SCDQ554xQ
Square 0.134" 4-Character
5x5 Dot Matrix Serial Input Dot Add ressable Intelligent Display® Devices
SCDQ554xP SCDQ554xR
2006-05-12 1
Lead (Pb) Free Product - 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 Ef ficiency
Green) are four digit, dot addressable 5 x 5 dot matrix,
serial input, alphanumeric Intel ligent Display devices in a
square format. The four digit s 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/he ader configura tion is also a vailab le f or
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 µA.
The SCDQ554XX is designed f or work with the serial port
of most common microprocessors. Data is transferred into
the displa y throu gh the Serial Data Input ( DATA), cloc k ed
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, Green, or High Efficiency
Green
• Optimum Display Surf ace 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 µW)
– Software Clear Function
– Lamp Test
– 3.3 V Capability
2006-05-12 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
2006-05-12 3
Maximum Ratings
Operation in excess of any of these conditions may result in permanent damage to this device (TA = 25°C)
Parameter Symbol Value Unit
Operating temperature range Top – 40 … + 85 °C
Storage temperature range Tstg – 40 … + 100 °C
Supply Voltage VCC to GND (non-operating) VCC -0.5 to + 7.0 V
Input Voltage, any Pin to GND -0.5 to VCC to 5.5 V
Solder Temperature, Connector only
1.59 mm (0.063“) below seating plane, t < 5.0 s TS260 °C
Relative Humidity (non-condensing) 85 %
ESD (100 pF, 1.5 kΩ) VZ2.0 kV
Input Current ± 100 mA
Power Dissipation at 85°C 0.65 W
Optical Characteristics at 25°C
(VCC=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.) IVpeak 1.8
5.4 1.8
5.4 1.8
5.4 2.1
6.4 mcd
mcd
Peak Wavelength (typ.) λpeak 583 630 565 568 nm
Dominant Wavelength (typ.) λdom 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 cate gory have an intensity matching of 1.5:1 (max.).
2006-05-12 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.
SCDQ5541P/Q/R, SCDQ5542P/Q/R, SCDQ5543P/Q/R, SCDQ5544P/Q/R
2006-05-12 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 characteristics (over operating temperature, unless other wise specified, TA = 25°C)
Parameter Min. Typ. Max. Units Conditions
VCC 4.5 —5.5 V —
ICC (Power Down Mode) — — 5.0 µA VCC=5.0 V, all inputs=0 V or VCC
ICC (16 dots on per digit)1) —100 145 mA VCC=5.0 V, “#” displayed in all 4 digits
at 100% brightness at 25×C
VIH 3.5 ——V VCC=4.5 V to 5.5 V
VIL — — 1.5 VVCC=4.5 V to 5.5 V
IIH — — 10 µA VCC=VIN=5.0 V (all inputs)
IIL — — –10 µA VCC=5.0 V, VIN=0 V (all inputs)
Internal Mux Frequency 375 768 1086 Hz —
θja —65 —°C/W —
Notes:
1) ICC is an average value, the Peak current is 5/3 x ICC.
2) Contact manufacturer for 3.3 volt operation.
Pinout and Pin Definitions
Pin Function Definitions
1LOAD 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.
2SDATA Serial data input
3SDCLK Loads data into the 8-bit serial data regist er on
a low to high transition
4VCC Power supply
5 GND Power supply ground
IDCD5021
GND
1 kΩInput
CC
V
2006-05-12 6
SCDQ5541P/Q/R, SCDQ5542P/Q/R, SCDQ5543P/Q/R, SCDQ5544P/Q/R
Close Up of Data “Write” Cycle
Device Timing
Write C y cle Timing
(over operating temperature range, VCC=VLL=4.5 V to 5.5 V)
Symbol Description Min. Max. Units
TLDS Load Setup Time 50 —ns
TDS Data Setup Time 50 —ns
TSDCLK Clock Period 200 —ns
TSDCW
(HI or LOW) Clock Width 70 —ns
TLDH Load Hold Time 0 — ns
TDH Data Hold Time 25 —ns
TWR Total Write Time 2.25 —µs
TBL Time Between Writes 600 —ns
TRST Reset Active Time 600 —ns
Notes:
1. TWR=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
2006-05-12 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 assemb le d in a compa ct pla sti c 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 possibili ties. E ach e xample has th e he xadecima l code requi red
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 inter f ace pro vides a h ighly effi cient in terconne ction
between the display and the moth er board. The SCDQ554XX
requires onl y th ree in put lines as co mpar ed to 15 for an equ iv al ent
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 in pu t se rial
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
0Char
1Char
2Char
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
2006-05-12 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 t o be loaded into the display. The user supplies a st ring of bit mapped decoded 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 char acte r consists o f six 8 bit w o rd s . The first word enco de s the d ispl ay characte r lo cation and the suc-
ceeding five b ytes are row data. The row data represents the status (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 f or load ing th e b ytes of da ta. Bringing the LO A D line lo w enab l es
the serial register to accep t data. The shift acti on occurs on the lo w to high tr ansition o f the serial data cloc k (SDCLK). The least s ignif icant
bit (D0) is loaded first. After eight clock pulses the LOAD line is brought high. With this transition the OPCODE is decoded. The decoded
OPCODE directs D4–D0 to be latched in the Character Address register, stored in the RAM as Column data, or latched in the Control
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
C0C1
D3 Opcode
D5
0D6
00
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
ACharacter 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
2006-05-12 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–D 0 to specific RAM
location. See the Instr uction Set Table for ad dress 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 ch aracter s trobe ra te is dete rmined by the intern al
IC’s÷320 counter.
Row and Column Locations for a Character “D”
Instruction Set
OPERATION D
7D
6D
5D
4D
3D
2D
1D
0HEX DESCRIPTION
CONTROL WORD 1 1 1 1 L
TB
rB
rB
rF0+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
4D
3D
2D
1D
000+X Row 0
D4–D0=Column Data
0 0 1 D
4D
3D
2D
1D
020+X Row 1
D4–D0=Column Data
0 1 0 D
4D
3D
2D
1D
040+X Row 2
D4–D0=Column Data
0 1 1 D
4D
3D
2D
1D
060+X Row 3
D4–D0=Column Data
1 0 0 D
4D
3D
2D
1D
080+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
2006-05-12 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% ( F5HEX), 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 ICC to less than 50 µA. When FFHEX is loaded the
display is set to 0% brightness and the intern al 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 dis play is blanked and the Character Addr ess 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 deco upling (pin 2)
will insure that ICC (<350 mA peak) switching currents do not gen-
erate localized gro und bounce. Therefore it is recommended that
each dis play package use a 0.1 µF an d 20 µF capacitor between
VCC and ground.
IDXX5182
Row 0
Row 1
Row 2
Row 3
Row 4 01234
Columns
Load Row 0
Load
4
Row 4
Columns
10 2 3
Row 3
Row 1
Row 0
Row 2
Load Row 1
Columns
Row 4 1
0 2 43
Load Row 2
Row 2
Row 1
Row 3
Row 0
Row 4 0Columns
213
4
Load Row 3
Row 0
Row 3
Row 1
Row 2
Row 4
Columns
012 43
Row 2
Row 1
Row 3
Row 0
Load Row 4Row
Display Brightness
Op code
D7 D6 D5 Control Word
D4 D3 D2 D1 D0 Hex Operation
Level
111 10 0 0 0F0 100%
111 10 0 0 1F1 53%
111 10 0 1 0F2 40%
111 10 0 1 1F3 27%
111 10 1 0 0F4 20%
111 10 1 0 1F5 13%
111 10 1 1 0F6 6.6%
Power Down
Op code
D7 D6 D5 Control Word
D4 D3 D2 D1 D0 Hex Operation
Level
111 11 1 1 1FF 0%
brightness
Lamp Test
Op code
D7 D6 D5 Control Word
D4 D3 D2 D1 D0 Hex Operation
Level
111 10 BBB Lamp Test
(OFF)
111 11 0 0 0F8 Lamp Test
(ON)
Softw are Clear
Op code
D7 D6 D5 Control Word
D4 D3 D2 D1 D0 Hex Operation
Level
110 00 0 0 0C0 CLEAR
SCDQ5541P/Q/R, SCDQ5542P/Q/R, SCDQ5543P/Q/R, SCDQ5544P/Q/R
2006-05-12 11
ESD Protection
The input protection structure of the SCDQ554XX provides signifi-
cant protection ag ai nst E SD dam a ge. It is capab le of wi th s tan ding
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 unshi elded parts. If these condi tions are not, or cannot be
met, keep the leads of the device shor ted together or the parts in
anti-static packaging.
Soldering Considerations
The SCDQ554XX can be hand soldered wi th SN 63 sol d er using a
grounded iron set to 260°C.
Wave soldering is also possible following these conditions: Pre-
heat that does n ot e xceed 93°C on t he solder si de of the PC board
or a package surface temperature of 85°C. Water soluble organic
acid flux (except carboxylic acid) or resin-based RMA flux without
alcohol can be used.
Wave temperature of 245°C ± 5°C with a dwell between 1.5 s to
3.0 s. Exposure to the wave should not exceed temperatures
above 260°C for five seconds at 1.59 mm (0.063") below the seat-
ing plane. The packages should not be imm er se d 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.
Po st Solder Cl eaning Procedures
The least offensive cleaning solution is hot D.I. water (60°C) 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 curren t 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 f ee t. Pr oper filte r se lection enha nces reada bil -
ity over this distance.
Using filters emphasizes the contrast ratio between a lit LED and
the character background. This will increase the discriminati on 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 contr ast ratios . The SCDQ5542 X is a super-red displa y
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 f or
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 Prod ucts of Califor nia,
Santa Monica, CA; I.E.E.-Atlas, Van Nuys, CA.
2006-05-12 12
SCDQ5541P/Q/R, SCDQ5542P/Q/R, SCDQ5543P/Q/R, SCDQ5544P/Q/R
SCDQ554XX In terface to Siemens/Intel 8031 Microprocessor (using serial port in mode 0)
SCDQ554XX In terface to Siemens/Intel 8031 Microprocessor (using one bit of parallel port as serial input)
Microprocessor Interface
The microprocessor in ter face is thro ug h the seria l 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 Register 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 internal counters
are reset.
SCDQ554XX Interface with Motorol a 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 µF
+
20 µF
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 µF
+
20 µF
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 µF
+
20 µF
4
5
SCDQ5541P/Q/R, SCDQ5542P/Q/R, SCDQ5543P/Q/R, SCDQ5544P/Q/R
2006-05-12 13
Loading Data into the Display
Use following procedure to load data into the display:
1. Power up the display.
2. Step A: softw are cl ear the di spl ay.
3. Step B: Load the Control Word with the desired
brightness level.
4. Load the Digit Address into the display.
5. Load dis play 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 (↓)
2006-05-12 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
HEXHEX
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
HEXHEX
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
2006-05-12 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
HEXHEX
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
HEXHEX
CODE
HEX
CODE
HEX
CODE
HEX
CODE
91
71
04
51
22
60
87
28
50
07
2006-05-12 16
SCDQ5541P/Q/R, SCDQ5542P/Q/R, SCDQ5543P/Q/R, SCDQ5544P/Q/R
Published by
OSRAM Opto Semiconductors 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 reserved. 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 transport. For packing
material that is retu rned to us unsorted or which we are not obliged to a ccept, we shall have t o invoice you for any costs
incurred.
Components used in life-support devices or systems must be expressly authorized for such purpose! Critical
components1) may only be used in life-support devices or systems2) 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 the
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 sustain
human life. If they fail, it is reasonable to assume that the health and the life of the user may be endangered.
Revision History: 2006-05-12
Previous Version: 2006-01-23
Page Subjects (major changes since last revision) Date of change
all Lead free device 2006-01-23
