EL Technology............................................................................................................................................................. 3
Input to the Display.............................................................................................................................................. 5
Control Basics .........................................................................................................................................................6
Power Input............................................................................................................................................................. 6
Signal Inputs ...........................................................................................................................................................6
Two Bit Parallel Data ..........................................................................................................................................10
Installation and Handling......................................................................................................................................11
Video Input Timing.............................................................................................................................................12
Setup and Hold Timing.....................................................................................................................................15
Display Viewing Area Characteristics...........................................................................................................18
Description of Warranty ........................................................................................................................................22
Easy to Use .................................................................................................................................................................22
Support and Service................................................................................................................................................23
Figure 1. EL Technology...................................................................................................................................... 3
Figure 5. 640 columns x 400 rows (Normal mode)..................................................................................14
Figure 6. Setup and Hold Timing...................................................................................................................15
Figure 7. Viewing Area Characteristics........................................................................................................19
Figure 8. EL640.400-C2, -C3 and CD3 Back and Side Views .................................................................20
Figure 9. EL640.400-C2 FRA, -C3 FRA and CD3 FRA Back and Side Views.......................................21
Tables
Table 1. Input to the Display .............................................................................................................................5
Table 13. Display Viewing Area Characteristics........................................................................................18
Product Profile
The EL640.400–C2, –C3 and –CD3 displays are VGA compatible high-resolution
electroluminescent (TFEL) flat panel displays.They replace the bulky CRT in
control and instrument product designs. They feature an intergrated DC/DC
converter, and their compact dimensions save space that can allow addition of
features or reduction in overall size. The two displays are mechanically
identical.
The EL640.400–C2, –C3 and –CD3 are timing compatible with Planar
EL640.400–CB series displays and signal compatible with VGA Feature
Connector supporting the 350 and 400 line standard VGA modes. They may be
driven at frame rates up to 80Hz.
The displays require +5 Vdc and +11…+30 Vdc power input and four to five
basic input signals to operate:
1. Video Data or pixel information
2. Video Clock, pixel clock, or dot clock
3. Horizontal Sync
4. Vertical Sync
5. Blanking in VGA timing modes
EL Technology
A display consists of an electroluminescent glass panel and a mounted circuit
board with control electronics.
Figure 1. EL Technology.
The EL glass panel is a solid-state device with a thin film luminescent layer
sandwiched between transparent dielectric layers and a matrix of row and
column electrodes. The row electrodes, in back, are aluminum; the column
electrodes, in front, are transparent. The entire thin film device is deposited on
a single glass substrate. The glass panel is mounted to an electronic circuit
assembly board (ECA) with an elastic spacer. The ECA is connected to the EL
glass panel with soldered lead frames. The result is a flat, compact, reliable and
rugged display device.
EL640.400-C2, -C3 and –CD3 Operations Manual (020-0355-00A)
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The EL640.400–CD3 display includes a light absorbing ICE ( Integrated
Contrast Enhancement) construction of the display glass. ICE background
significantly improves the luminance contrast of the display in bright
ambients. The ICE also removes the halo around the lit pixels in dark ambient
making the appearance of each pixel extremely crisp and clear.
In the EL640.400–C2, –C3 and –CD3 , the 640 column electrodes and 400 row
electrodes are arranged in an X-Y formation with the intersecting areas
performing as pixels. Voltage is applied to both the correct row electrode and
the correct column electrode to cause a lit pixel. Operating voltages required
are provided by an integral DC/DC converter.
Electrical Characteristics
Connector Layout
Fig 2. Input Connectors and Jumpers and their location.
EL640.400-C2, -C3 and –CD3 Operations Manual (020-0355-00A)
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Input to the Display
Table 1. Input to the Display.
Pins Signal Symbol Description
J1(Data/power input connector)
1, 2
3, 4 Voltage Vcc1 Supply voltage (+5 V) for the logic (see J2).
5 Blanking _BLANK Used in VGA and SPECIAL modes. In NORMAL mode
6,8,10
12,14,16 Ground
7 Two-bit
9 Vertical
11 Horizontal
13 Video
15 Video Data VID Signal that supplies the pixel information to the
Voltage
data
Sync
Sync
Clock
Vcc2
GND
TVID Second data input for two bit parallel mode. The
VS The vertical sync signal VS controls the vertical
HS The horizontal sync signal HS controls the internal
VCLK The VCLK signal shifts data present on the VID and
Supply voltage (+11…+30 V) converted to required
internal high voltages (see J2).
should be high or left disconnected.
Signal return.
TVID input is for odd columns and the VID for even
ones.
position of the picture.
row counter and in the NORMAL mode the
horizontal position of the picture.
TVID lines into the display system. VCLK is active on
the rising edge.
system.
J2 (Optional power input connector)
1 Voltage Vcc2 Same as J1, Pins 1, 2 (not necessary to connect if
power is supplied via J1).
2, 3 Ground GND Same as J1 Pins 6, 8, 10, 12, 14, 16 (not necessary to
connect if power is supplied via J1).
4 Voltage Vcc1 Same as J1 Pins 3, 4 (not necessary to connect if
power is supplied via J1).
5 Low Power _LOWPWR The power consumption of the display is lowered to
LOW-POWER-OPERATION values if the _LOWPWR is
low, internally pulled high if left disconnected.
6 Enable ENABLE The operation of the display unit is disabled if the
ENABLE input is low, internally pulled high (enable)
if left disconnected.
J3 (Optional control input connector)
1 Luminance
Pot.1
2 Luminance
Pot.2
3 Reserved Reserved for future use.
4 Reserved Reserved for future use.
LUMPOT1
LUMPOT2
The inputs for an external logarithmic
50k
Ω
potentiometer to adjust the luminance of the
display. Can be left disconnected. The luminance is
then at the maximum level.
EL640.400-C2, -C3 and –CD3 Operations Manual (020-0355-00A)
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Control basics
The EL panel has 640 transparent column electrodes crossing 400 row
electrodes in an X-Y fashion. Light is emitted when an AC voltage is applied at
a row-column intersection. The display operation is based on the symmetric,
line at a time data addressing scheme which is synchronized by the external
VS, HS, and VCLK input signals. The internal control signals and the high
voltage pulses for the column and row drivers are generated internally by the
control electronics. All control signal inputs are HCT compatible with 100
series resistor.
Power Input
The required supply voltages for the display are +5 Vdc (Vcc1) for the logic and
+11…+30 Vdc input (Vcc2) for the integrated DC/DC converter. The high
voltages needed for driving the display are generated by the DC/DC converter
from the Vcc2 input voltage. The input voltages can be connected either
through J1 or J2.
Connectors
Table 2. Connectors.
J1 16-pin header ODU 511.066.003.016 or eq.
Mating ODU 517.065.003.016 or eq.
Locking clip ODU 517.065.716.700 or eq.
J2 6-pin header Hirose DF1–6P–2.5DSA or eq.
Mating Hirose DF1–6S–2.5 R 24 or eq.
Protector Hirose DF1–6A 1.33
J3 4-pin header Hirose DF1–4P–2.5DSA or eq.
Mating Hirose DF1–4S–2.5 R 28 or eq.
Protector Hirose DF1–6A 1.33
Ω
Signal Inputs
For easy interfacing with VGA display controllers the video input signals are
VGA Feature Connector compatible. The display automatically determines the
mode of operation. Connector J2 containes two control inputs. LOWPWR input
is used to minimize the power consuption of the display and ENABLE input is
used to shut off the display when it is not accessed (screen saver function). If
the ENABLE or _LOWPWR functions are not in use and the power is connected
via J1, the connector J2 can be left disconnected.
Connector J3 containes input for external luminance control it can be left
disconnected if its function is not needed.
EL640.400-C2, -C3 and –CD3 Operations Manual (020-0355-00A)
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