UVEPROM SMJ27C K UVEPROM UV Erasable Programmable Read-Only Memory. PIN ASSIGNMENT (Top View) AVAILABLE AS MILITARY SPECIFICATIONS

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1 512K UVEPROM UV Erasable Programmable Read-Only Memory VILBLE S MILITRY SPECIFICTIONS SMD MIL-STD-883 FETURES Organized 65,536 x 8 High-reliability MIL-PRF processing Single +5V ±10% power supply Pin-compatible with existing 512K read-only memories (ROMs) and electrically programmable ROMs (EPROMs) ll inputs/outputs fully TTL compatible Power-saving CMOS technology Very high-speed SNP! Pulse Programming 3-state output buffers 400mV minimum DC noise immunity with standard TTL loads Latchup immunity of 250m on all input and output lines Low power dissipation (CMOS input levels) ctive - 193mW (MX) Standby - 1.7mW (MX) OPTIONS MRKING Timing 150ns access ns access ns access -25 Package(s) Ceramic DIP (600mils) J No. 110 Operating Temperature Ranges Military (-55 o C to +125 o C) For more products and information please visit our web site at M PIN SSIGNMENT (Top View) 28-Pin DIP (J) 600-Mils DQ0 DQ1 DQ2 GND GENERL DESCRIPTION The is a set of by 8-bit (524,288-bit), ultraviolet (UV) light erasable, electrically programmable read-only memories. These devices are fabricated using powersaving CMOS technology for high speed and simple interface with MOS and bipolar circuits. ll inputs (including program data inputs can be driven by Series 54 TTL circuits without the use of external pullup resistors. Each output can drive one Series 54 TTL circuit without external resistors. The data outputs are 3-state for connecting multiple devices to a common bus. The is pin-compatible with existing 28-pin 512K ROMs and EPROMs. Because this EPROM operates from a single 5V supply (in the read mode), it is ideal for use in microprocessor-based systems. One other supply (13V) is needed for programming. ll programming signals are TTL level. This device is programmable by the SNP! Pulse programming algorithm. The SNP! Pulse programming algorithm uses a V PP of 13V and a V CC of 6.5V for a nominal programming time of seven seconds. For programming outside the system, existing EPROM programmers can be used. Locations may be programmed singly, in blocks, or at random Vcc G\/V PP 10 E\ DQ7 DQ6 DQ5 DQ4 DQ3 Pin Name Function 0-15 ddress Inputs D0-DQ7 Inputs (programming)/outputs E\ Chip Enable/Power Down GND Ground G\ /V PP Output Enable/13V Programming V CC 5V Power Supply 1

2 FUNCTIONL BLOCK DIGRM* EPROM 65,536 x , E\ 20 [PWR DWN] 22 & G\ /V PP EN DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 * This symbol is in accordance with NSI/IEEE Std and IEC Publication OPERTION The seven modes of operation for the are listed in Table 1. The read mode requires a single 5V supply. ll inputs are TTL level except for V PP during programming (13V for SNP! Pulse), and 12V on 9 for signature mode. TBLE 1. OPERTION MODES FUNCTION (PINS) MODE* PROGRM STNDBY PROGRMMING VERIFY INHIBIT RED OUTPUT DISBLE E\ (20) V IL V IL V IH V IL V IL V IH G\ /V PP (22) V IL V IH X V PP V IL V PP V CC (28) V CC V CC V CC V CC V CC V CC SIGNTURE MODE V IL V IL V CC 9 (24) X X X X X X V ID V ID 0 (10) X X X X X X V IL V IH CODE DQ0-DQ7 Data Out High-Z High-Z Data In Data Out High-Z MFG DEVICE (11-13, 15-19) 97h 85h * X can be V IL or V IH 2

3 RED/OUTPUT DISBLE When the outputs of two or more are connected in parallel on the same bus, the output of any particular device in the circuit can be read with no interference from competing outputs of the other devices. To read the output of the selected, a low-level signal is applied to the E\ and G\ / V PP. ll other devices in the circuit should have their outputs disabled by applying a high-level signal to one of these pins. Output data is accessed at pins DQ0 through DQ7. LTCHUP IMMUNITY Latchup immunity on the is a minimum of 250m on all inputs and outputs. This feature provides latchup immunity beyond any potential transients at the printed circuit board level when the EPROM is interfaced to industry-standard TTL or MOS logic devices. Input/output layout approach controls latchup without compromising performance or packing density. POWER DOWN ctive I CC supply current can be reduced from 35m to 500μ(TTL-level inputs) or 300μ (CMOS-level inputs) by applying a high TTL/CMOS signal to the E\ pin. In this mode all outputs are in the high-impedance state. ERSURE Before programming, the is erased by exposing the chip through the transparent lid to a high-intensity ultraviolet (UV) light (wavelength 2537 Å). EPROM erasure before programming is necessary to assure that all bits are in the logic-high state. Logic lows are programmed into the desired locations. programmed logic low can be erased only by ultraviolet light. The recommended minimum exposure dose (UV intensity x exposure time) is 15 W. s/cm 2. typical 12mW/cm 2, filterless UV lamp erases the device in 21 minutes. The lamp should be located about 2.5cm above the chip during erasure. fter erasure, all bits are in the high state. It should be noted that normal ambient light contains the correct wavelength for erasure; therefore, when using the, the window should be covered with an opaque label. SNP! PULSE PROGRMMING The is programmed using the SNP! Pulse programming algorithm as illustrated by the flowchart in Figure 1. This algorithm programs in a nominal time of seven seconds. ctual programming time varies as a function of the programmer used. Data is presented in parallel (eight bits) on pins DQ0 to DQ7. Once addresses and data are stable, E\ is pulsed. The SNP! Pulse programming algorithm uses an initial pulse of 100μs followed by a byte verification to determine when the addressed byte has been successfully programmed. Up to ten 100μs pulses per byte are provided before a failure is recognized. The programming mode is achieved when G\ /V PP = 1 3 V, V CC = 6.5V, and E\ = V IL. More than one device can be programmed when the devices are connected in parallel. Locations can be programmed in any order. When the SNP! Pulse programming routine is complete, all bits are verified with V CC = 5V, G\ /V PP = V IL, and E\ = V IL. PROGRM INHIBIT Programming can be inhibited by maintaining high level input on E\. PROGRM VERIFY Programmed bits can be verified with G\ /V PP and E\ = V IL. SIGNTURE MODE The signature mode provides access to a binary code identifying the manufacturer and device type. This mode is activated when 9 (terminal 24) is forced to 12V ±0.5V. Two identifier bytes are accessed by 0 (terminal 10); i.e., 0 = V IL accesses the manufacturer code, which is output on DQ0- DQ7; 0 = V IH accesses the device code, which is also output on DQ0-DQ7. ll other addresses must be held at V IL. Each byte possesses odd parity on bit DQ7. The manufacturer code for these devices is 97h and the device code is 85h. 3

4 FIGURE 1. SNP! PULSE PROGRMMING FLOW CHRT STRT ddress = First Location V CC = 6.5V ± 0.25V, G\ /V PP = 13V ± 0.25V Program One Pulse = t W = 100μs Increment ddress Program Mode Last ddress? No Yes ddress = First Location X = 0 Program One Pulse = t W = 100μs No Increment ddress Verify Word Fail X = X+1 X = 10? Pass Interactive Mode No Last ddress? Yes V CC = 5V ± 0.5V, G\ /V PP = V IL Yes Device Failed Compare ll Bytes to Original Data Fail Final Verification Pass Device Passed 4

5 BSOLUTE MXIMUM RTINGS* Supply Voltage Range, V CC ** V to +7.0V Supply Voltage Range, V pp ** V to +14.0V Input Voltage Range, ll inputs except 9** V to 6.5V V to +13.5V Output Voltage Range** V to V CC +1V Operating Cage Temperature Range, T C C to 125 C Storage Temperature Range, T stg C to 150 C *Stresses greater than those listed under bsolute 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 operation section of this specification is not implied. Exposure to absolute maximum rating conditions for extended periods may affect reliability. ** ll voltage values are with respect to GND. RECOMMENDED OPERTING CONDITIONS MIN NOM MX UNIT V CC Supply Voltage 1 Read Mode V SNP! Pulse programming algorithm V G\ /V PP 2 Supply Voltage SNP! Pulse programming algorithm V V ID Voltage level on 9 for signature mode V V IH High-level DC input voltage TTL 2 V CC +1 V CMOS V CC -0.2 V CC +1 V V IL Low-level DC input voltage TTL V CMOS V T C Operating case temperature C NOTES: 1. V CC must be applied before or at the same time as G\ /V PP and removed after or at the same time as G\ /V PP. The deivce must not be inserted into or removed from the board when G\ /V PP or V CC is applied. 2. G\ /V PP can be connected to V CC directly (except in the program mode). V CC supply current in this case is I CC + I PP. ELECTRICL CHRCTERISTICS OVER RECOMMENDED RNGES OF OPERTING CONDITIONS PRMETER TEST CONDITIONS MIN TYP 1 MX V OH High-level output voltage I OH = -400μ 2.4 V OL Low-level output voltage I OL = 2.1m 0.4 I I Input current (leakage) V I = 0V to 5.5V 10 I O Output current (leakage) V O = 0V to V CC 10 I PP G\ /V PP supply current (during program pulse) 2 G\ /V PP = 13V I CC1 V CC supply current (standby) TTL-Input Level V CC = 5.5V, E\=V IH 500 CMOS-Input Level V CC = 5.5V, E\=V CC 325 E\=V IL, V CC =5.5V I CC2 V CC supply current (active) t cycle = minimum cycle time, outputs open NOTES: 1. Typical values are at T C =25 C and nominal voltages. 2. This parameter has been characterized at 25 C and is not production tested

6 CPCITNCE OVER RECOMMENDED RNGES OF SUPPLY VOLTGE ND OPERTING CSE TEMPERTURE, f = 1MHz* PRMETER TEST CONDITIONS TYP** UNIT C I Input capacitance V I = 0V 6 pf C O Output capacitance V O = 0V 10 pf C G /V PP G\ /V PP input capacitance G\ /V PP = 0V 20 pf * Capacitance measurements are made on sample basis only. ** ll typical values are at T C = 25 C and nominal voltages. UVEPROM SWITCHING CHRCTERISTICS OVER RECOMMENDED RNGES OF SUPPLY VOLT- GE ND OPERTING CSE TEMPERTURE PRMETER TEST CONDITIONS 1, MIN MX MIN MX MIN MX t a() ccess time from address ns t a(e) ccess time from E\ ns t en(g) Output enable time from G\ /V PP ns t dis See Figure 2 Output disable time from G\ /V PP or E\, whichever occurs first ns t v() Output data valid time after change of address, E\, or G\, whichever occurs first ns NOTES: 1. Timing measurements are made at 2V for logic high and 0.8V for logic low. (see Figure 2) 2. Common test conditions apply for t dis except during programming. 3. Value calculated from 0.5V delta to measured output level. This parameter is only sampled and not 100% tested. UNIT RECOMMENDED TIMING REQUIREMENTS FOR PROGRMMING: V CC = 6.5V and G\ /V PP = 13V (SNP! Pulse), T C = 25 C (see Figure 2) MIN NOM MX UNIT t dis(e) Output Disable Time from E\ ns t h() Hold Time, address 0 μs t h(d) Hold Time, Data t h(vpp) Hold Time, G\ /V PP t w(ipgm) Pulse Duration, Initial Program μs t rec(pg) Recovery Time, G\ /V PP t su() Setup Time, ddress t su(d) Setup Time, Data t su(vpp) Setup Time, G\ /V PP t su(vcc) Setup Time, V CC t v(eld) Data Valid from E\ Low 1 μs t r(pg) G\ /V PP Rise Time 50 ns 6

7 PRMETER MESUREMENT INFORMTION 2.08V Output Under Test CL = 100 pf 1 R L = 800Ω NOTES: 1. C L includes probe and fixture capacitance. FIGURE 2. LOD CIRCUIT ND VOLTGE WVEFORM C testing inputs are driven at 2.4V for logic high and 0.4V for logic low. Timing measurements are made at 2V for logic high and 0.8V for logic low for both inputs and outputs. FIGURE 3. RED-CYCLE TIMING 7

8 FIGURE 4. PROGRM-CYCLE TIMING (SNP! PULSE PROGRMMING) NOTES: 1. G\ /V PP = 13V and V CC = 6.5V for SNP! Pulse programming. 8

9 MECHNICL DEFINITION* Micross Case #110 (Package Designator J) SMD , Case Outline X D S2 Q E L Pin 1 S1 b2 e b e c NOTE: These dimensions are per the SMD. Micross package dimensional limits may differ, but they will be within the SMD limits. *ll measurements are in inches. 9

10 ORDERING INFORMTION EXMPLE: -25JM Device Number Speed ns Package Type Operating Temp. -15 J * -20 J * -25 J * *VILBLE PROCESSES M = Extended Temperature Range -55 o C to +125 o C 10

11 MICROSS TO DSCC PRT NUMBER CROSS REFERENCE* Micross Package Designator J TI Part #** SMD Part # -15JM X -20JM X -25JM X * Micross part number is for reference only. Orders received referencing the SMD part number will be processed per the SMD. ** Parts are listed on SMD under the old Texas Instruments part number. Micross purchased this product line in November of

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