DPD REFERENCE DESIGN Search Results

E0598E21

Contextual Info: TECHNICAL NOTE Low Power Function of Mobile RAM Deep Power Down DPD CAUTION This document describes Deep Power Down (DPD), one of low power functions that have been adapted to Mobile RAM. All related operations and numerical values in this technical note are examples for reference only.

verilog code for cordic algorithm

Abstract: cordic algorithm code in verilog FIR filter design using cordic algorithm CORDIC adaptive algorithm dpd verilog code for dpd verilog code for cordic altera CORDIC ip verilog code for half subtractor verilog code for cordic algorithm for wireless
Contextual Info: Digital Predistortion Reference Design Application Note AN-314-1.0 Introduction Power amplifiers PAs for for third-generation (3G) wireless communication systems need high linearity at the PA output, to achieve high adjacent channel leakage ratio (ACLR) and low error vector

4x4 mimo

Abstract: RF Transceiver mimo DPD reference design 2x2 MIMO "crest reduction factor" 4x4 multipliers CPRI CPRI CDR CPRI Multi Rate JESD204A
Contextual Info: Reduce Cost, Power, and Size Designing Remote Radio Head Applications with Transceiver FPGAs To drive down cost, power consumption, and form factor of your remote radio head RRH and RF card applications, build your designs with custom logic devices with transceivers. Altera’s broad portfolio of transceiver FPGAs and ASICs,

SM9403BM

Contextual Info: SM9403BM DVDRAM Servo-amplifier LSI NIPPON PRECISION CIRCUITS INC. OVERVIEW The SM9403BM is a DVDROM and DVDRAM servo preprocessor LSI, designed for double-speed format DVDROM and DVDRAM drives. The SM9403BM is fabricated using a BiCMOS process, and incorporates an analog signal processing circuit

TN-45-20

Contextual Info: TN-45-20: Low-Power Options for Async/Page CellularRAM Introduction Technical Note Low-Power Options for Async/Page CellularRAM Introduction Micron CellularRAM™ devices are designed to be backward compatible with 6T SRAM, early-generation asynchronous, and page PSRAM. This backward compatibility

microprocessor types

Abstract: K1B2816B7M-I UtRAM Density K1B2816
Contextual Info: Advance UtRAM K1B2816B7M Document Title 8Mx16 bit Synchronous Burst Uni-Transistor Random Access Memory Revision History Revision No. History Draft Date Remark 0.0 Initial Draft - Design target 0.1 Revised November 28, 2003 Advance - Added Full Page 256 word, Wrap Around Burst in burst length

6T SRAM

Abstract: SRAM 6T 16MB SRAM CY62147DV18 K6F1616R6C MT45W1MW16PD TSOP sensor project micron memory sram
Contextual Info: TN-45-17: CellularRAM Replacing Single- and Dual-CE# SRAM Introduction Technical Note Using CellularRAM Memory to Replace Single- and Dual-Chip Select SRAM Introduction Micron CellularRAM™ devices are designed to be backward-compatible with 6T SRAM

digital Pre-distortion

Abstract: DIGITAL IF RECEIVER RF Receiver LTM9003 250MspsADC
Contextual Info: News Release ⎜ www.linear.com Digital Predistortion uModule Receiver Simplifies Basestation Design MILPITAS, CA – July 13, 2009 – Linear Technology introduces the LTM9003, a wideband RF-to-digital receiver subsystem that includes a high performance 12-bit, 250Msps

BLF6G22-130

Abstract: doherty combiner blf6g22
Contextual Info: NXP Doherty reference design with BLF6G22-130 Boost the efficiency of UMTS macrocell basestations Deliver the best performance with our state-of-the-art LDMOS technology in a Doherty amplifier. This easy-to-use reference design enhances the efficiency of your basestation system while

Contextual Info: Not Recommended For New Designs GC5330 GC5337 SLWS226 B – DECEMBER 2010 – REVISED JANUARY 2011 www.ti.com Wideband Transmit-Receive Digital Signal Processors Check for Samples: GC5330, GC5337 FEATURES APPLICATIONS • • • • • • • • 1 •

TN4612

Abstract: mobile dram IDD8
Contextual Info: TN-46-12: Mobile DRAM Power-Saving Features/Calculations Introduction Technical Note Mobile DRAM Power-Saving Features and Power Calculations Introduction It’s important for today’s mobile system designer to be aware of the power demands of the system DRAM. A key concern is the DRAM’s average power consumption, which

NLF7224

Contextual Info: NetLogic Microsystems’ Digital Front-End Reference Designs use NXP’s JESD204B Converters Rev. 1 — 3 April 2012 White paper Document information Info Content Author s Maury Wood – General Manager, High-Speed Converters, NXP Semiconductors; Tim Ryan – Director of Systems Engineering, NetLogic

Contextual Info: 64Mb: 4 Meg x 16 Async/Page CellularRAM 1.0 Memory Features Async/Page CellularRAMTM 1.0 Memory MT45W4MW16P* *Note: Not recommended for new designs. For the latest data sheet, refer to Micron’s Web site: http://www.micron.com/products/psram/ Features Figure 1:

CHN 933

Abstract: GC5325
Contextual Info: GC5322 www.ti.com SLWS206D – FEBRUARY 2008 – REVISED NOVEMBER 2010 GC5322 Wideband Digital Predistortion Transmit Processor Check for Samples: GC5322 FEATURES 1 • • 2 • • • • • Integrated DUC, CFR, and DPD Solutions 40-MHz 28-Mhz Signal Bandwidth, Third

Contextual Info: Preliminary UtRAM K1B3216B7D Document Title 2Mx16 bit Synchronous Burst Uni-Transistor Random Access Memory Revision History Revision No. History 0.0 Draft Date Initial Draft - Design target Remark December 21, 2004 Preliminary The attached datasheets are provided by SAMSUNG Electronics. SAMSUNG Electronics CO., LTD. reserve the right to change the specifications and

LTC5585

Abstract: demodulate IR phase shifter dc to 100mhz 4G base station power amplifier
Contextual Info: Optimizing the Performance of Very Wideband Direct Conversion Receivers Design Note 1027 John Myers, Michiel Kouwenhoven, James Wong, Vladimir Dvorkin Introduction Zero-IF receivers are not new; they have been around for some time and are prominently used in cell phone

Contextual Info: 2 Meg x 16, 1 Meg x 16 Async/Page CellularRAM 1.0 Memory Features Async/Page CellularRAMTM 1.0 Memory MT45W2MW16PA MT45W1MW16PA* *Note: Please contact the factory for all new 16Mb designs. For the latest data sheet, refer to Micron’s Web site: http://www.micron.com/products/psram/cellularram/

BLM31P500SPT

Abstract: b0372 amplifier equalizer mixer connection diagram FB17 b0371 b0370 GC5325 FB26 HBM W10 s0315
Contextual Info: GC5328 www.ti.com. SLWS218 – OCTOBER 2009 GC5328 Low Power Wideband Digital Predistortion Transmit Processor

samsung LVDS 30 PIN

Abstract: GC5325 SPRU711 DPD signals 128Mb DDR SDRAM samsung version 0.3 BB14
Contextual Info: GC5328 www.ti.com SLWS218A – OCTOBER 2009 – REVISED OCTOBER 2009 GC5328 Low-Power Wideband Digital Predistortion Transmit Processor Check for Samples: GC5328 FEATURES 1 • • • • • • • • Integrated DUC, CFR, and DPD Solution 20-MHz Max. Signal Bandwidth, Based on Max.

CHN 933

Abstract: GC5325
Contextual Info: GC5322 www.ti.com SLWS206D – FEBRUARY 2008 – REVISED NOVEMBER 2010 GC5322 Wideband Digital Predistortion Transmit Processor Check for Samples: GC5322 FEATURES 1 • • 2 • • • • • Integrated DUC, CFR, and DPD Solutions 40-MHz 28-Mhz Signal Bandwidth, Third

FB27

Abstract: LTE DUC GC5325SEK SHV15 FB-28 HPA E23 GC5325
Contextual Info: GC5322 www.ti.com SLWS206D – FEBRUARY 2008 – REVISED NOVEMBER 2010 GC5322 Wideband Digital Predistortion Transmit Processor Check for Samples: GC5322 FEATURES 1 • • 2 • • • • • Integrated DUC, CFR, and DPD Solutions 40-MHz 28-Mhz Signal Bandwidth, Third

fsync

Abstract: CS5349-BP
Contextual Info: CS5349 jr a m k Semiconductor Corporation Single Supply, Stereo A/D Converter for Digital Audio General Description Features • Single +5 V Power Supply • Complete CM O S Stereo A/D System Delta-Sigma A/D Converters Digital Anti-Alias Filtering S/H Circuitry and Voltage Reference

cd-rom circuit diagram

Abstract: cd-rom ic focus signal servo track 100 pin ic with feedback
Contextual Info: SM9404AF Read Channel IC for DVD-RAM/ROM NIPPON PRECISION CIRCUITS INC. OVERVIEW The SM9404AF is a read channel IC for DVD-RAM 4.7Gbyte , ROM (1/2- to 4x-speed), and CD-ROM (4×to 32-speed). FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ Equalizer for waveform equivalence

Efficiency Improvement of a Handset WCDMA PA Module Using Adaptive Digital Predistortion

Contextual Info: Efficiency Improvement of a Handset WCDMA PA Module Using Adaptive Digital Predistortion Calogero D. Presti1, Andre G. Metzger2, Hal M. Banbrook2, Peter J. Zampardi2, and Peter M. Asbeck1 1 University of California, San Diego, 9500 Gilman Drive, La Jolla, CA 92093-0447, USA