Product Highlight
Built in CMOS RF tuner
Supports VHF-I,FM,VHF-III, and UHF bands
Low power consumption less than 162mW (where the internal LDO is not used)
Worldwide FM support
Worldwide PAL ,NTSC and SECAM support
-supports all NTSC standards : NTSC-M, NTSC-J, NTSV-4.43
-supports all PAL standards : B,B1,D,D1,G,H,I,K,K1,M,N,Nc
Fully integrated VCOs, PLL loop filter, and crystal oscillator
Analog audio interface
6X6 QFN package
Includes device drivers for all popular processors and operating systems
Main Features
Integrated Paripherals
/ LNA matching networks
/ PLL loop filter
/ Crystal Oscillator
/ VCOs
/ VHF(170-240MHz), VHF1(42-68MHz)
/ UHF(470-858MHz), FM band(88-108MHz)
External Interfaces
/ 12C, 12S, BT, 601, 656, Analog Audio
/ 6x6 48L QFN
External Linearity
/ Up to +16dBm maximum input signal
Ultra-low Sensitivity
/ -95dBm ~ -107dBm depends on standard
“The Final Choice for Mobile TV Front End”
Analog Single IC RF Tuner/Demodulator with Class-leading Performance
The ATV168 is a System-on-Chip (SoC) integrated Circuit (IC) that demodulates PAL,NTSC, SECAM and analog TV and FM radio. The NMI601 is a
single-chip solution that implements the RF tuner, demodulator, and peripherals on a single die.
The ATV168 is a PAL/NTSC/SECAM/FM receiver that implements the RF tuner and digital demodulator on the same die. ATV168 receives an input
single-ended RF signal from the antenna through the VHF-I/FM, VHF-III, or UHF-band RF input. The tuner integrates the LNAs, mixers, VCO, PLL/loop
filter, LO generation, crystal oscillator, baseband filters and amplifiers, and analog-digital converters.
The tuner also includes an innovative closed loop RF gain control. The demodulator receives a baseband input from the tuner and provides an Automatic
Gain Control(AGC) signal to control the tuner gain. The demodulator implements the full acquisition, synchronization, and demodulation for PAL, NTSC,
SECAM, and FM transmission. The ATV168 communicates with the host via the I²C interface for control, the BT.601 camera interface for video, and the
I2S interface for audio.
An analog audio output is also provided as an alternative to the I²C audio interface.
The contents of this document are c copyright 02/2011 NMI. All rights are reserved. A license is hereby granted to download and print a copy of this
document for personal use only. No other license to any other intellectual property rights is granted herein. Unless expressly permitted herein, reproduction, transfer, distribution of storage of part or all of the contents in any form without the prior written permission of NMI is prohibited.
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