ADL5375
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ADL5375

400 MHz TO 6 GHz Broadband Quadrature Modulator

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Info: : PRODUCTION tooltip
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Part Details
Part Models 5
1ku List Price Starting From $6.21
Features
  • Output frequency range: 400 MHz to 6 GHz
  • 1 dB output compression: ≥9.4 dBm from 450 MHz to 4 GHz
  • Output return loss ≤12 dB from 450 MHz to 4.5 GHz
  • Noise floor: −160 dBm/Hz @ 900 MHz
  • Sideband suppression: ≤−50 dBc @ 900 MHz
  • Carrier feedthrough: ≤−40 dBm @ 900 MHz
  • IQ3dB bandwidth: ≥ 750 MHz
  • Baseband input bias level
    ADL5375-05: 500 mV
    ADL5375-15: 1500 mV
  • Single supply: 4.75 V to 5.25 V
  • 24-lead LFCSP_VQ package
ADL5375-EP supports defense and aerospace applications (AQEC standard)
  • Download ADL5375-EP Data Sheet (pdf)
  • Extended temperature range: −55ºC to +105°C
  • Controlled manufacturing baseline
  • One assembly/test site
  • One fabrication site
  • Enhanced product change notification
  • Qualification data available on request
  • V62/12649 DSCC Drawing Number

Additional Details
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The ADL5375 is a broadband quadrature modulator designed for operation from 400 MHz to 6 GHz. Its excellent phase accuracy and amplitude balance enable high performance intermediate frequency or direct radio frequency modulation for communication systems.

The ADL5375 features a broad baseband bandwidth, along with an output gain flatness that varies no more than 1 dB from 450 MHz to 3.8 GHz. These features, coupled with a broadband output return loss of <−14 dB, make the ADL5375 ideally suited for broadband zero IF or low IF-to-RF applications, broadband digital predistortion transmitters, and multiband radio designs.

The ADL5375 accepts two differential baseband inputs and a single-ended LO. It generates a single-ended 50 Ω output. The two versions offer input baseband bias levels of 500 mV (ADL5375-05) and 1500 mV (ADL5375-15).

The ADL5375 is fabricated using an advanced silicon-germanium bipolar process. It is available in a 24-lead, exposed paddle, Pb-free, LFCSP_VQ package. Performance is specified over a −40°C to +85°C temperature range. A Pb-free evaluation board is also available.

Applications

  • Cellular communication systems
    GSM/EDGE, CDMA2000, W-CDMA, TD-SCDMA
  • WiMAX/broadband wireless access systems
  • Satellite modems
Part Models 5
1ku List Price Starting From $6.21

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Documentation

Documentation

Video

Part Model Pin/Package Drawing Documentation CAD Symbols, Footprints, and 3D Models
ADL5375-05ACPZ-R2
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ADL5375-05ACPZ-R7
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ADL5375-05SCPZEPR7
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ADL5375-15ACPZ-R7
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ADL5375-15ACPZ-WP
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Part Models

Product Lifecycle

PCN

May 22, 2012

- 12_0063

Conversion of Select Sizes of LFCSP Package Outlines from Punch to Sawn and Transfer of Assembly Site to ASE-Korea.

Jun 18, 2010

- 10_0141

ADL5375-05 and ADL5375-15 Mask Change and Datasheet Change

ADL5375-05ACPZ-R7

PRODUCTION

ADL5375-15ACPZ-R7

PRODUCTION

ADL5375-15ACPZ-WP

PRODUCTION

Apr 2, 2013

- 12_0063

Conversion of Select Sizes of LFCSP Package Outlines from Punch to Sawn and Transfer of Assembly Site to ASE-Korea.

Filter by Model

reset

Reset Filters

Part Models

Product Lifecycle

PCN

May 22, 2012

- 12_0063

arrow down

Conversion of Select Sizes of LFCSP Package Outlines from Punch to Sawn and Transfer of Assembly Site to ASE-Korea.

Jun 18, 2010

- 10_0141

arrow down

ADL5375-05 and ADL5375-15 Mask Change and Datasheet Change

ADL5375-05ACPZ-R7

PRODUCTION

ADL5375-15ACPZ-R7

PRODUCTION

ADL5375-15ACPZ-WP

PRODUCTION

Apr 2, 2013

- 12_0063

arrow down

Conversion of Select Sizes of LFCSP Package Outlines from Punch to Sawn and Transfer of Assembly Site to ASE-Korea.

Software & Part Ecosystem

Software & Part Ecosystem

Evaluation Kit

Evaluation Kits 2

reference details image

AD-FMCOMMS1-EBZ

FPGA Mezzanine Card for Wireless Communications

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AD-FMCOMMS1-EBZ

FPGA Mezzanine Card for Wireless Communications

FPGA Mezzanine Card for Wireless Communications

Features and Benefits

  • Includes schematics, layout, BOM, Gerber files, HDL, Linux® drivers, IIO Oscilloscope, VisualANALOG
  • FMC-compatible form factor
  • Powered from FMC connector
  • Provides one channel of ADC and one channel of DAC with full synchronization capabilities

Product Detail

This board is no longer available for ordering.

The AD-FMCOMMS1-EBZ high-speed analog module is designed to showcase the latest generation high-speed data converters. The AD-FMCOMMS1-EBZ provides the analog front-end for a wide range of compute-intensive FPGA-based radio applications.

The AD-FMCOMMS1-EBZ is an analog front end hardware platform that addresses a broad range of research, academic, industrial and defense applications. The AD-FMCOMMS1-EBZ enables RF applications from 400MHz to 4 GHz. The module is customizable to a wide range of frequencies by software without any hardware changes, providing options for GPS or IEEE 1588 Synchronization, and MIMO configurations.

When combined with the Xilinx ZYNQ® Software-Defined Radio Kit, AD-FMCOMMS1-EBZ enables a variety of wireless communications functions at the physical layer, from baseband to RF. With up to 4 GB of flash storage space, 512 MB of RAM, Gigabit Ethernet interface (depending on the base platform) and a Linux image built specifically for the AD-FMCOMMS1-EBZ, you can get everything you need for a easy out of the box experience. The platform offers enough flexibility for many applications, and supports streaming data, and standard web interfaces to analyze transmitted RF data.

Applications

  • Electronic test and measurement equipment
  • General-purpose software radios
  • Radar systems
  • Ultra wideband satellite receivers
  • Point to point communication systems

EVAL-ADL5375

ADL5375 Evaluation Boards

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EVAL-ADL5375

ADL5375 Evaluation Boards

ADL5375 Evaluation Boards

Product Detail

ADL5375-05-EVALZ is a fully populated, 4-layer, FR4-based evaluation board. For normal operation, it requires a 5 V/500 mA power supply. The 5 V power supply should be connected to the clip leads labeled VPOS and GND. The LO and baseband inputs (which should be biased at 0.5 V) are applied to edge-mounted SMA-type RF connectors. The ADL5375 output drives the ADL5320 driver amplifier with its output and is available at the SMA connector labeled AMP_OUT. The ADL5375's output can be accessed directly at the SMA connector labeled AMP_IN/SMA_OUT (remove R2 and install zero ohms in R1). The evaluation board also includes options to drive the LO differentially through a balun along with pads that can be used to implement a harmonic filter in the LO path.

ADL5375-15-EVALZ is a fully populated, 4-layer, FR4-based evaluation board. For normal operation, it requires a 5 V/500 mA power supply. The 5 V power supply should be connected to the clip leads labeled VPOS and GND. The LO and baseband inputs (which should be biased at 1.5 V) are applied to edge-mounted SMA-type RF connectors. The ADL5375 output drives the ADL5320 driver amplifier with its output is available at the SMA connector labeled AMP_OUT. The ADL5375's output can be accessed directly at the SMA connector labeled AMP_IN/SMA_OUT (remove R2 and install zero ohms in R1). The evaluation board also includes options to drive the LO differentially through a balun along with pads that can be used to implement a harmonic filter in the LO path.

Tools & Simulations

Tools & Simulations 2

Reference Designs

Reference Designs 5

Block Diagram of AD9139-DUAL-EBZ Evaluation Board

Wideband Baseband I/Q Transmitter Design Using Two AD9139 Devices with Multi-DAC Synchronization

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CN0432

Wideband Baseband I/Q Transmitter Design Using Two AD9139 Devices with Multi-DAC Synchronization

CN0432

Circuits from the lab

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Wideband Baseband I/Q Transmitter Design Using Two AD9139 Devices with Multi-DAC Synchronization

Features and Benefits

  • Wide IQ Bandwidth (1150 MHz)
  • Low Error Vector Magnitude (EVM)
  • Synchronous Channels
View Detailed Reference Design external link

Design & Integration Tools

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ZIP

2.15 M

ADF4351 RF Output Filter Schematic

Broadband Low Error Vector Magnitude (EVM) Direct Conversion Transmitter

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CN0285

Broadband Low Error Vector Magnitude (EVM) Direct Conversion Transmitter

CN0285

Circuits from the lab

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Broadband Low Error Vector Magnitude (EVM) Direct Conversion Transmitter

Features and Benefits

  • Broadband direct conversion transmitter
  • 500MHz to 4.4GHz RF
  • Low phase noise
  • Low error vector magnitude (EVM)
View Detailed Reference Design external link
Direct Conversion Transmitter

Broadband Low Error Vector Magnitude (EVM) Direct Conversion Transmitter

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CN0134

Broadband Low Error Vector Magnitude (EVM) Direct Conversion Transmitter

CN0134

Circuits from the lab

tooltip Info:Circuits from the lab
Broadband Low Error Vector Magnitude (EVM) Direct Conversion Transmitter

Features and Benefits

  • Direct conversion broadband transmitter
  • Functions from 500 MHz to 4.4 GHz
  • Excellent phase noise reduces errors
View Detailed Reference Design external link
Interface Between the AD9122 and ADL5375-05 with 50 Ω Resistors to Ground

Interfacing the ADL5375 I/Q Modulator to the AD9122 Dual Channel, 1.2 GSPS High Speed DAC

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CN0205

Interfacing the ADL5375 I/Q Modulator to the AD9122 Dual Channel, 1.2 GSPS High Speed DAC

CN0205

Circuits from the lab

tooltip Info:Circuits from the lab
Interfacing the ADL5375 I/Q Modulator to the AD9122 Dual Channel, 1.2 GSPS High Speed DAC

Features and Benefits

  • High speed DAC to IQ modulator interface
  • Requires zero IF frequencys
  • Dual DAC provides common biasing for level shifting
View Detailed Reference Design external link

Design & Integration Tools

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zip

3338 kB

Circuit Schematic for IQ Modulator with Output Power Gain

Providing Fixed Power Gain at the Output of an IQ Modulator

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