/080 Series 40-pin TSOP programmer to connect MBM29F200/200/400/800 Series Maximum number of connected programmers R49534K 48-pin TSOP MBM29FLV160/200/400/800 Series :2 pcs. However, total capacity depends on which R49534KR MBM29FLV800 Series (R Type) 48-pin TSOP EPROM programmers to connect. R49534L LH28F800 Series 48-pin TSOP R49534M MBM29F016/080 Series 48-pin TSOP Data width: 8 bits or 16 bits R49534N MSM27C401CZ 32-pin TSOP Access time: Maximum 190 ns (from address terminal) R49534P LH28F008SCHSD-ZL 48-pin TSOP Maximum 130 ns (from OE or CE) MBM29F200/400/800 Series 44-pin TSOP R49535E Power consumption: approx. 16 VA or less MBM29LV400/800 44-pin SOP R49536B HN27C4096/H Series 44-pin JLCC Outside dimensions/weight: approx. 210 (W) × 55 (H) × 280 (D) mm, 2.3 kg or less R49536C MBM29LV002/004 Series 40-pin SON Accessories 28F008S Series 40-pin CSP R49537A Name Type Part code Remarks LH28F008SCH Series 48-pin CSP 24-pin DIP plug and cable A01206 2 pcs. R49537C LH28F320S Series 80-pin CSP 28-pin DIP plug and cable A01207 2 pcs. R49537D MBM84VA Series 48-pin BGA External power cable MP-43 Case To use TR49403, external power supply is necessary. U-253 Ultraviolet Eliminator Specifications Number of simultaneously deleted EPROMs: maximum 8 pcs. 2 Irradiated ultraviolet wavelength/intensity: 253.7 nm, 5000 μW/cm Timer setting: 2 to 60 minutes Power supply: 90 to 100 VAC, 0.25 A, 50/60 Hz change-over switch Outside dimensions: approx. 243 (W) × 100 (H) × 91 (D) mm Weight: 1.6 kg 283