FC-255 32.7680K-A0 Epson, FC-255 32.7680K-A0 Datasheet - Page 3
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FC-255 32.7680K-A0
Manufacturer Part Number
FC-255 32.7680K-A0
Description
Manufacturer
Epson
Datasheet
1.FC-255_32.7680K-A0.pdf
(17 pages)
Specifications of FC-255 32.7680K-A0
Lead Free Status / Rohs Status
Compliant
Overview
SED1797 is a gate driver IC to drive the TFT-LCD panel.
The amplitude of the gate output voltage is maximum
40V, enabling output of negative voltage.
This IC incorporates a power circuit for internal logic,
eliminating the need to supply separate power source
for internal logic.
The bump layout of this IC is compatible with COG
implementation, and it is possible to achieve a narrow-
framed and thin type module.
Features
• Gate output voltage level: two values (V
• Gate output voltage amplitude: Max. 40V
• Input signal amplitude: Min. 1.8V
• Number of gate drive outputs: 240
• Pin selection in the output shift direction is possible.
• Asynchronous reset of data in the shift register is pos-
• The level shift circuit enables output of negative volt-
• Complete with a built-in power circuit for internal
• This IC does not incorporate X-ray resistant or light-
sible.
age from the gate outputs
logic.
resistant design.
ON
/V
OFF
)
EPSON
In using semiconductor devices, follow the precautions
below.
“Precautions for Handling the Product against Light”
Characteristics of semiconductor devices are affected
when exposed to light. Therefore, this IC product may
malfunction when exposed to light. In order to prevent
malfunction of the IC due to exposure to light, take the
following points in consideration for a substrate and any
other product on which this IC is mounted.
(1) Develop design and implementation methods to
(2) For the inspection process, prepare an environment
(3) Light-shielding design should include considerations
achieve a light-shielding IC structure in actual op-
eration.
where the light-shielding feature of the IC can be
tested.
for light-shielding features of the front and backside
surfaces as well as side faces of the IC.
SED1797 D
0B
Series
1