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Future
Communications
Integrated circuit Inc.
for all global digital TV standards
FC5100
RF Silicon IC tuner
Description
The FCI FC5100 is a highly integrated lowpower silicon tuner IC targeting on terrestrial and
cable broadcasting standard with digital RF
technology. The related applications are shown in
Table 1.
Broadband input filtering and channel filtering
have been completely integrated on-chip. This
integration enables a very compact design
requiring a small footprint, low cost, and low power
consumption.
A signal at the 75ohm RF input is filtered and
converted to a programmable Low-IF output of
4~8MHz and zero-IF output. Automatic gain
control, LO generation, and channel selectivity
functions are completely integrated on the chip,
which simplifies board-level design. All functions of
the IC can be controlled via I2C interface.
FC5100 can be available in a 5 X 5 mm
QFN package.
2
40-pin
Features
Highly integrated digital device for
worldwide terrestrial/cable broadcasting
standard
Tuning range from 45MHz to 1005MHz
Low power consumption: 600mW
typical ( VDD = 3.3V)
Integrated channel filtering requiring no
external SAW filter
On-chip 107dB gain control range with
single AGC
On-chip broadband power detector
Programmable IF: Able to meet all
common demodulator interface
requirements
Programmable channel bandwidth of
1.7M to 10MHz
I2C-compatible digital control interface
Pin Configuration
Applications
Channel Standard
ATSC
Terrestrial
Cable
Table 1. FC5100 Application
DVB-T/T2
ISDB-T
DTMB
DVB-C
OpenCable
Package I nformati on
Type Size
QFN 5 x 5 x 0.85 mm
Revision history
Final version release: April, 2013
Preliminary version release: Feb., 2012
For latest specifications, technical questions and additional product information, visit website or e-mail
FCI Inc.
th
FL., KINS Tower, 25-1, Jeongja-Dong, Bundang-Gu, Sungnam City, Gyunggi-do, 463-811, Korea
11
Phone: 82-31-782-3700
Fax: 82-31-782-3707
Website: http://www.fci.co.kr
E-mail: [email protected]
Figure 1. FC5100 Pin Configuration
Preliminary
1 / 25 June. 2013
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