Agilent Technologies E8267D manual Agilent PSG Vector Signal Generator Options

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Standard product includes installation guide, electronic documentation set (CD-ROM), adapters, and country specific power cord.

High output power (Option 1EA) and step attenuator (Option 1E1) are standard features in the

E8267D vector signal generator.

Agilent PSG Vector Signal Generator Options

Step 1. Choose a frequency range

All frequency range options support underrange to 100 kHz. However, performance specifications are not provided between 100 kHz and 250 kHz.

Ordering number

Description

Purpose

Requires

E8267D-520

Frequency range from 250 kHz to 20 GHz

Selects the maximum frequency of the

 

 

 

signal generator.

 

E8267D-532

Frequency range from 250 kHz to 31.8 GHz

Selects the maximum frequency of the

 

 

 

signal generator.

 

E8267D-544

Frequency range from 250 kHz to 44 GHz

Selects the maximum frequency of the

 

 

 

signal generator.

 

Step 2. Choose spectral purity

Ordering number

Description

Purpose

Requires

Standard

Standard spectral purity

Provides low phase noise.

 

E8267D-UNX

Ultra low phase noise

Improves phase noise performance at

 

 

 

carrier frequency offsets ranging from

 

 

 

1 Hz to 10 kHz.

 

E8267D-1EH

Improved harmonics below 2 GHz

Improves harmonic performance for carrier

 

 

 

frequencies below 2 GHz.

 

Step 3. Choose modulation

Ordering number

Description

Purpose

Requires

Standard

CW signal generation,

Generates continuous wave (CW)

 

 

vector (IQ) modulation capability

signals and can modulate IQ waveforms

 

 

 

provided by the optional internal baseband

 

 

 

generator (Option 602) or an external

 

 

 

baseband source

 

E8267D-UNT

AM, FM, phase modulation, and LF output

Generates analog modulated signals.

 

E8267D-UNU 1

Pulse modulation

Generates pulse modulated signals

 

 

 

(150 ns minimum pulse width).

 

E8267D-UNW 1

Narrow pulse modulation

Generates pulse modulated signals

 

 

 

(20 ns minimum pulse width).

 

Step 4. Choose ramp sweep

Ordering number

Description

Purpose

Requires

E8267D-007

Analog ramp sweep

Generates a fully synthesized ramp (analog)

 

 

 

sweep of frequency and amplitude.

 

Step 5. Choose internal baseband generator

Ordering number

Description

Purpose

Requires

E8267D-602

Internal baseband generator,

Generates arbitrary and real-time I/Q

 

 

64 Msa memory

waveforms (80 MHz of RF modulation

 

 

 

bandwidth).

 

E8267D-009

Removable flash memory

 

 

1.Option E8267D-UNU and E8267D-UNW are mutually exclusive; choose one or the other or neither. However, option E8267D-UNU can be upgraded to E8267D-UNW.

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Contents Agilent E8267D PSG Vector Signal Generator Agilent PSG Vector Signal Generator Options Description Purpose Requires Choose signal creation software for your baseband generatorChoose wideband external I/Q Choose instrument connector configuration and accessories Choose special optionsChoose a calibration plan Choose a warranty planChoose documentation Ordering number DescriptionLicense key Customer’s email address E8267DK-015 Upgradeable OptionsLicense key Customer’s email address Web Resources Related Agilent Literature Free Agilent SoftwareAmericas Agilent Email UpdatesAgilent Direct Asia Pacific

E8267D specifications

Agilent Technologies E8267D is a high-performance signal generator designed for a wide range of applications in the fields of communications, aerospace, defense, and electronic test and measurement. This versatile instrument serves as a key tool for engineers and researchers, enabling them to create and analyze complex signals with exceptional accuracy and reliability.

One of the standout features of the E8267D is its frequency coverage. It operates in the microwave frequency range, from 250 kHz to 40 GHz, making it suitable for both modern and emerging technologies. This extensive frequency range accommodates a variety of applications, including radar, satellite communication, and wireless testing.

The signal generator is equipped with a high-level of output power, reaching up to +30 dBm. This powerful output capability allows for effective signal transmission and testing in demanding environments, ensuring that signals can be accurately conveyed over extended distances or through various types of loads.

In terms of signal modulation, the E8267D supports a wide array of modulation formats, including AM, FM, PM, and pulse modulation. This flexibility enables users to generate complex waveforms tailored to specific testing needs. Additionally, the generator integrates advanced digital signal processing technology, which enhances spectral purity and minimizes phase noise, critical for applications where signal integrity is paramount.

The E8267D also features an intuitive graphical user interface, enabling users to navigate its functions easily and configure settings efficiently. The instrument supports remote programming through standards like SCPI (Standard Commands for Programmable Instruments), allowing for integration into automated test setups. This capability enhances the workflow, streamlining testing processes and reducing the risk of human error.

Further distinguishing the E8267D is its ability to produce digital and analog modulation, making it a strong candidate for testing software-defined radios and advanced communication systems. The inclusion of built-in pulse modulation capabilities allows for the generation of realistic pulse patterns needed in radar and electronics testing.

Moreover, the E8267D can be upgraded with additional options, such as extended frequency coverage and enhanced output capabilities, ensuring that it can meet evolving technology needs. Its durability and reliability make it a long-term investment for labs and industries focused on high-tech development.

In summary, the Agilent Technologies E8267D signal generator stands out for its frequency range, output power, modulation options, and advanced technologies. It provides engineers and researchers with the necessary tools to innovate and test in a variety of sectors, ensuring high-performance results in their critical applications.