BROADBAND RF POWER AMP TEXAS Search Results

broadband rf power amp texas

Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Using high-speed op amps for high-performance RF design, Part 2 By Bruce Carter Email: r-carter5@ti.com Advanced Linear Products, Op Amp Applications This is Part 2 in a two-part series devoted to the topic

THS3001

Abstract: THS4001 rf op amp SLYT121
Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Using high-speed op amps for high-performance RF design, Part 1 By Bruce Carter Advanced Linear Products, Op Amp Applications Why use op amps for RF design? Traditional RF design techniques using discrete transistors have been practiced

Mancini

Abstract: SLOA030 TLV2471
Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Single-supply op amp design By Ron Mancini Senior Application Specialist, Operational Amplifiers Introduction Most portable systems have one battery, thus the popularity of portable equipment results in increased single-supply

Contextual Info: 18.0-21.0/36.0-42.0 GHz Doubler and Power Amplifier, QFN, 7x7mm May 2008 - Rev 30-May-08 X1001-QK Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +25.0 dBm Output Power 50.0 dBc Fundamental Suppression General Description Mimix Broadband's 18.0-21.0/36.0-42.0 GHz GaAs

Contextual Info: 18.0-21.0/36.0-42.0 GHz Doubler and Power Amplifier, QFN, 7x7mm March 2007 - Rev 07-Mar-07 X1001-QK Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +25.0 dBm Output Power 50.0 dBc Fundamental Suppression General Description

XX1001-QK

Abstract: XX1001-QK-0L00 XX1001-QK-0L0T XX1001-QK-EV1 07MAR07
Contextual Info: 18.0-21.0/36.0-42.0 GHz Doubler and Power Amplifier, QFN, 7x7mm March 2007 - Rev 07-Mar-07 X1001-QK Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +25.0 dBm Output Power 50.0 dBc Fundamental Suppression General Description

14TX0614

Abstract: XU1005-QD XU1005-QD-0N00 XU1005-QD-0N0T XU1005-QD-EV1
Contextual Info: 10.0-18.0 GHz GaAs Transmitter QFN, 7x7mm U1005-QD August 2007 - Rev 19-Aug-07 Features Integrated Mixer, LO Buffer and Output Amplifier 8 dB Conversion Gain 15 dB Image Rejection +11 dBm P1dB +6 dBm LO Drive Level -12 dBm LO Leakage Power General Description

14TX0614

Abstract: XU1005-QD XU1005-QD-0N00 XU1005-QD-0N0T XU1005-QD-EV1
Contextual Info: 10.0-18.0 GHz GaAs Transmitter QFN, 7x7mm U1005-QD August 2008 - Rev 17-Aug-08 Features Integrated Mixer, LO Buffer and Output Amplifier 8 dB Conversion Gain 15 dB Image Rejection +6 dBm P1dB +6 dBm LO Drive Level -12 dBm LO Leakage Power General Description

XX1001-QK

Abstract: XX1001-QK-EV1
Contextual Info: 18.0-21.0/36.0-42.0 GHz Doubler and Power Amplifier, QFN, 7x7mm March 2009 - Rev 21-Mar-09 X1001-QK Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +25.0 dBm Output Power 50.0 dBc Fundamental Suppression General Description

Contextual Info: 10.0-18.0 GHz GaAs Transmitter QFN, 7x7mm U1005-QD June 2007 - Rev 20-Jun-07 Features Integrated Mixer, LO Buffer and Output Amplifier 8 dB Conversion Gain 15 dB Image Rejection +11 dBm P1dB +6 dBm LO Drive Level -12 dBm LO Leakage Power General Description

THS3095

Abstract: DAC2902 DAC5662 DAC5674 DAC902
Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Interfacing op amps to high-speed DACs, Part 2: Current-sourcing DACs By Jim Karki Member, Technical Staff, High-Performance Analog Introduction Most high-speed DACs are current-steering DACs that are designed with complementary outputs that either source

TSW3070

Abstract: Simulation Model substitution DAC5682Z TI 447 DAC5675A DAC5686 DAC5687 DAC5688 THS3095 Russian Transistor
Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Interfacing op amps to high-speed DACs, Part 1: Current-sinking DACs By Jim Karki Member, Technical Staff, High-Performance Analog Introduction Figure 1. Simplified block diagram of current-steering DAC Digital-to-analog converters DACs come

14TX0614

Abstract: XU1005-QD XU1005-QD-0N00 XU1005-QD-0N0T XU1005-QD-EV1
Contextual Info: 10.0-18.0 GHz GaAs Transmitter QFN, 7x7mm U1005-QD November 2006 - Rev 02-Nov-06 Features Integrated Mixer, LO Buffer and Output Amplifier 8 dB Conversion Gain 15 dB Image Rejection +11 dBm P1dB +6 dBm LO Drive Level -12 dBm LO Leakage Power General Description

20DBL0629

Abstract: DM6030HK TS3332LD XX1001-BD XX1001-BD-000V XX1001-BD-000W XX1001-BD-EV1 X1001-BD 395 2XF
Contextual Info: 18.0-21.0/36.0-42.0 GHz GaAs MMIC Doubler and Power Amplifier January 2007 - Rev 26-Jan-07 X1001-BD Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +26.0 dBm Output Power 50.0 dBc Fundamental Suppression 100% On-Wafer RF, DC and Output Power Testing

Contextual Info: 18.0-21.0/36.0-42.0 GHz GaAs MMIC Doubler and Power Amplifier January 2007 - Rev 26-Jan-07 X1001-BD Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +26.0 dBm Output Power 50.0 dBc Fundamental Suppression 100% On-Wafer RF, DC and Output Power Testing

XX1001-QK

Abstract: XX1001-QK-0L00 XX1001-QK-0L0T XX1001-QK-EV1
Contextual Info: 18.0-21.0/36.0-42.0 GHz Doubler and Power Amplifier, QFN, 7x7mm October 2006 - Rev 04-Oct-06 X1001-QK Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +25.0 dBm Output Power 50.0 dBc Fundamental Suppression General Description

XX1001-BD-EV1

Abstract: 20DBL0629 DM6030HK TS3332LD XX1001-BD XX1001-BD-000V
Contextual Info: 18.0-21.0/36.0-42.0 GHz GaAs MMIC Doubler and Power Amplifier November 2008 - Rev 03-Nov-08 X1001-BD Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +26.0 dBm Output Power 50.0 dBc Fundamental Suppression 100% On-Wafer RF, DC and Output Power Testing

Contextual Info: 18.0-21.0/36.0-42.0 GHz GaAs MMIC Doubler and Power Amplifier October 2006 - Rev 04-Oct-06 X1001-BD Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +26.0 dBm Output Power 50.0 dBc Fundamental Suppression 100% On-Wafer RF, DC and Output Power Testing

Contextual Info: 18.0-21.0/36.0-42.0 GHz GaAs MMIC Doubler and Power Amplifier March 2008 - Rev 18-Mar-08 X1001-BD Features Integrated Doubler and Power Amplifier Excellent Saturated Output Stage +26.0 dBm Output Power 50.0 dBc Fundamental Suppression 100% On-Wafer RF, DC and Output Power Testing

U1012-QH

Abstract: U1012 diode
Contextual Info: 5.6-10.5 GHz Up-Converter QFN, 4x4mm U1012-QH February 2010 - Rev 18-Feb-10 Features Optimized for LSB Operation 8 dB Conversion Gain 25 dBm OIP3 25 dBc LO Suppression Typical 15 dB Linear Gain Control 4x4mm QFN Package General Description Mimix Broadband’s 5.6-10.5 GHz GaAs MMIC integrated

Mancini

Abstract: slod006 TLC07X TLC27Lx
Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Analyzing feedback loops containing secondary amplifiers By Ron Mancini Email: rmancini@ti.com Staff Scientist, Advanced Analog Products Introduction An op amp circuit contains a feedback loop, and sometimes

c7e2

Abstract: SLYT094 THS3202 THS4501 N8973A KTRT
Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Calculating noise figure in op amps By James Karki Email: j-karki@ti.com Member, Group Technical Staff, High-Performance Linear Introduction Figure 1. Non-inverting noise analysis diagram Noise figure is commonly used in communications systems because it provides a

SLOA030

Abstract: SLAA068 TLV2544 Mancini ADC Mancini 888R2
Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Sensor to ADC—analog interface design By Ron Mancini Senior Application Specialist, Operational Amplifiers Introduction The sensor output voltage span seldom equals the analogto-digital converter ADC input voltage span. Sensor data

SLOA020

Abstract: Mancini* CFA TLV2472 THS3001 Mancini SIGNAL PATH DESIGNER
Contextual Info: Amplifiers: Op Amps Texas Instruments Incorporated Matching operational amplifier bandwidth with applications By Ron Mancini Senior Application Specialist, Operational Amplifiers Introduction Selecting the correct op amp for an application requires investigation of many different parameters. Voltage offset,