Agilent Technologies E4400-90363 guide

ESG Family Signal Generators

Agilent Technologies ESG Family Feature Releases

ESG-D Baseband Generator Evolution (Oldest to Newest)

TDMA Baseband Generators

1EH - Original, single-board baseband generator. Provided NADC, GSM, PDC, and PHS personalities. Limited flexibility to change data rates and filters.

UN3/4 - Two-board enhanced baseband generator. Provided NADC, GSM, PDC, PHS, and new DECT and TETRA personalities. More flexibility to change data rates and filters over a limited range.

UN8/9 Real-Time Baseband Generator

Rev. A - New baseband board (first Fuzzy board) with custom ASIC. With UN3/4 data generator board allows any I/Q modulation type, data rates to 12.5 Msps, and create-your-own FIR filter.

Rev. B - Enhanced baseband board (second Fuzzy board). Provides polarity change to DATA and DATA CLOCK inputs.

Rev. C - New data generator board. With first Fuzzy board provides DSP, FPGA, and RAM for dramatic increase in channel coding complexity.

Rev. D - New data generator board. With second Fuzzy board provides combined enhancements from previous revisions B and C.

		Data Generator Board

		Original	New

Baseband	Original	Rev. A	Rev. C
Baseband
Fuzzy Board	New	Rev. B	Rev. D
	New	Rev. B	Rev. D

Option UND Dual Arbitrary Waveform Generator Evolution

Rev. A - Initial release of dual arbitrary waveform generator board.

Rev. B - Added triggers, marker hardware, and flattened the reconstruction filter frequency response.

Rev. C - Hardware modified to remedy reversed I and Q signals for frequencies below 250 MHz.

Rev. D - Hardware modified to improve Arb clock phase noise between 1 kHz and 10 kHz.

E4400-90363

E4400-90363 specifications

Agilent Technologies, a prominent player in the electronic measurement industry, offers a wide range of advanced solutions, including the E4400-90363 model, widely recognized for its reliability and performance. Particularly noted for its application in both research and development as well as manufacturing, this model is trusted by professionals across various sectors.

The Agilent E4400-90363 is primarily a vector signal generator capable of producing high-fidelity waveforms for testing wireless devices. This device supports multiple modulation schemes, including AM, FM, PM, and a variety of digital modulations, essential for testing innovative communication technologies. Its frequency range extends to enable comprehensive testing across multiple wireless standards, making it a versatile tool in any RF application.

One of the remarkable features of the E4400-90363 is its phase noise specification, which allows for precise signal generation with minimal interference. This low phase noise performance ensures accurate testing of devices that require high reliability, such as those used in telecommunications and aerospace applications. The ability to generate complex waveforms with high-quality fidelity sets the E4400-90363 apart from simpler generators.

An essential aspect of the Agilent E4400-90363 is the user-friendly interface it offers. This model comes with an intuitive display, making it easy for users to configure parameters and monitor output signals. Furthermore, it includes flexible connectivity options, allowing seamless integration with PCs and other peripheral devices for enhanced functionality.

In terms of measurement capabilities, the E4400-90363 provides advanced analysis tools, enabling engineers to evaluate signal integrity and performance effectively. The built-in features assist in real-time analysis, ensuring that any discrepancies in device performance can be captured and addressed promptly.

Additionally, the rugged build quality of the Agilent E4400-90363 ensures longevity and durability, making it a wise investment for organizations that require consistent performance in challenging environments. Its compact design also enhances portability, allowing for easy transport between different testing locations.

In summary, the Agilent E4400-90363 is an advanced vector signal generator that excels in producing high-quality signals for various applications. With its diverse modulation capabilities, outstanding phase noise performance, user-centered design, and durability, it serves as an invaluable tool for professionals seeking precision in their testing and measurement processes. Whether in a research lab or a manufacturing environment, the E4400-90363 stands out for its reliability and technological prowess.