Common base configuration multisim

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Copy of Common Base Amplifier. mgonzales1976. Common Base Amplifier. Tehillah96. Copy of Common Base Amplifier. ronsapino. Copy of Common Base Amplifier. diopullingo. Common Base Amplifier version 2.o common-base configuration × common-base configuration Unknown Yes No Popularity: -Popularity: Date: -Date: Fav: -Fav: Views: -Views: Copies: -Copies: Popularit

Common Base Configuration - Multisim Live Online Circuit

Common Base Configuration In this configuration we use base as common terminal for both input and output signals. The configuration name itself indicates the common terminal Common Base Configuration Both voltage and current biasing follow the same rules as those applied to the common emitter amplifier. As before, insert a blocking capacitor in the input signal path to avoid disturbing the dc bias. The common base amplifier uses a bypass capacitor - or a direct connection from base to ground to hold the base a

Schematic simulation of Common base configuration for an NPN Bipolar transistor.Both input and output characteristics are simulated Sometimes common base configuration is referred to as common base amplifier, CB amplifier, or CB configuration. The input signal is applied between the emitter and base terminals while the corresponding output signal is taken across the collector and base terminals Video ini dibuat sebagai penilaian tugas Elektronika Dasar Semester 2Nama : MEYRA CHAERUNNISANIM : 40040320650020Prodi : TEKNOLOGI REKAYASA OTOMASISEKOLAH VO..

Common Base Configuration - Input characteristics - Multisi

The common base amplifier is the least widely used of the three transistor amplifier configurations. The common emitter and common collector (emitter follower) configurations are far more widely used because their characteristics are generally more useful. The common base amplifier configuration comes into its own at high frequencies where stability can be an issue The Common Base (CB) Configuration In a common base mode which is also called grounded base, the base terminal of the BJT is used as the common terminal for both input and output of the configuration With Multisim, there is not a free version, this makes teaching in classroom more difficult. If you have purchased student version, you can bring your laptop to class. Multisim is available in ECE 308 and 310 computer labs, with Elvis drivers. It is also available in the basement college of engineering computer labs, it may not have the Elvis drivers. This likely means all other engineering computer labs should also have it, e.g. in Shelby or Aerospace labs

Video ini dibuat guna memenuhi penilaian tugas mata kuliah Elektronika Dasar semester 2Nama : Ria GuritnasariNIM : 40040320650076Prodi : Teknologi Rekayasa O.. In this tutorial, we will simulate the common emitter amplifier using multisim tool. The objective is to determine the gain and the bandwidth of a CE amplifier based on the frequency response curve. Common emitter amplifier also known as voltage divider biasing or self-biasing. Common emitter amplifier uses two resistors, which act as a potential divider network, used in the design of bipolar transistor amplifier circuits Common Base Amplifier has a Base terminal as common for both input and output. Input is applied to the Base-Emitter junction and output is taken from Base-Collector junction. The common Base amplifier provides a high voltage gain and unity current gain and it has low input impendence and high output impendence Copy of Common Emitter Amplifier. jrosej. Common Emitter Amplifier. snickerdoodle. Copy of Common Emitter Amplifier. 3zyz. Copy of Common Emitter Amplifier. Chong.Hu. Copy of Common Emitter Amplifier Transistors are used in amplifiers in three different configurations, namely, Common Base (CB) Common Collector (CC) Common Emitter (CE). The Common Emitter circuit is most widely used configuration. This circuit has grounded emitter. This circuit gives a medium level input impedance and output impedance. Voltage gain and current gain are medium, and the output reverses the input. The Common.

my Common Base Configuration - Multisi

common-base configuration. BJT AC Analysis A model is a combination of circuit elements, properly chosen, that best approximates the actual behavior of a semiconductor device under specific operating condition. Transistor Modeling There are three models: r e model hybrid model hybrid equivalent model. BJT AC Analysis The superposition theorem is applicable and the the investigation of the dc. In electronics, a common-base (also known as grounded-base) amplifier is one of three basic single-stage bipolar junction transistor (BJT) amplifier topologies, typically used as a current buffer or voltage amplifier Multisim features a comprehensive suite of SPICE analyses for examining circuit behavior. These analyses range from the basic to sophisticated. Each analysis helps you to obtain valuable information such as the effects of component tolerances and sensitivities. For each analysis you need to set settings that will inform Multisim exactly what to analyze, and how Common Base Configuration Vi Vo VEE VCC E C B Ie Ic RE RC 12. Approximations Values: 13. Alpha (α) In the dc mode, the levels of IC and IE due to majority carriers are related by a quantity called alpha and defined by the following equation: 14. Common Emitter Configuration V i V o I c I e I b R E R B VB B VCC The emitter is common to both input (base- emitter) and output (collector-emitter.

The Common Base Amplifier is another type of bipolar junction transistor, (BJT) configuration where the base terminal of the transistor is a common terminal to both the input and output signals, hence its name common base (CB). The common base configuration is less common as an amplifier than compared to the more popular common emitter, (CE) or common collector, (CC) configurations but is. The common-base configuration has very low input impedance, but it can have a significant voltage gain. The current gain is just less than 1, and the output impedance is simply Rc 8. The collector feedback configuration has input impedance that is sensitive to beta and that can be quite low depending on the parameters of the configuration. However, the voltage gain can be significant and the. Corrupted User Configuration File. You can attempt to force Multisim to create new User Configuration files. This will reset all your user preferences to the defaults. Make sure Multisim is closed; Delete all files in the following folder: C:\Users\<username>\AppData\Roaming\National Instruments\Circuit Design Suite\<version>\confi Common Base Configuration Characteristics: The active region is defined by the biasing arrangements of above figure.The above figure shows characteristics of Common Base Configuration.At the lower end of the active region, the emitter current (IE) is zero, the collector current is simply that due to the reverse saturation current ICO, as. The configuration in which the base of the transistor is common between emitter and collector circuit is called a common base configuration. The common base circuit arrangement for NPN and PNP transistor is shown in the figure below. In common base-emitter connection, the input is connected between emitter and base while the output is taken across collector and base

Common Base Configuration - It is the BJT configuration in which (it has Voltage Gain but no Current Gain). Common Collector Configuration - it is the BJT configuration in which it behaves like voltage buffer (It has Current Gain but no Voltage Gain). These all (Bipolar junction Transistor configurations) have different advantages and disadvantage, and in this post, we will cover them one. This configuration, called a Common Emitter amplifier is probably the most common, but it is far from the only way to use a transistor. Once you have set up the bias voltage as we described to the. Given a common type or configuration of diodes, transistors or thyristors, students will be able to explain its operation, characteristics, and application, and analyze and validate its behavior using simulation and instrumentation. Given a specification, students will be able to design an open loop, follower, non-inverting, inverting, or instrumentation amplifier to meet the specification. The voltage at the base of Q 2 varies, as the midpoint of an R 1, R 2 voltage divider, and Q 2 is not a purely common base configuration. The two feedback resistor values can be chosen to adjust the extent of the Miller effect across the base collector junctions of the transistors. If speed is not the most important design parameter, but voltage is, then this amplifier provides the advantage.

NI 68 Pin connector in Right Angle configuration. Connector is common for E, M and R Series DAQ Accessories. Examples include CB-68LPR, SCB-68, many others Conn_68pin_DAQ_SCSI_Male_VERT. Part Number:777601-01 (connector + screw jack socket) NI 68 Pin connector in Vertical configuration. Connector type is common for E, M and R Series DAQ. It is called the common-base configuration because (DC power source aside), the signal source and the load share the base of the transistor as a common connection point shown in Figure below. Common-base amplifier: Input between emitter and base, output between collector and base. Perhaps the most striking characteristic of this configuration is that the input signal source must carry the full. Common Base Configuration: In Fig. 7.16a, a common-base pnp transistor has been inserted within the two-port structure employed in our discussion of the last few sections. In Fig. 7.16b, the re model for the transistor has been placed between the same four terminals. For the base-to-emitter junction of the transistor of Fig. 7.16a, the diode equivalence of Fig. 7.16b between the same two. The Common Base Amplifier is a type of BJT configuration or bipolar junction transistor, in which the input and output signals share the base terminal of the transistor, hence the name common base (CB). Furthermore, the CB configuration is not commonly in use as an amplifier in comparison to the more prevalent common collector (CC) and common emitter (CE) configurations. Although it does not.

Common Collector Configuration - Input characteristics

Generally the transistor configurations are three types they are common base (CB) configuration, common collector (CC) configuration and common emitter (CE) configuration. The behavior of these three configurations with respect to gain is given below In a transistor output characteristics commonly used in common emitter configuration, the base current I B , the collector current I C and the collector-emitter voltage V C E have values of the following orders of magnitude in the active region: Medium. View solution. View more. Learn with content. Watch learning videos, swipe through stories, and browse through concepts. Concepts > Videos.

Common-Base Amplifier - Multisim Live

For each transistor configuration, common emitter, common base and emitter follower the output curves are slightly different. A typical output characteristic for a BJT in common emitter mode are shown below :- After the initial bend, the curves approximate a straight line. The slope or gradient of each line represents the output impedance, for a particular input base current. So what has all. In a common-base BJT configuration in the dc mode, due to the effect of the majority carriers, the current IC and IE form a relationship expressed by the quantity alpha, and presented as: α dc = IC / IE----- (3.5) where IC and IE are the current levels at the point of operation. Although the above characteristic identifies that α = 1, in real devices and experiments this quantity could lie. In electronics, a common-base (also known as grounded-base) amplifier is one of three basic single-stage bipolar junction transistor (BJT) amplifier topologies, typically used as a current buffer or voltage amplifier.. In this circuit the emitter terminal of the transistor serves as the input, the collector as the output, and the base is connected to ground, or common, hence its name

The curve for common base configuration is similar to a forward diode characteristic. The base current I B increases with the increases in the emitter-base voltage V BE. Thus the input resistance of the CE configuration is comparatively higher that of CB configuration. The effect of CE does not cause large deviation on the curves, and hence the effect of a change in V CE on the input. There are three basic configurations of transistors viz. Common Base (CB), Common Emitter (CE) and Common Collector (CC) used in electronic circuits. Following are the important characteristics of these different modes or configurations. Based on these they are used for different applications. Figure-1 depicts all the three transistor configurations used in various applications of electronic. Using Multisim, simulate the following circuits and generate plots: 1. N-P-N transistor in common base configuration. Plot 1.1: Ic versus Vbs (0-4V, step 0.002V) at three different Veb (0.67 V; 0.77V 0.87 V) Plot 1.2: current gain B versus Vbs 2 Transistor Configuration: Common Emitter, Common Base, Common Collector . Download PDF for free. Characteristics of a common-emitter transistor - diagram. A bipolar junction transistor has separate input and output characteristics and both are required to completely explain the working of BJT as shown in the attached figure. Note: 1. V B E = 0. 7 V as it is forward biased. 2. i c / i b = β.

Basic Electronic Circuits with Multisim 10 Examples

Common Base BJT Amplifier Common Collector BJT Amplifier Common Collector (Emitter Follower) Configuration Common Base Configuration Small Signal Analysis Design Example Amplifier Input and Output Impedances. Peter Murray . R 1 =R 2For an assumed = 100: R B =R 1 ∥R 2 = R 1 2 = 1 R E 10 ≈10 R E R 1 =R 2 =20 R E V B = V CC 2 R E = V E I E = V CC / 2−i b = v sig R S r 1 R E v out = R E 1 v. The common gate field effect amplifier configuration is associated with the common base configuration of BJT. Similar to the common base arrangement the input resistance of common gate is also less. It is different to the common source and common drain configurations that have a large value of input resistances. This circuit configuration normally used as a voltage amplifier. The source of FET. outputs to gain a basic understanding of how these circuits work. In the lab, we will build the circuits in Multisim first, to examine how they behave in simulation and identify some differences between the computations and the simulations. Last, we build the circuits on the benchtop with hardware to further understand how the real circuits differ from the simulated systems. Prelab: In. Circuit design Input Characteristics of Common Base BJT Configuration created by aadithiya pc with Tinkerca In electronics, a multi-transistor configuration called the Darlington configuration (commonly called a Darlington pair) is a circuit consisting of two bipolar transistors with the emitter of one transistor connected to the base of the other, in such a way that the current amplified by the first transistor is amplified further by the second one

Two examples about DC load line (common emitter circuit

Hence the common emitter is the most widely used configurations. 1) Common Base Configuration . As the name suggests the configuration is of the common terminal base this remains common for both the input and the output circuit connections. The voltage is applied at the junction of the emitter and the base. Here the emitter and the base are referred to as the input side and the collector is. Multisim features a comprehensive suite of SPICE analyses for examining circuit behavior. These analyses range from the basic to sophisticated. Each analysis helps you to obtain valuable information such as the effects of component tolerances and sensitivities. For each analysis, you need to set settings that will inform Multisim exactly what to analyze, and how Current gain in common base configuration is given as. α = Output current/Input current. α = I C /I E. The common base circuit is mainly used in single stage amplifier circuits, such as microphone pre amplifier or radio frequency amplifiers because of their high-frequency response. The common base transistor circuit is given below. common base transistor circuit Input Characteristics: For p. Some of the configurations used in amplifier circuits are. Common emitter amplifier; Common collector amplifier; Common base amplifier . Of the above types common emitter type (which amplifies voltage) is the popular and mostly used configuration. The BC558 because of this large gain value is normally used to as a audio amplifier. Where an input signal of low voltage is amplified (switched) to. Common Base Configuration; Common Collector Configuration; We chose the Common Emitter Configuration due to its suitability (You will learn the reason).We can Define Basic Common Emitter BJT Amplifier as: A type of amplifier circuit made by a Bi-Polar junction Transistor that uses NPN BJT Transistor, inverts the voltage output wave at 180 degree and is the one from the three basic BJT.

Copy of NPN Transistor - Common Emitter - Multisim Live

Common Base Amplifier - Multisim Liv

Common Emitter Amplifier Common Emitter Amplifier Configuration. In electronic circuit design, there are three kinds of transistor configurations are used like common emitter, common base, and common collector, In that, the most frequently used one is common emitter due to its main attributes 13. A transistor connected in common base configuration has (a) a high input resistance and low output resistance (b) a low input resistance and high output resistance (c) a low input resistance and low output resistance (d) a high input resistance and a high output resistance . Answers . 1. (d) 2. (c) 3. (b) 4. (c) 5. (b) 6. (b) 7. (a) 8. (c) 9. (a) 10. (c) 11. (b) 12. (d) 13. (b) (b) BJT. Common-Base Configuration • Common-base terminology is derived from the fact that the : - base is common to both input and output of the configuration. - base is usually the terminal closest to or at ground potential. • All current directions will refer to conventional (hole) flow and the arrows in all electronic symbols have a direction defined by this convention. • Note that the. In common emitter (CE) configuration, input current or base current is denoted by IB and output current or collector current is denoted by IC. The common emitter amplifier has medium input and output impedance levels. So the current gain and voltage gain of the common emitter amplifier is medium. However, the power gain is high Characteristics of a transistor in common emitter configuration are of two types: input characteristics. output characteristics. Input Characteristics. The graphs showing the variation of base current ‎I B (input) with the variation of emitter-base voltage (‎V EB) at a constant collector-emitter voltage (V CE) are called input characteristics

Public Circuits - Multisim Liv

In the Common Collector transistor configuration, we use the collector terminal as common for both input and output signals. This configuration is also known as emitter follower configuration because the emitter voltage follows the base voltage. The emitter follower configuration is mostly used as a voltage buffer. These configurations are widely used in impedance matching applications because. The precise definition of the Common Base BJT Amplifier is: The type of Bipolar Junction Transistor Amplifiers in which Base is Common to both emitter and Collector and Current gain is taken from the Base is called Common Base bipolar Junction Transistor Amplifiers. Recall that a transistor has three regions i.e, Base, Collector and Emitter They are: Common base (CB) configuration. Common emitter (CE) configuration. Common collector (CC) configuration. In every configuration, the base-emitter junction JE is always forward biased and the collector-base junction JC is always reverse biased to operate the transistor as a current amplifier The common base transistor configuration gives a low i/p while giving a high o/p impedance. When the voltage of the CB transistor is high, the gain of the current and overall gain of the power is also low compared to the other transistor configurations. The main feature of the B transistor is that the i/p and o/p of the transistor are in phase. The following diagram shows the configuration of. Q1) The characteristic curve of a Common base configuration BJT transistor. Hint : The students are required to show the I-V characteristic curve. The students are required to show the schematic drawing of each of the circuit. The students are allowed to choose between using the PSPICE or MULTISIM software for simulation

To design a common base amplifier using multisi

  1. In this configuration, input current or base current is denoted by I B and output current or emitter current is denoted by I E. The common collector amplifier has high input impedance and low output impedance. It has low voltage gain and high current gain. The power gain of the common collector amplifier is medium. To fully describe the behavior of a transistor with CC configuration, we need.
  2. e where the signal enters and leaves. The remaining ter
  3. al of the transistor serves as the input, the emitter is the output, and the collector is common to both (for example, it may be tied to ground reference or.
  4. In electronics, a common-emitter amplifier is one of three basic single-stage bipolar-junction-transistor (BJT) amplifier topologies, typically used as a voltage amplifier.It offers high current gain (typically 200), medium input resistance and a high output resistance. The output of an common emitter amplifier is 180 degrees out of phase to the input signal
  5. al is common to both input and output. So, it is called common emitter configuration. R1 is the input resistance having a value of 620 ohm and R2 is the output resistance having a value of 420 ohm. Ib is the base current and Ic is the collector current. Set Vbe to 0 Vt in the beginning and.
  6. process, TimerBlox Designer is an Excel based selection and synthesis tool that allows you to choose and configure the TimerBlox Study the effect of a load resistor on a follower with the MultiSim Desktop\Mulitisim\Lab 4 \ Follower schematic, shown at right. The potentiometer default increment value (5%) is too big; set it to 0.1% be right.
  7. Electronics Projects, Basic Electronic Circuits with Multisim 10 Examples analog circuits projects, simple circuit projects, Date 2019/08/03. Time which is very popular Electronic Workbench new version of Multisim software (v10) prepared with 135 basic electronic circuits, especially in presentations, some circuits to solve quite going to be useful, there is work all circuits to specific.


  1. This class serves as a common base class for most of the Configuration implementations in Commons Configuration and provides a great deal of the functionality required by the interface. So for creating a custom Configuration implementation this class will be a good starting point. In addition to base implementations for lots of the methods declared in the Configuration interface the.
  2. imizing oscillations at high frequency. It has a high voltage gain, relatively low input impedance and high output impedance compared to the common collector. Index Electronics concepts.
  3. Click hereto get an answer to your question ️ In a common base configuration Ie = 1mA;alpha = 0.95 , the value of base current is. Join / Login > 12th > Physics > Semiconductor Electronics: Materials, Devices and Simple Circuits > Transistor and Its Types > In a common base configurat... physics. In a common base configuration I e = 1 m A; α = 0. 9 5, the value of base current is. A. 1.
  4. OMNIMON Base is a set of common code that is used by several OMEGAMON components and the OMEGAMON Enhanced 3270 user interface to control initialization, security, and I/O for all sessions. Configure the components for functions like the near-term history data collection
  5. ation of h-parameters from characteristics: Consider CE configuration, its functional.
  6. El programa Multisim posee una gran base de datos de diferentes componentes electrónicos, ofreciéndonos la posibilidad de crear nuevos componentes. Una manera sencilla de localizarlos, es seleccionarlos desde la barra de componentes. Dicha barra está situada por defecto a la izquierda de la pantalla principal, y nos permite acceder a diferentes paletas donde encontraremos el componente que.

NI Multisim: BJT base characteristic - YouTub

Transistor common base circuit configuration . Read more about . . . . Common base transistor amplifier. Common collector (emitter follower) The common collector circuit configuration is possibly more widely known as the emitter follower because the emitter voltage follows that of the base, although lower in voltage by an amount equal tot he turn on voltage of the base emitter junction. The. Common Base Configuration. As the base terminal is common to both input and output of the transistor, it is called as Common Base Configuration. The input voltage VBE is applied between base and emitter terminal whereas the output is taken from collector and base terminals. The common base configuration for NPN transistor is shown in the Figure The basic circuit diagram for studying input characteristics is shown in the circuit diagram. The input is applied between emitter and base, the output is taken between collector and base. Here base of the transistor is common to both input and output and hence the name is Common Base Configuration The common base configuration is usable at higher frequencies than common emitter or common collector. See Class C common-base 750 mW RF power amplifier Ch 9 . For a more elaborate circuit see Class A common-base small-signal high gain amplifierCh 9 . Review. Common-base transistor amplifiers are so-called because the input and output voltage points share the base lead of the. Click hereto get an answer to your question ️ In a common base transistor circuit, the current gain is 0.98. On changing emitter current by 5.0mA, the change in collector current i

Common base configuration input and output

  1. Multisim is a circuit simulator powered by SPICE. SPICE is the industry standard circuit simulation engine, developed here at Berkeley. SPICE itself is extremely difficult to learn and use, so programs such as Multisim provide an intuitive front end for the powerful SPICE engine. Almost any circuit can be modeled in Multisim, and the model can be tested using Multisim's virtual lab bench.
  2. The Common Base Configuration is shown below. Figure 5 The Common Base Transistor Circuit. This type of amplifier configuration is a non-inverting voltage amplifier circuit. The configuration has a resistance gain due to the ratio between the load resistance (Rload) in series with the collector and the Rin resistor. The input current flowing into the emitter is the sum of both the base current.
  3. How to design a transistor amplifier in common-base configuration. Transistor amplifiers in common-base configuration can be designed with TransistorAmp 1.1 software. Open TransistorAmp software and click on New Amplifier - Common-Base circuit: Now, the dialog Common-base circuit appears. Here you must input all parameters of your amplifier circuit: To select the transistor type for your.
  4. for a common base configuration is therefore given as: Common Base Voltage Gain . The common base circuit is generally only used in single stage amplifier circuits such as microphone pre -amplifier or radio frequency (Rf) amplifiers due to its very good high frequency response. The Common Emitter (CE) Configuration . In the . Common Emitter. or grounded emitter configuration, the input signal.
  5. als, emitter, base, and collector represented by E, B, and C.
  6. Basic AC Rectification and Filtering; Basic Diodes and Rectifiers; Turning a Diode On/Off. Pictured above is a silicon controlled rectifier (SCR) or thyrister. It's a diode with a gate. An SCR not only conducts in one direction like any other diode, but the gate allows the conduction itself to be cut on and off. When the ON switch is pressed, the SCR is turned on, and current flows from.
The Common-collector Amplifier | Bipolar JunctionTo study the characteristics of a common emitter npn (orUse Transistor as an amplifier in Proteus Professional

  1. Click hereto get an answer to your question ️ In a common - base mode of a transistor, the collector current is 5.488 mA for an emitter current of 5.60 mA. The value of the base current amplification factor (beta) will b
  2. al for both input and output. It is also called as grounded base configuration. Emitter is used as a input ter
  3. In the Common Emitter or grounded emitter configuration, the input signal is applied between the base and the emitter, while the output is taken from between the collector and the emitter as shown. This type of configuration is the most commonly used circuit for transistor based amplifiers and which represents the normal method of bipolar transistor connection
  4. ology used for denoting the three basic FET configurations indicates the FET electrode that is common to both input and output circuits. This gives rise to the three terms: common gate, common drain and common source. The three different FET circuit configurations are: Common source: This FET configuration is probably the most widely used. The common source circuit provides a medium.
  5. Base Emitter Voltage(V BE) is varied by adjusting the rheostat R h1. Note the reading of Base current(I B)in micro Ampere. Click on 'Plot' to plot the I-V characteristics of Common-Emitter configuration. A graph is drawn with V BE along X-axis and I B along Y-axis. Click on 'Clear' button to take another sets of reading
  6. Presenting the Common Emitter Amplifier. In the next three tutorials, including this one, we will present the three elementary topologies of bipolar transistors based amplifiers : the Common Emitter Amplifier, the Common Collector Amplifier and finally, the Common Base Amplifier.. We begin this series of tutorial by dealing with the most common type of amplifier found in an endless list of.
  7. Basic Router Configuration. PDF - Complete Book (1.07 MB) PDF - This Chapter (122.0 KB) View with Adobe Reader on a variety of devices. ePub - Complete Book (212.0 KB) View in various apps on iPhone, iPad, Android, Sony Reader, or Windows Phone. Mobi - Complete Book.

There are multiple configurations using NPN transistors, but we will use the common emitter configuration because it allows us to have high voltage gain. Why is it called a common emitter amplifier? - because the base is the input, the collector is the output, and the common or ground is the emitter. Like any diligent engineer, let's start with the requirements which is a boring way to. This lets your tsconfig.json focus on the unique choices for your project, and not all of the runtime mechanics. There are a few tsconfig bases already, and we're hoping the community can add more for different environments. Recommended; Node 1 The Common Emitter Amplifier 1 1) Objectives: • To Study the common Emitter Configuration and its parameters. 2) Equipment: • NPN Transistor: 2N3904 • Resistor: 68KΩ, 27KΩ, 10KΩ, 680Ω, 1.2KΩ. • Capacitors: 10µF,10µF,100µF. • DC Supply: 15±V. • Multimeters. • Oscilloscopes. 3) Theory: The common Emitter is the configuration that used in this Experiment, using the.

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