While the number of pages varies, most handbooks are 16 pages in length and include a tear-out quiz. Handbooks must be purchased in packs of When ordering, enter the number of packs you would like to purchase. For example, if you would like to order 50 handbooks, enter "5" in the quantity field.
All handbooks are print-on-demand. Call for more information. All sales are final. No returns or refunds. For new users, please complete the entire form below.
If you are a returning user, please enter your email address and click the box marked "Check if previously registered". Then press "Submit". If you would like to receive marketing communications sent by DuPont Sustainable Solutions, please check the box below. DuPont Sustainable Solutions will never rent, share, or sell your contact information. The ELE1 features a wide variety of industry-standard electrical components and circuits that can be set up in a wide variety of real-world machine applications.
These components will help learners gain hands-on experience with linear power supplies, solid state relays, discrete and thermal sensing devices, solid state switching, and more! FaultPro features 30 different faults to present learners with realistic troubleshooting experiences.
The ELE1 with FaultPro allows learners to troubleshoot real-world components and circuits at a system level. For example, the system includes 30 unique faults that present realistic situations that technicians encounter on the job, such as troubleshooting and regulating a power supply, an open-loop operational amplifier circuit, a pressure sensing device, and more!
Learners will also perform more than 60 hands-on skills, such as testing the output of a current limiter, selecting a solid state relay, installing a capacitive proximity sensor, connecting two configurations of open-loop operational amplifier circuits, and designing a circuit that measures the level in a batch process.
Specifically, learners will study topics like the operation of a full-wave rectifier, the installation of a photoelectric sensor, and testing a triac relay circuit. But if you leave that station, your certificate will no longer be valid. Request Information. Electronics specialists are the people who come to the rescue when electronic components, devices, and systems go haywire.
For those with a technical bent and a love of hands-on work, this field offers plenty of satisfying opportunities. Relay and substation equipment, commercial and industrial equipment, transportation equipment, motor vehicles, electric motors and power tools. And estimates from the Occupational Employment Statistics OES program show the following median salaries for other electronics-related careers:.
Employment projections from the Bureau of Labor Statistics BLS show that between and , employment of electronics specialists is expected to grow by 2. That percentage represents an average of the projected job growth rates for each of the following occupational categories:. Collectively, those occupations should generate an average of 34, job openings each year over the projection period.
Electronic technicians install and service a wide range of electronic instruments, devices, and equipment. They can work with anything from microwaves and stereos to industrial motors and communications equipment.
Many also work in the military, servicing things like radios, sonar systems, GPS equipment, and ship propulsion systems.
Completing electronics training at a trade school or vocational college can prepare you to take on a range of roles, including:. Telecommunications technician: Work on things like routers, modems, switches, and phone lines. Computer or office machine repairer: Install and maintain things like printers, fax machines, photocopiers, and automated teller machines. Power line installer: Set up and repair the lines that keep the power grid going. In addition to your electronics training, you will likely need to complete an apprenticeship.
Avionics technician: Inspect and maintain the electronic instruments and control panels on an aircraft. An associate degree in electronics is a good starting point, but you will also need to complete certification through the FAA.
Electronic engineering technician: Build prototypes to test engineering designs and repair and service the completed systems. Electro-mechanical or mechatronics technician: Combine the principles of electronics, mechanics, and computing to install, troubleshoot, maintain, and repair automated machinery and systems. You should be detail-oriented, enjoy problem-solving, and be comfortable working with your hands. Successful technicians also possess:. Electronic technicians focus on installation, troubleshooting, maintenance, and operation.
They tend to have hands-on service jobs that involve a lot of contact with customers. These types of technicians generally need to complete a certificate or associate degree program in electronics, although some positions require only a high school diploma and on-the-job training.
Electronic engineering technicians support the work of engineers by helping to design, test, and evaluate electronic components and equipment. They build prototypes and refine designs based on tests and observations. These types of technicians typically need to have an associate degree in electronic engineering technology. Post-secondary training can help you gain the skills and confidence to find success in this dynamic field. By completing an electronics program at a trade school, you can become ready to pursue all kinds of satisfying opportunities.
Department of Education , and a wide sampling of relevant program lengths from about 30 individual school websites. They are a mix of public, private non-profit, and private for-profit institutions.
0コメント