Rangkaian Konfigurasi Common Emitter dan Collector

Rangkaian Konfigurasi Common Emitter dan Collector - Hallo sahabat YK69 Elektro, Pada kesempatan kali ini saya akan membahas artkel yang berjudul Rangkaian Konfigurasi Common Emitter dan Collector, saya telah menyediakan berbagai macam artikel terbaru lainnya. mudah mudahan artikel yang saya tulis ini bermanfaat buat anda semuanya.

Ditulis Oleh : YK69 Elektro
Judul : Rangkaian Konfigurasi Common Emitter dan Collector

lihat juga


    Rangkaian Konfigurasi Common Emitter dan Collector

    Rangkain Konfigurasi Common Emitte

    Transistor configuration that is most often found configuration Common Emitter (CE). Called the Common Emitter (CE) as the emitter on the side with the input and output.
    Konfigurasi Common EmitteRangkain Konfigurasi Common Emitte

    In this configuration, the relationship between the flow base, emitter and collector is fixed.
    • IE = IB + IC
    In the configuration Emitter Common characteristics of the output is kurva between the output currents to the IC output voltage VCE at a flow rate range of input IB. Characteristics kurva input is the input current IB to the input voltage VBE on the value of output voltage VCE.
    Rangkain Konfigurasi Common EmitteKurva Karakteritik Output & Kurva Karakteritik Input

    Note that the output characteristics kurva, IB current does not horizontally as well as IE in common base configuration, the indicates that the collector-voltage emiter (VCE) affect the amount of current collector. Active area for common emitter configuration is a region in the top right where IB kurva flow near straight line (linear). In the picture, this region is located on the right-VCE sat and above kurva IB = 0. Area in the left-VCE sat is the saturation. Flow conditions on the collector IB = 0 is expressed as follows:

    In DC mode, IB and IC level associated with a defined amount of beta:


    In the specification / data sheet, βdc written hFE. To ac mode:


    Ac strengthening also known as hfe. (note the difference with hFE) Βdc and βac generally worth the same as written and β only. The relationship between β and α are as follows:


    With IC = βIB can also be derived:


    Rangkaian Konfigurasi Common Collector

    Common Collector configuration is generally used as a series of adjustments because Impedance Impedance has a high input and low output Impedance, contrary to the two previous configurations (CB and CE).
    Characteristics of CC input configuration is the same as the characteristics of the CE configuration. Output characteristics is a plot of IE with the VEC for the values of IB, kurva form with the same characteristics as the output CE.
    Rangkaian Konfigurasi Common Collector Rangkaian Konfigurasi Common Collector



    Demikianlah Artikel dari kami yang berjudul Rangkaian Konfigurasi Common Emitter dan Collector,apakah anda menyukainya ? mudah-mudahan artikel ini bisa memberi manfaat untuk anda semua.

    Anda sedang membaca artikel Rangkaian Konfigurasi Common Emitter dan Collector dan artikel ini url permalinknya adalah https://yk69.blogspot.com/2009/07/rangkaian-konfigurasi-common-emitter.html Artikel yang anda cari Lainnya bokep, video bokep, streaming bokep, streaming , videos, porn, videos porn, kimcil, bugil, telanjang, abg, mesum, tetek, memek, toket, masturbasi, bmf, download, perkosa, kepergok, mesum, pemerkosaan, kepergok mesum, download video porn, download video bokep, bokep terbaru, streaming bokep terbaru, jilbab, semok, ngentot, indo, janda, asia, orgasme, meki, sex, video sex, spg, streaming mesum, ml, tante, streaming abg, cabe cabean, cantik, manis, bokep indo, bokep cinta, streaming mesum, hot bokep, bokep hot, abg bugil, anak smp, bocah smp, anak sma, bocah sma, indonesia, 3gp'

    Adaptor/ Regulator

    1. Rangkaian Regulator Variable Sederhana

    Alarm/ Buzzer

    1. Refrigerator Door Alarm Circuit Using LDR
    2. Water Activated Alarm Using IC 555 Circuit

    Audio

    1. 3VDC Stereo Headphone Amplifier by IC LM4910 - New!
    2. 9 Volt Portable Headphone Amplifier Circuit
    3. Audio Peak Level Indicator By Op-Amp
    4. Op-Amp 6-Line Audio Mixer Circuit
    5. Rangkaian 11-90 hz Subwoofer Filter Using TL072 Op-Amp
    6. Rangkaian Alat Bantu Pendengaran
    7. Rangkaian Audio Surround Decoder

    Battery Chargers

    1. Rangkaian Charger aki 6 Volt

    Box speaker

    1. Power Meter Schematic For Audio Amplifier
    2. Sound Level (Decibel) Meter Circuit
    3. Ukuran Box Subwoofer 10" - New!

    Control/ Pengendali

    1. 9 Second Countdown Power-On Relay With 7 segment Display
    2. DC Motor Controller Circuit Using 741 Op-Amp
    3. Darlington Pair to Drive DC motor Circuit
    4. Simple Switch On Time Delay Circuit
    5. Stepper Motor Controller using IC 4027 - New!

    Effect Guitar

    1. UM3561 - Simple Sound Effects Generator Circuit

    Inverter/Ups

    1. 100Watt Inverter Circuit by IRF44 Mosfet
    2. 12VDC to 220VAC Inverter Circuit Using IC 555
    3. 12VDC – 220VAC Inverter Using Cmos CD4047
    4. 500 Watt Inverter 12VDC to 220VAC

    LED/ Lighting

    1. 10 LED VU Meter Using IC LM3914 - New!

    Microphones

    1. Rangkaian Alat Bantu Pendengaran

    Mikrokontroller

    1. AT89s51-52 and AVR USB Downloader - New!

    Op-Amp/ Penguat

    1. Audio Peak Level Indicator By Op-Amp

    Power Amplifier

    1. 25V Capacitor Bank for OCL Amplifier
    2. 30W Mini Mosfet Amplifier
    3. 35W Audio Amplifier Circuit by STK082
    4. 4,8W Class-A MOSFET Amplifier - New!
    5. BA5417 Stereo Power Amplifier Circuit - New!
    6. LM383 - Car Audio Amplifier Circuit - New!
    7. Power Meter Schematic For Audio Amplifier
    8. Rangkaian 400W MOSFET Amplifier
    9. Rangkaian Power Amplifier Blazer 1000 Watt - New!
    10. Sound Level (Decibel) Meter Circuit

    Radio/Intercom

    1. LM390 Simple 2-Way intercom Circuit
    2. Rangkaian 3V FM Transmitter

    Saklar/Relay

    1. 9 Second Countdown Power-On Relay With 7 segment Display
    2. Driver Relay Menggunkan Transistor
    3. Light/Dark Switch With Relay
    4. Simple Switch On Time Delay Circuit
    5. Simple switch-Off Time Delay Circuit

    Sensor/ Pendeteksi

    1. Car Parking Sensor circuit Using Infra-Red LED
    2. Rangkaian Pendeteksi Angin - New!
    3. Smoke Detector circuit Using LDR

    Tester Circuits

    1. High Voltage Meter or Probe Design
    2. Power Meter Schematic For Audio Amplifier
    3. Rangkaian Ampere Meter Digital
    4. Rangkaian Transistor Tester
    5. Sound Level (Decibel) Meter Circuit

    Timer/ Osilator

    1. 9 Second Countdown Power-On Relay With 7 segment Display
    2. Bistable Multivibrator Using IC 555 Circuit
    3. IC 555 Monostable Circuit
    4. Rangkaian 8038 frequency | Signal Generator
    5. Simple Switch On Time Delay Circuit
    6. Simple switch-Off Time Delay Circuit
    7. Triangle and Squarewave Generator Using Op-Amp

    Tone Control/ Equalizer

    1. 6 Band Graphic Equaliser Circuit Using 741 Op-Amp
    2. Op-Amp 6-Line Audio Mixer Circuit
    3. Rangkaian 11-90 hz Subwoofer Filter Using TL072 Op-Amp
    ,Rangkaian Konfigurasi Common Emitter dan Collector xxx .

    0 Response to "Rangkaian Konfigurasi Common Emitter dan Collector"

    Post a Comment