Agilent Technologies E8267D manual Choose wideband external I/Q, Description Purpose Requires

Models: E8267D

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Step 6. Choose wideband external I/Q

Ordering number

Description

Purpose

Requires

E8267D-016

Wideband external differential I/Q inputs

Provides up to 2 GHz RF modulation bandwidth

 

 

 

for carrier frequency above 3.2 GHz and up to

 

 

 

260 MHz below 3.2 GHz.

 

 

 

Standard external I/Q inputs provide

 

 

 

160 MHz RF modulation bandwidth.

 

Step 7. Choose signal creation software for your baseband generator

Ordering number

Description

Purpose

Requires

E8267D-403

Calibrated Noise (AWGN) generation

Provides settable Eb/No and C/N

E8267D-602

E8267D-SP1

Signal Studio for jitter injection

Create repeatable additive calibrated

E8267D-602

 

 

jitter with variable rate and deviation

 

 

 

for tolerance measurements

 

N7600B

Signal Studio for 3GPP W-CDMA FDD

Create W-CDMA FDD single/multi-carrier

E8267D-602

 

 

uplink/downlink test signals at baseband

 

 

 

and RF, for basestations, mobile

 

 

 

transceivers, and their components

 

N7601B

Signal Studio for 3GPP2 CDMA

Create cdma2000 and IS-95-A single/multi-

E8267D-602

 

 

carrier, forward/reverse link test signals at

 

 

 

baseband and RF, for basestations, mobile

 

 

 

transceivers, and their components

 

N7602B

Signal Studio for GSM/EDGE

Create GSM and EDGE single or multi-

E8267D-602

 

 

carrier test signals at baseband or RF

 

N7606B

Signal Studio for Bluetooth

Configure fully-coded Bluetooth packets and

E8267D-602

 

 

and Bluetooth modulated data streams for both

 

 

 

basic and enhanced date rate (v2.1+EDR)

 

N7613A

Signal Studio for 802.16-2004 (WiMAX)

Create IEEE 802.16-2004 (WiMAX) test

E8267D-602

N7613A-102

 

signals at baseband and RF

 

N7617B

Signal Studio for 802.11 WLAN

Create arbitrary waveforms that comply with

E8267D-602

 

 

the WLAN standards 802.11a/b/g/j/p/n

 

N7619A

Signal Studio for multiband OFDM UWB

Create UWB (Ultra Wideband) signals

N6030A

N7619A-117

 

that comply with the proposed

wideband arbitrary

 

 

Multi-band OFDM Alliance (MBOA)

waveform generator

 

 

physical layer specification

 

N7620A

Signal Studio for pulse building

Generates customized wide bandwidth pulse

E8267D-016

N7620A-117 or 118

(wideband waveforms)

patterns for simulation. Requires a PSA or

E8267D-UNX,

 

 

ESA spectrum analyzer for waveform

E8267D-UNW,

 

 

corrections

N6030A or N8241A

 

 

 

wideband arbitrary

 

 

 

waveform generators

N7620A

Signal Studio for pulse building

Generates customized pulse patterns for

E8267D-602,

N7620A-102

 

simulation. Requires a PSA or ESA spectrum

E8267D-009

 

 

analyzer for waveform corrections

E8267E-UNX

 

 

 

(recommended)

N7621A

Signal Studio for multitone distortion

Generates wide bandwidth mutiple tone

E8267D-016

N7621A-117

(wideband waveforms)

signals and applies pre-distortion techniques

E8267D-009

-203

(multi tone)

to remove the nonlinear distortion of the

(recommended)

-204

(noise power ratio)

signal generator. Generates a simulated

N6030A or N8241A

 

 

broadband noise signal to facilitate NPR

wideband arbitrary

 

 

measurements. Pre-distortion technigues

waveform generator

 

 

are used to improve flatness and increase

 

 

 

notch depth. Requires a PSA spectrum analyzer.

 

N7621B

Signal Studio for multitone distortion

Generates mutiple tone signals and applies

E8267D-602

 

 

pre-distortion techniques to remove the

E8267D-009

 

 

nonlinear distortion of the signal generator.

E8267D-UNX

 

 

Generates a simulated broadband noise

(recommended)

 

 

signal to facilitate NPR measurements.

 

 

 

Pre-distortion technigues are used to

 

 

 

improve flatness and increase notch depth.

 

 

 

Requires a PSA spectrum analyzer.

 

N7623B

Signal Studio for digital video

Create DVB-T/H/C/S/S2, ISDB-T, DTMB,

E8267D-602

 

 

CMMB, J.83 Annex A/B/C and ATSC software

 

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Agilent Technologies E8267D Choose wideband external I/Q, Choose signal creation software for your baseband generator

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.