MT2068 - SINGLE-CHIP BROADBAND TUNER

Key Features

48 MHz to 1.0 GHz input frequency range 3.3 V power supply Works seamlessly with digital demodulators Low-power sub-1 Watt dualconversion architecture Integrated first IF filter Single-ended RF input reduces BOM by eliminating input balun Minimal external components No manually tunable parts required Integrated IF variable gain amplifier for direct connection to digital demodulators Fully compatible with DA.

MT2068 single-chip broadband tuner by Microtune - Datasheet Preview

Datasheet Details

Part number	MT2068
Manufacturer	Microtune
File Size	136.78 KB
Description	SINGLE-CHIP BROADBAND TUNER
Datasheet	MT2068 Datasheet

📁 Similar Datasheet

Part Number	Description	Manufacturer
MT2060	PICO AMP LOW LEAKAGE DIODES	Microsemi Corporation
MT2060A	PICO AMP LOW LEAKAGE DIODES	Microsemi Corporation
MT2061	PICO AMP LOW LEAKAGE DIODES	Microsemi Corporation
MT2061A	PICO AMP LOW LEAKAGE DIODES	Microsemi Corporation
MT200	SINGLE PHASE BRIDGE	Microsemi Corporation

Other Datasheets by Microtune

Part Number	Description
MT2060	SINGLE-CHIP BROADBAND TUNER
MT2063	SINGLE-CHIP UNIVERSAL TUNER
MT2064	RF SILICON AND SUBSYSTEMS SOLUTIONS
MT2050	SINGLE-CHIP BROADBAND TUNER

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text

www.DataSheet4U.com RF SILICON AND SUBSYSTEMS SOLUTIONS FOR BROADBAND COMMUNICATIONS AND AUTOMOTIVE ELECTRONICS MT2068 SINGLE-CHIP BROADBAND TUNER PRODUCT BRIEF The MT2068 is a low-power 3.3 V single-chip broadband tuner with an integrated IF variable-gain amplifier. MT2068 Single-Chip Broadband Tuner The MicroTuner™ MT2068 is an advanced, low-power single-chip broadband tuner that has been optimized for high-performance cable modems, DVB-C & DSG STB’s and embedded DOCSIS adapters (eDOCSIS) that require low composite distortion and noise under digital cable environments. The MT2068 is capable of receiving frequencies in the 48 MHz to 1.0 GHz range and of converting a selected channel to a standard intermediate frequency (IF) between 30 MHz and 60 MHz.