Part number : MT6166
Functions : RF System, This is Semiconductor.
Manufacturer : MediaTek
The texts in the PDF file :
MT6166 RF Technical Brief Confidential A loginid=Shanfa.firstname.lastname@example.org,time=2013-02-26 17:04:09,ip=126.96.36.199,doctitle=MT6166_Technical_Brief_20121220.docx,company=JRDC-SZ_WCX FO M R ED Sh IA an TE fa. K wa C ng ON @ F tcl ID .co EN m TI US AL EO NL MT6166 RF System Technical Brief Version: Release date/Status: Editor: 0.1 Draft Chih-Chun Tang © 2012 MediaTek Inc. This document contains information that is proprietary to MediaTek Inc. Y MT6166 RF Technical Brief Confidential A loginid=Shanfa.email@example.com,time=2013-02-26 17:04:09,ip=188.8.131.52,doctitle=MT6166_Technical_Brief_20121220.docx,company=JRDC-SZ_WCX FO M R ED Sh IA an TE fa. K wa C ng ON @ F tcl ID .co EN m TI US AL EO NL 1 Introduction Overview 1.1 1.2 Key features Full multi-mode RF solution (GGE/WCDMA/TDSCDMA) through to 3GPP Release 8 (HSPA+) o 21.1Mbps peak DL (Cat. 24: 64QAM) o 11.5Mbps peak UL (Cat. 7: 16QAM) o SAW-less Quad-band support in GGE mode (GSM850/900/1800/1900) o 3G-FDD bands support: Band 1,2,5,8. o 3G-TDSCDMA bands support: Band 34,39,40. Direct Conversion (3G), Two Point Modulation (TPM) for GMSK and Small Signal Polar for 8PSK o No external SAW filters required for transmitter (WCDMA//GGE) o Dedicated power detection circuits for power control over specific power range Hybrid Direct-Conversion (3G) / Low-IF (GGE, DC-HSDPA) receiver o No external SAW filters required for receiver (GGE) Low supply current & operation directly from DC-DC converter 26MHz internal DCXO or external VCTCXO operation (with integrated AFC DAC) o Three low noise additional Clock Drivers for clocking connectivity / peripheral IC’s o Ultra Low power 32KHz mode Support RF Calibration features for key Rx and Tx specifications (Image rejection, LO feedthrough, DC offset) Temperature Measurement sub-system The MT6166 is a RF transceiver targeted at high speed 2G/3G-FDD/TDD multi-mode smart phone and tablet computers implanted in 40nm CMOS. The RF transceiver function is fully [ … ]
MT6166 PDF File