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university:courses:engineering_discovery:lab_1 [03 Jan 2018 19:27] – [Materials and Apparatus] Doug Merceruniversity:courses:engineering_discovery:lab_1 [21 Dec 2018 07:10] – [Introduction] SANTHAN KUMAR NAREDDULA
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 ==== Introduction ==== ==== Introduction ====
  
-Today’s electronic devices are made up of a wide variety of components.  Some, like resistors and capacitors, are simple and passive, while others, such as advanced central processing unit (CPU) chips, are extremely complex and can contain over 20 billion transistors.  In this lab, we introduce some simple components, and some equipment that can be used to generate and characterize electronic signals in the forms of voltages and currents.+Today’s electronic devices are made up of a wide variety of components.  Some, like resistors and capacitors, are simple and passive, while others, such as advanced central processing unit (CPU) chips, are extremely complex and can contain over 20 billion transistors.  In this lab, we introduce some simple components and some equipment that can be used to generate and characterize electronic signals in the forms of voltages and currents.
 ==== Objective ==== ==== Objective ====
 To introduce resistors, capacitors, and inductors as examples of passive components.  To introduce diodes and transistors as simple semiconductor components, and an operational amplifier (op-amp) as an example of an integrated circuit (IC).  To introduce the Analog Devices M1K and PixelPulse application software.  Following completion of this lab you should be familiar with the parts in the [[university:tools:adalp2000:parts-index|ADALP2000 Analog Parts Kit]], be able to give basic descriptions of passive components, diodes, transistors, and op-amps, understand the basics of resistor and capacitor codes, and understand the basic operation of the M1K and PixelPulse application software. To introduce resistors, capacitors, and inductors as examples of passive components.  To introduce diodes and transistors as simple semiconductor components, and an operational amplifier (op-amp) as an example of an integrated circuit (IC).  To introduce the Analog Devices M1K and PixelPulse application software.  Following completion of this lab you should be familiar with the parts in the [[university:tools:adalp2000:parts-index|ADALP2000 Analog Parts Kit]], be able to give basic descriptions of passive components, diodes, transistors, and op-amps, understand the basics of resistor and capacitor codes, and understand the basic operation of the M1K and PixelPulse application software.
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   - Identify the following capacitors in the kit by using the [[university:courses:electronics:electronics-lab-capacitors|capacitor codes]]:  39 pF, 0.047 μF, 10 μF, 220 μF   - Identify the following capacitors in the kit by using the [[university:courses:electronics:electronics-lab-capacitors|capacitor codes]]:  39 pF, 0.047 μF, 10 μF, 220 μF
   - Identify the following inductors in the kit:  1.0 μH, 10 μH, 100 μH   - Identify the following inductors in the kit:  1.0 μH, 10 μH, 100 μH
-  - Identify the 1N914 and 1N4001 diodes in the kit+  - Identify the LED's, 1N914 and 1N4001 diodes in the kit
   - Identify the 2N3904 transistor in the kit   - Identify the 2N3904 transistor in the kit
-  - Identify the OP484 op-amp IC in the kit+  - Identify the OP484,OP482,OP37G op-amp IC in the kit 
 +  - Identify the audio jack port,micro USB port,Speaker.
 ==== Theory ==== ==== Theory ====
 The components introduced in this lab will be used in the following labs to construct circuits that increase in complexity as the labs go on.  The first of the subsequent labs uses two of the passive elements – resistors and capacitors – in ways that help illustrate how these elements behave in circuits. The components introduced in this lab will be used in the following labs to construct circuits that increase in complexity as the labs go on.  The first of the subsequent labs uses two of the passive elements – resistors and capacitors – in ways that help illustrate how these elements behave in circuits.
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   * Transistors are the simplest electronic devices that are capable of amplifying signal power   * Transistors are the simplest electronic devices that are capable of amplifying signal power
   * Op-amps are ICs that are normally operated in negative feedback configurations, and are often used to amplify signals at a better quality level than that available with a simple transistor   * Op-amps are ICs that are normally operated in negative feedback configurations, and are often used to amplify signals at a better quality level than that available with a simple transistor
 +
 +**Return to [[university:courses:engineering_discovery|Engineering Discovery Index]]**
  
university/courses/engineering_discovery/lab_1.txt · Last modified: 21 Dec 2018 07:15 by SANTHAN KUMAR NAREDDULA

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