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Engineer your way. Engineer at WashU.
Engineering News
Latest news from McKelvey Engineering
How to grow food without light
Feng Jiao, collaborators plan to grow food through carbon dioxide electrolysis.
Jha receives Distinguished Investigators Award
The award from Academy for Radiology & Biomedical Imaging Research recognizes contributions to medical imaging.
Engineering Depolarization with Jean Springsteen
Graduate student Jean Springsteen joins McKelvey’s Engineering the Future podcast to discuss her work at the intersection of computer science and political science.
Engineering the Future Podcast
Catch the new season of our podcast, highlighting Women in Engineering. Guests from across McKelvey join science writer Shawn Ballard to chat about research, teaching, outreach and more.
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Grodsky Lunch & Halloween Costume Contest at Uncas A. Whitaker Hall
Digital transformation coffee hours at olin library, mems seminar: phd student handbook at stephen f. & camilla t. brauer hall, our faculty push the boundaries.
Meet the people solving our biggest problems.
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Faculty Spotlight
View the faculty bio for Jianjun Guan Develops functional biomaterials, stem cell and drug delivery systems for tissue repair and regeneration Jianjun Guan Professor
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Common study space in Jubel Hall
A glimpse of a biomedical engineering lab in Whitaker Hall.
McKelvey Hall is the new home to the Department of Computer Science & Engineering and support Washington University’s data science efforts.
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Tour our buildings
The new complex for the McKelvey School of Engineering sits on the northeast corner of WashU's Danforth Campus . This area includes five academic buildings with research laboratories and specialized facilities that support the school's intellectual vision and plans.
Since 2000, more than $275 million has been invested in new and renovated engineering space.
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COMMENTS
Experiment. BJT Common Base - Input Characteristics; Initially set rheostat R h1 = 1 Ω and rheostat R h2 = 1 Ω ; Set the Collector-Base Voltage(V CB) to 1 V by adjusting the rheostat R h2; Base Emitter Voltage(V BE) is varied by adjusting …
AIM: - To plot and study the input and output characteristics of BJT in common-emitter configuration. APPARATUS REQUIRED: - Transistor Characteristic kit, Multimeter, Connecting …
The purpose of this experiment is to determine and graph the input and output characteristics of a bipolar junction transistor (BJT) in the common emitter configuration, and to measure its h-parameters at a given DC bias point.
EXPERIMENT 3: COMMON EMITTER CHARACTERISTICS AIM: To study input and output characteristics of a npn Bipolar Junction Transistor (BJT) in Common-emitter configuration. …
characteristics of the BJT in forward active mode. You need to determine base-to-collector DC current gain (h FE), Early voltage (V A) and common-emitter breakdown voltage (BV CE0). …
Experiment. BJT Common Base - Input Characteristics; Initially set rheostat R h1 = 1 Ω and rheostat R h2 = 1 Ω ; Set the Collector-Base Voltage(V CB) to 1 V by adjusting the rheostat R …
BJT Common Base - Input Characteristics. Initially set rheostat R h1 = 1 Ω and rheostat R h2 = 1 Ω. Set the Collector-Base Voltage (V CB) to 1 V by adjusting the rheostat R h2. Base Emitter …
The operation of the BJT is based on the principles of the pn junction. As indicated in Figure 6.1, there are two basic types: (a) the npn and (b) the pnp. In the npn, electrons are injected from …