Industrial

The N4963A Clock Synthesizer 13.5 GHz generates six pairs of differential square-wave clock outputs from 500 MHz to 13.5 GHz. The instrument features programmable output amplitude, DC offset, phase offset, sub-rate trigger, and jitter injection.

This product is a Safety Class 3 instrument. The protective features of this product may be impaired if it is used in a manner not specified in the operation instructions

The N4962A serial BERT 12.5 Gb/s operates from 500 Mb/s

The information contained in this document is subject to change without notice. Agilent Technologies makes no warranty of any kind with regard to this material, including but not limited to, the implied warranties of merchantability and fitness for a particular purpose. Agilent Technologies shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance, or use of this material.

The N4968A clock and data demultiplexer 44 Gb/s is shipped with all the accessories required for verification and operation. The shipment includes:

This document is the user manual of Agilent N4974A PRBS Generator 44 Gb/s, which introduces the features and usage of the product

This manual introduces the functions and use of the N4975A PRBS generator 56 Gb/s, including self-test mode and verification.

The single phase padmounted distribution transformer is designed to provide electrical service on underground distribution systems. The tra n s fo rmer is designed for outdoor m o u n t i n g on a pad. Primary and secondary cables enter the t ra n s fo rmer compartment from below, through openings in the pad. All exposed live parts are completely enclosed in tamper-resistant cabinets with provisions for padlocking.

The recommendations, instructions and procedures here contained will give you a guide to accomplish labors of installation or assembly and implementation or energizing of a power transformer. This information is not the only one requirement to the transformer operates satisfactorily. It is required to count firstly on qualified personnel and tools and equipment designed for this purpose.

These instructions apply to liquid filled secondary unit substation transformers manufactured by the ABB Transformer Facility at Jefferson City, Missouri. Secondary Unit Substations are typically composed of three (3) major sections: the high or medium voltage section; transformer section; and low voltage section. These sections can be close coupled whereby the sections are bolted directly together to form a single line of electrical equipment or the sections can be separated by distance and

The TriDry dry-type transformer

The transformer requires less care compared with other electrical equipment. The degree of maintenance and necessary inspection for its operation depends on its capacity, on the importance within electrical system, the place of installation within the system, on the weather conditions, and the general operating conditions.

ABB is committed to developing all its products to meet ever-more-demanding environmental and effi ciency requirements. Our ultra-effi cient dry-type transformers have been greatly improved in terms of effi ciency, specifi cally tailored to the particular application identifi ed,for customers with a commitment to environmental protection and costawareness.

These instructions apply to liquid filled secondary unit substation transformers manufactured by the ABB Transformer Facility at Jefferson City, Missouri. Secondary Unit Substations are typically composed of three (3) major sections: the high or medium voltage section; transformer section; and low voltage section. These sections can be close coupled whereby the sections are bolted directly together to form a single line of electrical equipment or the sections can be separated by distance and

The three phase padmounted distri bution tra n s fo rmer is designed to provide electrical service on underground distribu t i o n systems. The transformer is designed for outdoor mounting on a pad. Primary and secondary cables enter the transformer compartment from below, through openings in the p a d . All exposed live parts are completely enclosed in tamper-resistant cabinets with provisions for padlocking.