LMH6522 Search Results

Contextual Info: LMH6522 www.ti.com SNOSB53D – JULY 2011 – REVISED MARCH 2013 LMH6522 High Performance Quad DVGA Check for Samples: LMH6522 • OIP3: 49dBm @ 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps −3dB Bandwidth of 1400 MHz Gain Step Accuracy: 0.2 dB

L6522

Contextual Info: LMH6522 LMH6522 High Performance Quad DVGA Literature Number: SNOSB53B LMH6522 High Performance Quad DVGA General Description Features The LMH6522 contains four, high performance, digitally controlled variable gain amplifiers DVGA . It has been designed for use in narrowband and broadband IF sampling applications. Typically, the LMH6522 drives a high performance ADC

l6522

Contextual Info: LMH6522 High Performance Quad DVGA General Description Features The LMH6522 contains four, high performance, digitally controlled variable gain amplifiers DVGA . It has been designed for use in narrowband and broadband IF sampling applications. Typically, the LMH6522 drives a high performance ADC

Contextual Info: LMH6522 www.ti.com SNOSB53D – JULY 2011 – REVISED MARCH 2013 LMH6522 High Performance Quad DVGA Check for Samples: LMH6522 • OIP3: 49dBm @ 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps −3dB Bandwidth of 1400 MHz Gain Step Accuracy: 0.2 dB

Contextual Info: LMH6522 www.ti.com SNOSB53D – JULY 2011 – REVISED MARCH 2013 LMH6522 High Performance Quad DVGA Check for Samples: LMH6522 • OIP3: 49dBm @ 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps −3dB Bandwidth of 1400 MHz Gain Step Accuracy: 0.2 dB

ADC16DV160

Contextual Info: LMH6522 Evaluation Board LMH6522 Evaluation Board National Semiconductor Application Note 2072 Loren Siebert July 29, 2011 30127811 FIGURE 1. LMH6522EVAL Evaluation Board General Description The LMH6522EVAL evaluation board is designed to aid in the characterization of National Semiconductor’s High Speed

Contextual Info: LMH6522 www.ti.com SNOSB53B – JULY 2011 – REVISED SEPTEMBER 2011 LMH6522 High Performance Quad DVGA Check for Samples: LMH6522 FEATURES 1 • • • • • • • • • 23 OIP3: 49dBm @ 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps

Contextual Info: LMH6523 www.ti.com SNOSC88 – DECEMBER 2012 High Performance Quad DVGA Check for Samples: LMH6523 • OIP3: 49dBm at 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps Enable Pins Active in SPI Mode −3dB Bandwidth of 1400 MHz Gain Step Accuracy: 0.2 dB

Contextual Info: LMH6523 www.ti.com SNOSC88 – DECEMBER 2012 High Performance Quad DVGA Check for Samples: LMH6523 • OIP3: 49dBm at 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps Enable Pins Active in SPI Mode −3dB Bandwidth of 1400 MHz Gain Step Accuracy: 0.2 dB

Contextual Info: LMH6523 www.ti.com SNOSC88 – DECEMBER 2012 High Performance Quad DVGA Check for Samples: LMH6523 • OIP3: 49dBm at 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps Enable Pins Active in SPI Mode −3dB Bandwidth of 1400 MHz Gain Step Accuracy: 0.2 dB

120M

Abstract: 140M ADC16DV160 AN-2188 output inductor filter design
Contextual Info: Texas Instruments Application Note 2188 Loren Siebert October 26, 2011 Filtering plays an essential part in nearly all communications systems. Removing unwanted signals is part of system design to eliminate unwanted noise or distortion. The signal presented to the analog to digital converter should have no

ADS7924

Abstract: TRF3761-E CDCLVC1102 INA3221
Contextual Info: Analog Signal Chain Guide Amplifiers Data Converters Interface Clocks and Timing Sensing Wireless Connectivity www.ti.com 2013 Analog Signal Chain Guide Table of Contents Overview. 3 Interface Amplifiers and Comparators

Contextual Info: LMH6523 www.ti.com SNOSC88 – DECEMBER 2012 High Performance Quad DVGA Check for Samples: LMH6523 • OIP3: 49dBm at 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps Enable Pins Active in SPI Mode −3dB Bandwidth of 1400 MHz Gain Step Accuracy: 0.2 dB

Contextual Info: LMH6523 www.ti.com SNOSC88 – DECEMBER 2012 High Performance Quad DVGA Check for Samples: LMH6523 • OIP3: 49dBm at 200MHz Noise Figure: 8.5dB Voltage Gain: 26dB 1dB Gain Steps Enable pins active in SPI mode −3dB bandwidth of 1400 MHz Gain Step Accuracy: 0.2 dB