Persamaan Tr C828

Persamaan Transistor C828 Pdf thebookee net. PERSAMAAN IC VERTIKAL Ndory servis. DIMANA CARI BUKU PERSAMAAN TRANSISTOR DAN IC DI INTERNET. DATA PERSAMAAN IC VERTIKAL TV DAN MONETOR service electronic. IC 7400 SISTEM DIGITAL – iMe iLearning Media. Data Persamaan Transistor Regulator Berbagi Pengalaman. PERSAMAAN IC TRANSISTOR MOSFET. Persamaan Transistor Scribd. Persamaan Transistor C828 Pdf Thebookee Net. Star Electronics PERSAMAAN IC TRANSISTOR MOSFET. Persamaan Transistor Horisontal C6090 Arjun Service. Tabel Daftar Persamaan Transistor Lengkap. PERSAMAAN TRANSISTOR Menangabaris Servis Elektronik. IC 7400 SISTEM DIGITAL – IMe ILearning. Jul 06, 2021 Kali ini admin akan memberikan informasi datasheet dan persamaan tr C2328 yang biasa digunakan pada sirkuit mesin tv. Transistor tipe C2328 merupakan transistor bipolar jenis NPN yang hadir dalam kemasan paket TO 92 namun memiliki ukuran yang lebih tinggi dibandingkan paket TO 92 pada umumnya. Persamaan transistor c945. Beberapa persamaan transistor c945 dengan kemasan yang sama yang dapat digunakan adalah tipe 2SC1815, 2SC2458, 2SC3198, 2SC3199, C1815, KSC1815, KSC945C, KTC3198 or KTC3199, C828, C829, dan lain-lain. Lihat juga: Persamaan IC 4558 Terlengkap Nah, demikian artikel singkat yang bisa kami bagikan mengenai persamaan Transistor C1815 yang bisa Anda jadikan pengganti jika sulit menemukan transistor yang aslinya. Beberapa pengganti C1815 diatas mungkin lebih bagus. Semoga bermanfaat.

Part Number : C828, 2SC828

Function : NPN Silicon Epitaxial Planar Transistor

Package : TO-92 type

Manufacturers : Toshiba

Image

Description for C828

1. Small Signal Amlifier
2. HIgh Hfe

Pinouts

Absolute Maximum Ratings

1. Collector to Base Voltage : Vcbo = 30V
2. Collector to Emitter Voltage : Vceo = 25V
3. Emitter to Base Voltage : Vebo = 7V
4. Collector Current : Ic = 50 mA
5. Total Dissipation : Pc = 400 mW
6. Junction Temperature : Tj = 150°C
7. Storage Temperatue : Tsg = -55 ~ +150°C

C828 Transistor

Applications

1. Switching and AF amplifier

Other data sheets within the file : 2SC828A

2SC828 Datasheet PDF

Pin Configuration:

Pin Number	Pin Name	Description
1	Emitter	Current Drains out through emitter, normally connected to ground
2	Base	Controls the biasing of transistor, Used to turn ON or OFF the transistor
3	Collector	Current flows in through collector, normally connected to load

Features:

Amplifier NPN Transistor
High DC Current Gain (hFE), typically 80 when IC=10mA
Continuous Collector current (IC) is 600mA
Collector-Emitter voltage (VCE) is 160 V
Collector-Base voltage (VCB) is 180V
Emitter Base Voltage (VBE) is 6V
Transition Frequency is 100MHz
Available in To-92 Package

Note: Complete Technical Details can be found at the 2N5551 datasheet given at the end of this page.

Alternative NPN Transistors:

BC549, BC636, BC639, BC547, 2N2369, 2N3055, 2N3904, 2N3906, 2SC5200

2N5551 Equivalent Transistors:

NTE194, 2N5833, 2N5088, 2N3055, 2N5401 (PNP)

Same Family Transistors:

2N5550

Where to use 2N5551:

The 2N5551 is an NPN amplifier Transistor with an amplification factor (hfe) of 80 when the collector current is 10mA. It also has decent switching characteristics (Transition frequency is 100MHz) hence can amplify low-level signals.

Due to this feature, the transistor is commonly used for amplification of audio or other low power signals. So if you are looking for an NPN transistor for you amplifier circuit then this transistor might be the right choice.

How to use 2N5551:

As told earlier the 2N5551 NPN transistor is widely used for amplification. A very simple bare minimum circuit for a transistor to work as an amplifier is shown below. The simulation graph that shows the amplified output sine wave can also be found.

Here the input sine wave of magnitude 8mV (yellow colour) is amplified to 50mV (Pink colour) as shown in the graph. In the above circuit the resistors R3 and R4 form a potential divider which decides the Emitter -Base voltage (V_BE). The Resistor R1 is the load resistor and the resistor R2 is the emitter resistor. Changing the value of R_L will affect the amplification of the output wave.

A transistor is normally a current amplifier, meaning the current flowing though the base will be amplified in the current flowing through the collector. This amplification depends on the amplification factor (h_fe) which is 80 for 2N5551. This means that the collector current will be amplified by 80 times than that of the base current.

I_c = βI_b

Another current that we have bring into consideration is the emitter current (I_E), but due to transistor action we assume that Emitter current is almost equal to the value of Collector current, however the difference between the both can be found with the value of α. Normally the value of collector current will e given by

I_E = I_C + I_B