2SC5200 Transistor Manufacturer, Specifications, Applications and Usage

Ⅰ. Overview of 2SC5200 transistor

Ⅱ. Naming rules of 2SC5200 transistor

Ⅲ. Symbol, footprint and pin configuration of 2SC5200

Ⅳ. Manufacturer of 2SC5200 transistor

Ⅴ. Specifications of 2SC5200 transistor

Ⅵ. Applications of 2SC5200 transistor

Ⅶ. Application circuit of 2SC5200 transistor

Ⅷ. How to use 2SC5200 transistor?

The 2SC5200 transistor is a polarity based NPN power transistor designed for use in general purpose switching and power amplifier based applications. This article will introduce it from the aspects of naming rules, specifications, manufacturers, applications, etc.

2SC5200 is an NPN type triple diffused silicon transistor manufactured by Toshiba Semiconductor Corporation. Compared with traditional semiconductor tubes, it has made great progress in safety and reliability. This high-power transistor comes in a TO-264 package and is made of epoxy and plastic materials. 2SC5200 is greatly affected by temperature. The storage temperature range is between 55°C and 150°C, and the operating temperature limit is 150°C. This chip is mainly used in two major fields: general electronics and precision electronics. General electronic applications include household appliances, testing equipment, computers, office equipment, industrial robots, etc. Precision electronic applications involve aircraft, traffic signal control instruments, spacecraft instruments, atomic energy control instruments, medical equipment and other types of safety devices.

Alternatives and equivalents:

• FJL4315

• MJL3281A

• TTC5200

• 2SA1943

• 2SC5242

Transistors starting with 2SC use the Japanese naming rules for semiconductor components. In Japanese naming rules, the first character "2" indicates that the device has two PN junctions (a transistor has two PN junctions); the second character "S" indicates that the component has been registered with the Japan Electronics Industry Association; The third character indicates the component type. The more common ones are A (PNP polarity high-frequency tube), B (PNP polarity low-frequency tube), C (NPN polarity high-frequency tube), and D (NPN polarity low-frequency tube); The following series of numbers is the registration number of this model component in the Japan Electronics Industries Association.

The pin configuration of the 2SC5200 transistor and its symbols are shown in the figure below. The transistor consists of three terminals, which are named and described below.

Pin1 (Base): It controls the bias of the transistor and is used to turn the transistor on or off.

Pin2 (Collector): Current flows through the collector, usually connected to the load.

Pin3 (Emitter): Current flows through the emitter, usually grounded.

2SC5200 is manufactured by Toshiba Semiconductor. Toshiba was founded in July 1875 and is headquartered in Tokyo, Japan. It is a large Japanese semiconductor manufacturer, a world-renowned integrated electromechanical manufacturer and solution provider, and the world's largest integrated electronic and electrical enterprise group. Toshiba specializes in digital products and electronic equipment, and manufactures many first-of-its-kind products, such as Japan's first hydraulic generator, color televisions, and telephones. Toshiba was the first Japanese manufacturer of many products, such as DVDs, radars, Japanese word processors, notebook computers, transistor televisions and microwave ovens, and color video phones.

• Configuration: Single

• Transistor Type: NPN

• Pin Count: 3

• Frequency: 3 MHz

• Dissipated Power: 15 W

• Manufacturer: Toshiba

• Part Category: Transistor BJT NPN

• Collector power dissipation (Pc): 150 W

• Collector current (lc): 15 A

• Maximum withstand voltage of collector and base (VCBO): 230 V

• Maximum withstand voltage of collector and emitter (VCEO): 230 V

• Maximum withstand voltage of emitter and base (VEBO): 5V

• Collector to base reverse leakage current (lCBO): 5 μA

• Emitter to base reverse leakage current (lEBO): 5 μA

• Power amplifier: 2SC5200 can be used to build a power amplifier to convert a low voltage DC power supply to a high voltage DC power supply. This is a common requirement in a number of electronic devices, such as televisions, audio systems and other household appliances.

• Audio amplifier: The 2SC5200 is commonly used to build high power audio amplifiers for driving speakers. In this application, it can provide enough power so that the audio signal can produce clear and powerful sound in the speakers.

• RF power amplifiers: In some radio frequency (RF) applications, the 2SC5200 not only has a low noise figure and good stability, but also has a wide frequency response and high output power. These features make the 2SC5200 an ideal choice for many wireless communication systems, which can effectively enhance signal strength and improve communication quality.

• Motor drive: In some motor control circuits, the 2SC5200 can be used for motor drive. It can provide enough power to ensure that the motor can be accurately controlled in various situations, thus ensuring the normal operation of the equipment.

• Power inverter: In addition to its application in motor drive, the 2SC5200 can also be used to build power inverters. By using 2SC5200, we can convert DC power to AC power to meet the needs of some applications that require AC power. For example, in a solar power system, the inverter converts DC power generated from solar panels to AC power for home or commercial use.

In general, an audio amplifier is an electronic circuit that is mainly used to enhance weak AC or DC signals to a high amplitude range. This type of amplifier is widely used in a variety of discrete electronic devices, such as audio amplifiers, mono speakers, and stereo speakers. To simplify the explanation, we will design an audio amplifier circuit using 2SC5200 transistor. In this circuit, we will use 2SC5200 transistor, the specific circuit diagram is as follows:

This audio amplifier circuit can be built using various electronic components such as 2SC5200 NPN power transistor, 0.5 watt and 8 ohm speaker, 3.5mm DC male and female jack, 1K resistor, 10K potentiometer, 220uF electrolytic capacitor, 12V/DC power supply, Battery clips, jumpers and breadboard.

The working principle of the 2SC5200 transistor audio amplifier circuit is as follows: the input signal of this circuit comes from the audio input of a smartphone or personal computer. To control the level of the input voltage we use a 10K potentiometer. In addition, a 220uF capacitor is used to block the DC component of the input signal, allowing only the AC component to pass. Here the AC signal acts as a control signal on the base terminal of the transistor. The collector terminal of the transistor produces an amplified output signal, which is transmitted to the negative terminal of the speaker. And the positive terminal is connected to the DC power source through the DC power outlet. To prevent the transistor from overheating, we can choose to use a heat sink. In addition, this audio amplifier circuit has a wide range of application values. Not only does it play an important role in modern music, it is also used in areas such as acoustic weapons in the military and HVAC radar.

The 2SC5200 transistor, along with its counterpart, the 2SA1943, finds its primary application in amplifier configurations. Commonly, amplifiers employ push-pull circuits akin to Class B amplifiers, necessitating the use of both NPN and PNP transistors. The 2SA1943 serves as a PNP transistor, complemented by its NPN counterpart, the 2SE5200. These paired transistors are frequently employed in tandem for the construction of high-power amplifiers. Since these transistors operate at high switching frequencies and high collector currents, the temperature rises quickly and they are often used in conjunction with a heat sink. It is important to note that the heat sink should be isolated from the rest of the circuit and act as a collector pin for the transistor.

Frequently Asked Questions

1. How many watts is 2SC5200?

So, in case of original 2sc5200, it can handle 150w of power, so, if Q8 and Q9 are 2sc5200 transistors, then you can safely drive the amplifier to 150w.

2. What is the equivalent of 2SC5200?

TTA1943 and TTC5200 - Equivalent to 2SA1943 and 2SC5200 Transistors.

3. What is the voltage of 2SC5200?

The 2SC5200 is a high power NPN Transistor with a collector to emitter voltage of 230V and collector current of 30A.

4. Is 2SC5200 a transistor or Mosfet?

The 2SC5200 is an NPN transistor, used in different AF amplifiers and high power-based audio circuits because of its high collector current and high gain of current.

5. What is the use of 2SC5200 Transistor?

It can be used in mobile phones, industrial control, television, and flip-flops, and can also be used in high-frequency applications such as radio frequency audio circuits. The 2SC5200 transistor has a current gain between 55 and 160.