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scdq554xq square 0.134" 4-character 5x5 dot matrix serial input dot addr essable intelligent display? devices scdq554xp scdq554xr 2010-04-13 1 lead (pb) free produc t - rohs compliant yellow scdq5541p/q/r super-red scdq5542p/q/r green scdq5543p/q/r high efficiency green scdq5544p/q/r description the scdq5541x (yellow), scdq5542x (super-red), scdq5543x (green), and scdq5544x (high efficiency green) are four digit, dot addressable 5 x 5 dot matrix, serial input, alphanumeric intelligent display devices in a square format. the four digits are packaged in a rugged, high quality, optically transparent, plastic package sev - eral mounting options. the sip pin for standard display mounting and 90 bend sip for side mounting. addition - ally, a connector/header configur ation is also available for display side mounting. the on-board cmos has a 100 bit ram, one bit associ - ated with one led, each to generate user defined char - acters. in power down mode, quiescent current is <50 a. the scdq554xx is designed for work with the serial port of most common microprocessors. data is transferred into the display through the serial data input (data), clocked by the serial data clock (sdclk), and enabled by the load input (load). features ? four 3.40 mm (0.134") 5 x 5 dot matrix characters in red, yellow, super-red, gr een, or high efficiency green ? optimum display surface efficiency (display area to package ratio) ? square character format to display data in a vertical or horizontal format ? high speed data input rate: 5.0 mhz ? romless serial input, dot addressable display? ideal for user defined characters ? built-in decoders, multiplexers and led drivers ? readable from 1.8 meters (6 feet) ? wide viewing angle, 55 in x-axis and y-axis ? attributes: ? 100 bit ram for user defined characters ? eight dimming levels ? power down model (<250 w) ? software clear function ? lamp test ? 3.3 v capability
2010-04-13 2 scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r ordering information type color of emission character height mm (inch) ordering code scdq5541p yellow 3.2 (0.134) q68100a1472p scdq5542p super-red q68100a1078p scdq5543p green q68100a1473p scdq5544p high efficiency green q68100a1474p scdq5541q yellow 3.2 (0.134) q68100a1472q scdq5542q super-red q68100a1078q scdq5543q green q68100a1473q scdq5544q high efficiency green q68100a1474q SCDQ5541R yellow 3.2 (0.134) q68100a1472r scdq5542r super-red q68100a1078r scdq5543r green q68100a1473r scdq5544r high efficiency green q68100a1474r
scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r 2010-04-13 3 maximum ratings operation in excess of any of these conditions may result in permanent damage to this device ( t a = 25c) parameter symbol value unit operating temperature range t op ? 40 ? + 85 c storage temperature range t stg ? 40 ? + 100 c supply voltage v cc to gnd (non-operating) v cc -0.5 to + 7.0 v input voltage, any pin to gnd -0.5 to v cc to 5.5 v solder temperature, connector only 1.59 mm (0.063?) below seating plane, t < 5.0 s t s 260 c relative humidity (non-condensing) 85 % esd (100 pf, 1.5 k ) v z 2.0 kv input current 100 ma power dissipation at 85c 0.65 w optical characteristics at 25 c ( v cc =5.0 v at 100% brightness level, viewing angle: x axis 55, y axis 65 ) description symbol values unit yellow scdq5541 super-red scdq5542 green scdq5543 high efficiency green scdq5544 luminous intensity (min.) character average (#displayed all digits) (typ.) i vpeak 1.8 5.4 1.8 5.4 1.8 5.4 2.1 6.4 mcd mcd peak wavelength (typ.) peak 583 630 565 568 nm dominant wavelength (typ.) dom 585 620 570 574 nm notes: 1. dot to dot intensity matching at 100% brightness is 1.8:1. 2. displays are binned for hue at 2.0 nm intervals. 3. displays within a given intensity category have an intensity matching of 1.5:1 (max.).
2010-04-13 4 scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r package outlines dimensions in mm (inch) idod5001 4.75 (0.187) 2.83 (0.112) typical package outline & matrix 10.16 (0.400) 3.4 (0.134) 3.4 (0.134) 5.08 (0.200) 19.91 (0.784) 5.08 (0.200) scdq554xp sip package 1) 1.65 (0.065) 0.38 (0.015) 5.96 (0.235) 0.25 (0.010) 2 (0.079) tolerance-non cum. pin 1 0.3 (0.012) x 0.46 (0.018) 0.05 (0.002) scdq554xq 90? sip package 1) 1.27 (0.050) 4.06 (0.160) pin 1 5.96 (0.235) 0.38 (0.015) 2 (0.079) 0.25 (0.010) 1) 11.3 (0.445) typ. 12.07 (0.475) max. 8.76 (0.345) typ. 9.27 (0.365) max. pin 1 4 (0.157) 9.98 (0.393) 0.38 (0.015) scdq554xr 90? connector/header package rohs compliant (lead-free) have a "z" marked to the right of the date code. 2) molex header, 53290-0510 mounted on the display. 3) molex receptacle, 52418-0510 mounted on the customer?s pcb. supplied by the customer. use pin 1 designation on this drawing, not the molex connector specification. 4) unless otherwise specified all tolerances are 0.25 (0.010). 0.25 (0.010) 0.3 (0.012) x 0.46 (0.018) 0.05 (0.002) 3) 1) 1) 1) 2) 1) part marking is on this side of the display. scdq554xx osram yyww vz 5) 5) part marking = pin 1 locator v = hue bin (no hue for red or orange) z = li bin yyww = date code
scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r 2010-04-13 5 input circuit the input resistor/diode network shown below is used for esd protection and to eliminate substrate latch-up caused by input voltage over/under shoot. inputs electrical char acteristics (over operating temperature, unless otherwise specified, t a = 25c) parameter min. typ. max. units conditions v cc 4.5 ? 5.5 v ? i cc (power down mode) ? ? 5.0 a v cc =5.0 v, all inputs=0 v or v cc i cc (16 dots on per digit) 1) ? 100 145 ma v cc =5.0 v, ?#? displayed in all 4 digits at 100% brightness at 25c v ih 3.5 ? ? v v cc =4.5 v to 5.5 v v il ? ? 1.5 v v cc =4.5 v to 5.5 v i ih ? ? 10 a v cc = v in= 5.0 v (all inputs) i il ? ? ?10 a v cc =5.0 v, v in =0 v (all inputs) internal mux frequency 375 768 1086 hz ? ja ? 65 ? c/w ? notes: 1) i cc is an average value, the peak current is 5 / 3 x i cc . 2) contact manufacturer for 3.3 volt operation. pinout and pin definitions pin function definitions 1 load low input enables data clocking into 8-bit serial shift register. when load goes high, the contents of 8- bit serial shift register will be decoded. 2 sdata serial data input 3 sdclk loads data into the 8-bit serial data register on a low to high transition 4 v cc power supply 5 gnd power supply ground idcd5021 gnd 1 k input cc v
2010-04-13 6 scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r close up of data ?write? cycle device timing write cycle timing (over operating temperature range, v cc = v ll =4.5 v to 5.5 v) symbol description min. max. units t lds load setup time 50 ? ns t ds data setup time 50 ? ns t sdclk clock period 200 ? ns t sdcw (hi or low) clock width 70 ? ns t ldh load hold time 0 ? ns t dh data hold time 25 ? ns t wr total write time 2.25 ? s t bl time between writes 600 ? ns t rst reset active time 600 ? ns notes: 1. t wr =setup time + 8 clock times + hold times + time between writes. 2. data is shifted into the display?s 8 bit shift register on the positive going edge of the sdclk. 3. shift register data is evaluated when load goes high. load load data data sdclk sdclk d0 d1 d2 d3 d4 d5 d6 d7 d0 d1 d2 d3 d4 d5 d6 d7 d0 d0 bl t wr t or
scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r 2010-04-13 7 dot matrix format suggested display mounting sip package operation of the scdq554xx the scdq554xx display consists of a cmos ic containing con - trol logic and drivers for four 5 x 5 characters. these components are assembled in a compact plastic package. individual led dot addressablity allows the user great freedom in creating special characters or mini-icons. the user definable character set examples illustrate 200 different character and sym - bol possibilities. each example has the hexadecimal code required to display characters in a horizontal or vertical format. see figures above, suggested display mounting, for the display positioning. generally, the contacts should be on the right side of the display for the vertical format and on the top of the display for the horizon - tal format. character address, row, & column data map 1. viewed from the led side of the display with the display in a horizontal position. 2. the row address and column data are typical for all character posi - tions. the led is on when the data bit = 1 and off when the data bit = 0. suggested display mounting 90 sip connector / header packages the serial data interface provides a highly efficient interconnection between the display and the mother board. the scdq554xx requires only three input lines as compared to 15 for an equivalent four character parallel input part. the on-board cmos ic is the electronic heart of the display. the ic accepts decoded serial data, which is stored in the internal ram. asynchronously the ram is read by the character multi - plexer at a strobe rate that results in a flicker free display. shows the three functional areas of the ic. these include: the input serial data register and control logic, a 100 bits two port ram, and an internal multiplexer/display driver. idod5012 3.4 (0.134) 3.4 (0.134) 0.79 (0.031) 0.79 (0.031) idpa5101 pcb at the top of the display pins/conector located pins/conector located at the top of the display sip package idpa5106 char 0 char 1 char 2 char 3 pins/conector located at the top of the display col3(d3) col4(d4) col2(d2) col1(d1) col0(d0) rw3 rw2 rw1 rw0 rw4 idpa5102 pcb pcb 90? sip connector/header packages
2010-04-13 8 scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r scdq block diagram the following explains how to format the serial data to be loaded into the display. the user supplies a string of bit mapped de coded char - acters. the contents of this string is shown in figure ?loading serial character data a? ( page 8 ). figure ?loading serial character data b? ( page 8 ) shows that each character consists of six 8 bit words. the first word encodes the display character location and the suc - ceeding five bytes are row data. the row data represents the stat us (on, off) of individual column leds. figure ?loading serial character data c? ( page 8 ) shows that each 8 bit word is formatted to include a three bit operational code (opcode) defined by bits d7?d5 and five bits (d4?d0) representing column data, character address, or control word data. figure ?loading serial character data d? ( page 8 ) shows the sequence for loading the bytes of data. bringing the load line low enables the serial register to accept data. the shift action occurs on the low to high transition of the serial data clock (sdclk). the least significant bit (d0) is loaded first. after eight clock pulses the load line is brought high. with this transition the opcode is decoded. t he decoded opcode directs d4?d0 to be latched in the character address register, stored in the ram as column data, or latched in the contr ol word register. the control ic requires a minimum 600 ns delay between successive byte loads. loading serial character data idbd5061 & serial data register d7 d6 d5 opcode d4 d3 d2 d1 d0 data opcode decoder 3 character adddress register register word control 5 software clear 3 address decode character/row write display multiplexer 20 x 5 bit dual port ram column output power down brightness lamp test column logic & driver 20 & driver row decoder 5 4 - 5 x 5 characters oscillator & timing counter chain load sdata sdclk 20 idtc5043 d0 0 character 0 d1 0 d2 0 d3 0 d4 address opcode d5 d7 1 0 d6 1 tbl 600 ns min. column data c4 d0 c3 d1 c2 d2 d4 c0 c1 d3 opcode d5 0 d6 0 0 d7 min. 600 ns tbl d character address 0 row 0 column data row 1 column data row 2 column data row 3 column data row 4 column data c b c a character 0 character 1 character 2 character 3 b load sdclk data d0 d1 d2 d3 d4 d5 d6 d7 tbl dd d
scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r 2010-04-13 9 the character address bits, d4?d0 stored in the character address register and the column data instruction?s row address bits, d7?d5, direct the column data bits, d4?d0 to specific ram location. see the instruction set table for address and data format. figure ?writing character ?d? example? ( page 9 ) shows the row address for the example character ?d? see figure ?character address, row, & column data map? ( page 7 ) for the dot positioning (display contacts are at the top of the display). column data is written and read asynchronously from the 200 bit ram. once loaded the internal oscillator and character multiplexer reads the data from the ram. these characters are row strobed with column data as shown in figure ?row strobe example? ( page 10 ). the character strobe rate is determined by the internal ic?s320 counter. row and column locations for a character ?d? instruction set operation d 7 d 6 d 5 d 4 d 3 d 2 d 1 d 0 hex description control word 1 1 1 1 l t b r b r b r f0+x select control word plus operand see control word format power down mode 1 1 1 1 1 1 1 1 ff power down mode?0% brightness sft clear 1 1 0 0 0 0 0 0 c0 software clear address 1 0 1 0 0 0 0 0 a0 select digit address 0 register 1 0 1 0 0 0 0 1 a1 select digit address 1 chr adrs 1 0 1 0 0 0 1 0 a2 select digit address 2 0?3 1 0 1 0 0 0 1 1 a3 select digit address 3 column data 0 0 0 d 4 d 3 d 2 d 1 d 0 00+x row 0 d4?d0=column data 0 0 1 d 4 d 3 d 2 d 1 d 0 20+x row 1 d4?d0=column data 0 1 0 d 4 d 3 d 2 d 1 d 0 40+x row 2 d4?d0=column data 0 1 1 d 4 d 3 d 2 d 1 d 0 60+x row 3 d4?d0=column data 1 0 0 d 4 d 3 d 2 d 1 d 0 80+x row 4 d4?d0=column data row data is written to the character address contained in the character address register. writing character ?d? example op code d7 d6 d5 column data d4 d3 d2 d1 d0 c0 c1 c2 c3 c4 hex row 0 000 11110 1e row 1 001 10001 31 row 2 010 10001 51 row 3 011 10001 71 row 4 100 11110 9e idxx5181 row 0 row 1 row 2 row 3 row 4 01234 previously "on" led on led off led columns
scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r 2010-04-13 10 row strobe example the user can activate four control functions. these include: led brightness level, lamp test, ic power down, or display clear. opcodes and five bit words are used to initiate these functions. the opcodes and control words for the character address and loading column data are shown in instruction set table. the user can select seven specific led brightness levels. these brightness levels (in percentages of full brightness of the display) include: 100% (f0hex), 53% (f1hex), 40% (f2hex), 27% (f3hex), 20% (f4hex), 13% (f 5hex), and 6.6% (f6hex). the brightness levels are controlled by changing the duty factor of the row strobe pulse. the scdq554x offers a unique display power down feature which reduces i cc to less than 50 a. when ffhex is loaded the display is set to 0% brightness and the internal multiplex clock is stopped. when in the power down mode data may still be written into the ram. the display is reactivated by loading a new right - ness level control word into the display. the lamp test is enabled by loading f8hex into the serial shift register. this control word sets all of the leds to a 53% bright - ness level. operation of the lamp test has no affect on the ram and is cleared by loading a brightness control word. the software clear (c0hex) clears the address register and the ram. the display is blanked and the character address register will be set to character 0. the internal counter and the control word register are unaffected. the software clear will remain active until the next data input cycle is initiated. electrical & mechanical considerations interconnect considerations optimum product performance can be had when the following electrical and mechanical recommendations are adopted. the scdq554xx?s ic is constructed in a high speed cmos process, consequently high speed noise on the serial data, serial data clock, and load lines may cause incorrect data to be written into the serial shift register. adhere to transmission line ter - mination procedures when using fast line drivers and long cables (>10 cm). good digital grounds (pin 1) and power supply decoupling (pin 2) will insure that i cc (<350 ma peak) switching currents do not gen - erate localized ground bounce. therefore it is recommended that each display package use a 0.1 f and 20 f capacitor between v cc and ground. idxx5182 row 0 row 1 row 2 row 3 row 4 01234 columns load row 0 load 4 row 4 columns 1 0 2 3 row 3 row 1 row 0 row 2 load row 1 columns row 4 1 0 2 4 3 load row 2 row 2 row 1 row 3 row 0 row 4 0 columns 2 13 4 load row 3 row 0 row 3 row 1 row 2 row 4 columns 012 4 3 row 2 row 1 row 3 row 0 load row 4 row display brightness op code d7 d6 d5 control word d4 d3 d2 d1 d0 hex operation level 111 10 0 0 0 f0 100% 111 10 0 0 1 f1 53% 111 10 0 1 0 f2 40% 111 10 0 1 1 f3 27% 111 10 1 0 0 f4 20% 111 10 1 0 1 f5 13% 111 10 1 1 0 f6 6.6% power down op code d7 d6 d5 control word d4 d3 d2 d1 d0 hex operation level 111 11 1 1 1 ff 0% brightness lamp test op code d7 d6 d5 control word d4 d3 d2 d1 d0 hex operation level 111 10 b b b lamp test (off) 111 11 0 0 0 f8 lamp test (on) software clear op code d7 d6 d5 control word d4 d3 d2 d1 d0 hex operation level 110 00 0 0 0 c0 clear
scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r 2010-04-13 11 esd protection the input protection structure of the scdq554xx provides signifi - cant protection against esd damage. it is capable of withstanding discharges greater than 2.0 kv. take all the standard precautions, normal for cmos components. these include properly grounding personnel, tools, tables, and transport carriers that come in con - tact with unshielded parts. if these conditions are not, or cannot be met, keep the leads of the device shorted together or the parts in anti-static packaging. soldering co nsiderations the scdq554xx can be hand soldered with sn63 solder using a grounded iron set to 260c. wave soldering is also possible following these conditions: pre - heat that does not exceed 93c on the solder side of the pc board or a package surface temperature of 85c. water soluble organic acid flux (except carboxylic acid) or resin-based rma flux without alcohol can be used. wave temperature of 245c 5c with a dwell between 1.5 s to 3.0 s. exposure to the wave should not exceed temperatures above 260c for five seconds at 1.59 mm (0.063") below the seat - ing plane. the packages should not be immersed in the wave. the scdq554xr connects to an external connector receptacle which may be soldered before inserting the scdq554xr display. in this way, only the connector is subject to the user?s soldering process. the molex 52418-0510 receptacle called out in the prod - uct drawing can be used in solder reflow processes. see molex for specifications. post solder cleaning procedures the least offensive cleaning solution is hot d.i. water (60c) for less than 15 minutes. addition of mild saponifiers is acceptable. do not use commercial dishwasher detergents. for faster cleaning, solvents may be used. exercise care in choos - ing solvents as some may chemically attack the nylon package. for further information refer to appnotes 18 and 19 at www.osram-os.com or in the current short form catalogue. see appnote 19, table 2, ?displays?group 2?. optical considerations the 3.12 mm (0.123") high character of the scdq554xx gives readability up to five feet. proper filter selection enhances readabil - ity over this distance. using filters emphasizes the contrast ratio between a lit led and the character background. this will increase the discrimination of different characters. the only limitation is cost. take into consider - ation the ambient lighting environment for the best cost/benefit ratio for filters. incandescent (with almost no green) or fluorescent (with almost no red) lights do not have the flat spectral response of sunlight. plas - tic band-pass filters are an inexpensive and effective way to strengthen contrast ratios. the scdq5542x is a super-red display and should be matched with long wavelength pass filter in the 570 nm to 590 nm range. the scdq5541x/3x/4x should be matched with a yellow-green band-pass filter that peaks at 565 nm. for displays of multiple colors, neutral density grey filters offer the best compromise. additional contrast enhancement is gained by shading the dis - plays. plastic band-pass filters with built-in louvers offer the next step up in contrast improvement. plastic filters can be improved further with anti-reflective coatings to reduce glare. the trade-off is fuzzy characters. mounting the filters close to the display reduces this effect. take care not to overheat the plastic filter by allowing for proper air flow. optimal filter enhancements are gained by using circular polarized, anti-reflective, band-pass filters. the circular polarizing further enhances contrast by reducing the light that travels through the fil - ter and reflects back off the display to less than 1%. several filter manufacturers supply quality filter materials. some of them are: panelgraphic corporation, w. caldwell, nj; sgl homa - lite, wilmington, de; 3m company, visual products division, st. paul, mn; polaroid corporation, polarizer division, cambridge, ma; marks polarized corporation, deer park, ny, hoya optics, inc., fremont, ca. one last note on mounting filters: recessing displays and bezel assemblies is an inexpensive way to provide a shading effect in overhead lighting situations. several bezel manufacturers are: r.m.f. products, batavia, il; nobex components, griffith plastic corp., burlingame, ca; photo chemical products of california, santa monica, ca; i.e.e.-atlas, van nuys, ca.
2010-04-13 12 scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r scdq554xx interface to siem ens/intel 8031 microprocessor (using serial port in mode 0) scdq554xx interface to siem ens/intel 8031 microprocessor (using one bit of parallel port as serial input) microprocessor interface the microprocessor interface is through the serial port, spi port or one out of eight data bits on the eight bit parallel port and also control lines sdclk and load. power up sequence upon power up display will come on at random. thus the display should be reset at power-up. the reset will set the address regi ster to digit 0, user ram is set to 0 (display blank) the control word is set to 0 (100% brightness with lamp test off) and the interna l counters are reset. scdq554xx interface with moto rola 68hc05c4 microprocessor (using spi port) idcd5022 cc v rxd txd p3.3 8031 xtal rst cc v scdq554xx sdata sdclk load 2 3 1 cc v 0.01 f + 20 f 4 5 idcd5023 cc v p0.0 p3.6 p3.0 8031 xtal rst cc v scdq554xx sdata sdclk load 2 3 1 cc v 0.01 f + 20 f 4 5 idcd5024 cc v p0.0 sclk mosi 68hc05 xtal rst cc v scdq554xx sdata sdclk load 2 3 1 cc v 0.01 f + 20 f 4 5
scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r 2010-04-13 13 loading data in to the display use following procedure to load data into the display: 1. power up the display. 2. step a: software clear the display. 3. step b: load the control word with the desired brightness level. 4. load the digit address into the display. 5. load display row and column data for the selected digit. 6. repeat steps 4 and 5 for all digits. data contents for the display in a horizontal format ? ab ? step d7 d6 d5 d4 d3 d2 d1 d0 function a b (optional) 11 0 11 1 0000 0 10bb b clear brightness select 1 2 3 4 5 6 10 1 000 00 1 01 0 01 1 10 0 00000 00100 01110 10101 00100 00100 digit d0 select row 0 d0 ( ) row 1 d0 ( ) row 2 d0 ( ) row 3 d0 ( ) row 4 d0 ( ) 7 8 9 10 11 12 10 1 000 00 1 01 0 01 1 10 0 00001 00100 01010 11111 10001 10001 digit d1 select row 0 d1 (a) row 1 d1 (a) row 2 d1 (a) row 3 d1 (a) row 4 d1 (a) 13 14 15 16 17 18 10 1 000 00 1 01 0 01 1 10 0 00010 11110 01001 01110 01001 11110 digit d2 select row 0 d2 (b) row 1 d2 (b) row 2 d2 (b) row 3 d2 (b) row 4 d2 (b) 19 20 21 22 23 24 10 1 000 00 1 01 0 01 1 10 0 00011 00100 00100 10101 01110 00100 digit d3 select row 0 d3 ( ) row 1 d3 ( ) row 2 d3 ( ) row 3 d3 ( ) row 4 d3 ( )
2010-04-13 14 scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r user definable character set examples* upper and lower case alphabets numerals and punctuation *caution: no more than 128 leds ?on? at one time at 100% brightness. idcs5081 hex code code hex code hex code hex code hex code hex code hex code hex code hex 91 71 2a 5f 04 1e 29 4e 69 9e 0f 30 50 70 8f 1f 30 5e 70 9f 0f 30 53 71 8f 11 31 5f 71 91 0e 24 44 64 8e 01 21 41 71 8e 13 34 58 74 93 10 30 50 70 9f 11 3b 55 71 91 11 39 55 73 91 0e 31 51 71 8e 1e 31 5e 70 90 0c 32 56 72 8d 1e 31 5e 74 92 0f 30 4e 61 9e 1f 24 44 64 84 11 31 51 71 8e 11 31 51 6a 84 11 31 55 7b 91 11 2a 44 6a 91 11 2a 44 64 84 1f 22 44 68 9f 00 2e 52 72 8d 00 26 42 72 8c 00 23 44 62 8c 10 30 5e 71 9e 10 30 56 78 96 08 3c 48 6a 84 00 2f 50 70 8f 0c 24 44 64 8e 00 32 52 72 8d 01 21 4f 71 8f 00 2a 55 71 91 00 31 51 6a 84 00 2e 5f 70 8e 00 36 59 71 91 00 31 55 7b 91 04 2a 48 7c 88 00 2e 51 71 8e 00 32 4c 6c 92 00 2f 50 73 8f 00 3e 51 7e 90 00 31 4a 64 98 10 30 56 79 91 00 2f 51 6f 81 00 3e 44 68 9e 04 20 4c 64 8e 00 33 54 78 90 00 29 4d 6b 89 08 24 42 89 65 00 29 46 89 66 0f 22 44 8f 62 0c 22 41 8c 62 01 2e 41 8e 61 00 22 49 88 7e 08 2a 45 80 61 00 2e 49 82 61 00 25 45 9f 62 00 21 5f 80 71 07 28 44 87 68 04 2a 4a 8f 6a 08 28 44 8f 62 00 21 57 80 65 00 31 5f 80 71 1f 24 44 9f 64 01 2e 55 8e 71 11 39 55 91 73 03 24 44 9f 62 0b 2b 49 86 69 10 28 47 90 68 08 34 54 9f 74 17 35 51 8e 71 10 34 54 9f 74 11 35 55 9f 75 0e 31 51 8e 71 11 2a 44 91 6a 00 28 52 82 6f 04 2d 4d 86 6d 1f 25 45 82 65 1c 22 41 9c 62 09 29 49 86 69 01 21 41 9f 61 02 25 45 9f 65 01 2e 49 86 69 10 30 5f 90 70 11 31 4a 9f 64 1e 21 41 82 61 07 2c 54 87 6c 0a 35 55 91 7f 11 31 51 8e 71 0e 31 51 91 7f 1f 28 44 9f 68 9e 29 49 69 1e 30 5e 70 1f 90 9f 22 44 68 1f 35 56 74 9f 08 55 89 75 12 35 1e 9e 61 41 21 44 62 9f 22 1f 8f 07 48 64 28 86 69 49 29 06 84 6a 4a 2a 0f code hex code hex hex code hex code hex code hex code idcs5082 hex code code hex code hex code hex code hex code hex code hex code hex code hex 8e 79 33 55 0e 04 2c 44 64 8e 1e 21 46 68 9f 06 2a 5f 62 82 06 28 5e 71 8e 1f 22 44 68 88 0e 31 4e 71 8e 0e 31 4f 62 8c 0a 3f 4a 7f 8a 0f 34 4e 65 9e 06 29 5c 68 9f 19 3a 44 6b 93 08 34 4d 72 8d 0c 2c 44 68 80 02 24 44 64 82 08 24 44 64 88 0c 2c 48 64 80 04 24 5f 64 84 00 2c 4c 64 88 00 20 5f 60 80 00 20 40 6c 8c 01 22 44 68 90 04 24 44 60 84 0a 2a 40 60 80 10 28 44 62 81 0e 31 42 64 88 1c 24 44 64 9c 06 24 48 64 86 0e 35 57 70 8e 0c 24 42 64 8c 00 20 40 60 9f 04 24 40 64 84 0c 2c 40 6c 8c 11 2a 44 6e 84 0c 20 4c 64 88 15 2e 5f 6e 95 02 24 48 64 82 04 2a 51 60 80 00 3f 40 7f 80 08 35 42 60 80 08 24 42 64 88 08 34 52 88 71 00 31 5b 80 64 00 24 5b 80 71 00 20 5b 80 60 04 28 50 84 68 00 24 4a 80 71 0a 35 55 8a 75 10 38 54 90 73 00 31 4e 80 60 00 38 40 80 78 0a 2a 4a 8a 6a 00 31 42 80 64 00 20 5d 80 60 00 20 5c 80 7a 02 35 55 86 6d 12 35 55 9d 75 04 3f 54 84 6c 05 22 4d 8a 75 10 28 44 81 62 00 20 56 80 75 00 20 5b 80 7b 01 21 41 81 61 04 24 44 84 64 0c 35 5d 8e 71 12 35 5f 81 75 00 20 5f 91 71 01 22 44 90 68 04 24 5f 84 64 0a 3f 4a 8a 7f 0c 36 55 88 75 0e 39 55 8e 73 00 21 5f 80 69 09 35 55 91 73 0a 35 55 91 75 09 31 55 85 6f 9e 21 4e 61 1e 30 5e 61 1f 9e 99 2b 44 7a 13 20 4e 71 80 00 5a 80 7c 00 20 00 80 6d 4e 20 43 63 80 20 00 90 10 47 6a 2a 95 6e 5f 2e 15 88 70 48 24 08 code hex code hex hex code hex code hex code 07 87 64 44 24 11 80 5f 60 31
scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r 2010-04-13 15 user definable character set examples* (continued) scientific notations, ect. foreign characters *caution: no more than 128 leds ?on? at one time at 100% brightness. idcs5083 hex code code hex code hex code hex code hex code hex code hex code hex code hex 86 6e 2e 5e 06 04 24 48 71 8e 1f 20 59 75 93 0e 20 4a 64 8a 0c 32 56 71 96 0e 24 4e 71 8e 00 24 4a 71 9f 10 3c 52 72 81 0e 31 5f 71 8e 10 28 44 6a 91 09 29 49 6e 90 01 2e 54 64 84 04 2e 55 6e 84 0e 31 51 6a 9b 01 2e 5a 6a 8a 0f 32 52 72 8c 1f 28 44 68 9f 18 24 48 7c 80 1c 28 44 78 80 12 36 5a 67 80 06 21 5a 67 80 07 22 59 66 80 1c 34 5c 60 80 0f 28 48 78 88 00 24 4e 7f 8e 04 22 5f 62 84 00 27 4f 78 9c 00 2e 5f 6e 84 04 28 5f 68 84 00 3c 5f 63 87 0e 3f 4e 64 80 1f 31 51 71 9f 00 20 40 60 83 04 3e 5f 7e 84 08 2c 4a 78 98 00 20 40 67 9f 04 2f 5f 6f 84 0a 35 4a 75 8a 00 23 5f 7f 9f 0e 2e 4e 6e 8e 15 2a 55 6a 95 0c 3c 5c 7c 9c 00 3f 5f 7f 80 1f 35 5f 75 9f 15 2e 44 64 84 04 2e 55 64 84 00 3f 5f 7c 80 04 24 55 6e 84 0e 3f 5b 7f 8e 10 28 5f 90 68 00 20 5f 8f 7f 0f 2f 47 87 67 03 23 43 81 61 01 21 40 80 60 03 27 4d 8c 6c 0c 2c 4d 83 67 04 2e 55 84 64 04 24 55 84 6e 1f 31 51 9f 71 00 24 48 83 7f 1f 35 5f 9f 75 0e 3f 5b 8e 7f 04 22 5f 84 62 03 25 49 83 65 02 35 5d 82 75 10 2f 48 84 6f 10 30 50 82 7f 04 28 5f 84 68 0e 2e 4e 8e 6e 00 20 5c 9c 74 0d 33 50 8d 73 02 2d 55 8f 70 11 2e 51 8e 71 00 35 52 80 75 04 2a 5f 84 6a 14 3a 52 84 64 00 3f 5f 80 7f 0e 2e 5f 84 6e 04 2e 5f 8e 6e 02 3e 4a 84 64 08 3c 5e 88 7c 01 22 44 91 6a 04 2e 4f 84 6e 02 27 4f 82 67 00 20 4a 92 76 0e 35 55 8e 75 01 26 48 9e 68 00 3f 5f 84 6e 02 21 59 82 65 17 31 52 97 74 13 34 54 97 72 1c 22 42 81 7e 91 20 56 79 1f 32 52 72 0d 8d 84 28 4f 68 10 3e 51 71 8e 10 55 91 7b 11 31 00 92 7a 54 20 52 64 84 36 0a 8a 0a 4a 75 35 95 6a 55 2a 15 8e 6e 4e 2c 0c code hex code hex hex code hex code hex code hex code 80 6e 04 5f 2e 6e 84 2e 5e 04 idcs5084 hex code code hex code hex code hex code hex code hex code hex code hex code hex 84 62 21 5f 1f 1f 21 46 64 88 01 22 46 6a 82 00 3f 44 64 9f 08 3f 49 6a 88 1f 21 45 67 8c 02 3f 51 62 8c 08 3f 49 69 92 04 3f 44 7f 84 0f 29 51 62 8c 08 2f 52 62 82 0f 21 41 61 9f 0a 3f 4a 62 8c 19 21 59 62 9c 0f 29 55 63 8c 01 3e 42 7f 86 15 35 55 62 8c 0e 20 5f 64 98 08 28 4c 6a 90 04 3f 44 64 98 0e 20 40 60 9f 1f 21 4a 64 9a 04 3e 44 6e 95 04 24 44 68 90 10 3f 50 70 8f 12 32 52 64 88 0a 2e 51 7f 91 1f 21 41 62 8c 04 34 54 75 96 02 24 4c 64 8e 0e 20 4e 60 8f 1e 25 4f 74 8f 04 2a 4e 71 8e 04 28 51 7f 81 0f 34 5f 74 97 0a 34 52 7a 96 01 21 4a 64 8a 0f 30 4f 64 98 08 24 51 71 8e 1f 28 5f 68 87 0f 33 55 79 9e 02 24 51 71 8e 1e 22 42 62 9f 0f 34 57 74 8f 04 2a 51 71 8e 1f 21 5f 61 9f 00 2a 5f 74 8b 0e 20 5f 61 8e 08 24 4e 72 8f 06 29 51 86 69 06 31 49 86 61 06 21 49 86 71 00 37 49 8f 72 02 2d 55 82 6d 00 31 4f 80 65 07 3a 4a 87 7a 00 3c 42 9c 61 02 21 5f 8f 60 0d 35 5f 92 75 15 35 5f 8f 74 15 35 5f 8e 71 01 27 4d 82 75 06 35 55 84 75 0c 3a 49 8c 69 1e 32 57 90 71 1e 32 55 84 79 00 20 5c 81 62 1f 35 55 95 75 01 3f 51 91 71 01 2a 5f 89 6a 1c 22 41 95 75 0c 2a 48 88 7f 08 3f 4c 89 6a 09 29 4f 89 69 08 3e 49 88 7d 18 35 52 91 75 15 35 55 94 7e 18 25 42 80 65 07 22 52 86 6a 08 28 5e 89 69 01 35 55 80 75 1c 32 51 84 79 1c 32 51 90 71 09 29 49 9e 69 04 34 56 85 75 0a 2a 5f 8a 6a 0e 29 48 89 7e 1c 36 55 94 74 18 34 56 90 71 10 2f 44 80 62 0e 29 59 8c 68 08 2f 48 84 78 86 3f 51 61 04 3f 46 6a 02 92 91 31 51 71 1f 2f 4b 6a 8a 12 5d 9c 61 1c 22 00 9f 64 42 20 51 71 81 31 01 89 14 56 75 34 8f 73 55 39 1e 86 6d 46 2d 05 code hex code hex hex code hex code hex code hex code 91 71 04 51 22 60 87 28 50 07
2010-04-13 16 scdq5541p/q/r, scdq5542p/q/r, scdq5543p/q/r, scdq5544p/q/r p ublished by osram opto semico nductors gmbh wernerwerkstrasse 2, d-93049 regensburg www.osram-os.com ? all rights reserved. attention please! the information describes the type of component and shall not be considered as assured characteristics. terms of delivery and rights to change design reserv ed. due to technical requirements components may contain dangerous substances. for information on the types in question please contact our sales organization. if printed or downloaded, please find the latest version in the internet. packing please use the recycling operators known to you. we can also help you ? get in touch with your nearest sales office. by agreement we will take packing material back, if it is sorted. you must bear the costs of tr ansport. for packing material that is returned to us unsorted or which we are not obliged to accept, we shall have to invoice you for any costs incurred. components used in life-support devices or system s must be expressly authorized for such purpose! critical components 1) may only be used in life-support devices or systems 2) with the express written approval of osram os. 1) a critical component is a component used in a life-support device or system whose failure can reasonably be expected to cause t he failure of that life-support device or system, or to affect its safety or the effectiveness of that device or system. 2) life support devices or systems are intended (a) to be implanted in the human body, or (b) to support and/or maintain and susta in human life. if they fail, it is reasonable to assume that the health and the life of the user may be endangered. revision history: 2010-04-13 previous version: 2006-05-12 page subjects (major changes since last revision) date of change all lead free device 2006-01-23 4 package outlines updated 2010-04-13

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