Smoke generated during industrial production and electronic operations directly impacts not only the quality of the work, but also workers’ health. Smoke and gases resulting from soldering, welding, laser cutting, or engraving works make breathing difficult and can cause serious health problems in the long term. Therefore, it is crucial to keep air quality under control in workshops.

Fumeclear fume extractors capture 99.97% of particles and harmful gases in the working environment and clean the air thanks to its high efficiency filtration technology. It is safely used in both small sized workshops and industrial manufacturing sites with its quiet operation, compact design, and powerful suction capability.

Key Features of Fumeclear Products

● High Filtration Efficiency: The 3-stage activated carbon filtration system traps harmful particles.

● Ease of Use: With its compact structure, it can be easily operated even in tight spaces.

● Flexible Solutions: A wide range of products are available from desktop models for soldering to industrial models for laser and engraving processes.

● Low Maintenance: Changing the filter is easy and there will be no performance loss for a long time.

Why Fumeclear?

The clean air in your workshop means not only comfort, but also efficiency and safety. A healthier working environment for employees prevent occupational accidents and health problems in the long term. Fumeclear products comply with international quality standards.

In short, do not let the smoke slow you down. With Fumeclear, create a workshop where you can safely breathe and enjoy focusing on your work.

Review Fumeclear Products

FUMECLEAR FC-100A

Powerful Solutions for Small Areas

FUMECLEAR FC-100A is designed especially for applications requiring desktop use. Quiet operation, compact design, and HEPA+ activated carbon filters provide maximum protection for users and environment.

FUMECLEAR FC-1001A / FC-1002A

Advanced Filtration, Quiet Power

FC-1001A and FC-1002A models are optimized for use in Electronics, Electrical and Automation, Beauty Salons, and Industrial Production Lines. Advanced double filtration system removes odors and harmful particles at a high rate. It stands out with its stylish and user-friendly design.

FUMECLEAR 493

Affordable Price, Portable Solution

Standing out with its compact design, portability, and affordable price, FUMECLEAR 493 is ideal for small scale applications. It has a simple but efficient filtration system.

Click for more Fumeclear products!

Importance of Clean Air: Fumeclear Fume Extractor yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

Ozdisan Elektronik, leading electronic components distributor, has achieved a significant success on a global scale. Ozdisan was awarded the 10^th place in the “2025 Top Asia-Pacific Distributors” list published by Supply Chain Connect, a worldwide

prestigious supply chain magazine.

A Prestigious Triumph on a Global Scale

The Asia-Pacific is one of the most cutthroat regions in the world for distributing electrical components. Being included in the top 10 as a Turkish company, particularly in a list where huge Chinese distributors predominate, is not only a sign of national pride but also a worldwide legitimacy for Ozdisan.

This achievement has confirmed that Ozdisan is a preferred distributor, both locally and globally, due to its robust inventory, extensive product portfolio, and effective logistics solutions.

A Growing Power with Customers and Business Partners

One of the primary factors contributing to Ozdisan’s inclusion on this list was its long-standing focus on customers and its solid business partnerships. Over a million product variants, partnering with hundreds of manufacturers worldwide, and connecting with thousands of clients through its supply chain have all contributed to the transformation of Ozdisan from a regional player to a global behemoth.

Looking Ahead

Ozdisan takes this accomplishment not as a final destination but as a new beginning. Thereupon the ultimate goal of Ozdisan is to become a dominant player in the distribution of electrical components, both in the Asia-Pacific area and worldwide.

Acknowledgments

As Ozdisan Elektronik, we would like to express our deepest appreciation to all of our customers, business associates, and team members who contributed to this achievement. With your support, we will take firm steps towards greater goals in the global arena.

Ozdisan Ranked in the Top 10 Electronics Distributors of the Asia-Pacific! yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

The Fuji Electric company has developed the 7th Generation X series IPM and IGBTs for the inverter industry, offering smaller sizes, reduced losses and increased performance. Utilizing the 7th generation X series chip and control integrations, a 10% reduction in losses compared to previous models was achieved, allowing the product to operate continuously at 150°C. Thanks to this, the output current of the device has also been increased by %31. Apart from the conventional protection functions, the built-in temperature warning function eliminates the risk of inverters stopping. Also, when the short arm protection is activated, the braking IGBT can be operated independently to prevent semiconductor devices from being damaged by high voltage. The ability of the products developed today, where the need for energy is increasing, to run with higher power and less energy is an essential aspect that every sector should take into account. Fuji Electric has become an industry-leading company in the semiconductor products field it has developed over the years. Fuji Electric has introduced its new series with 7th generation products in IGBT and IPM families, which are among the most important products in inverter sector, with higher performance, reduced losses and minimized dimensions.

In line with the need for small-sized products in inverter market, Fuji is now launching products in three new cases: P639, P638 and P644. With these products, which are added to the existing 5 different cases, the family is now further expanding. The P639 has been downsized by 27% compared to P629. The P644 family is available in the same case with P626, but as a 7-IGBT variant. The P644 family offers the same current capacity as the P638 family with a 54% smaller size.

Devices with high current capacity need materials that provide high thermal conductivity in order to be able to transfer the heat quickly. Fuji, with its X series IPMs, also allowed for the high current and high voltage products needed by the industry. While the V series IGBTs offer a solution of up to 400 amperes at 600 volts and 200 amperes at 1200 volts, these values ​​have been increased to 450 amperes at 600 volts and 300 amperes at 1200 volts in the X series. In this way, a significant downsizing can be achieved in the new generation devices.

Using new generation chip and control integrations in the X series enabled a 7% reduction in losses compared to the previous V series. The device started working at a higher temperature as the operating temperature is increased from 125°C to 150°C. X series provides a 31% increase in output current compared to V series.

The X series is also the first device in the industry to offer a temperature warning function as a protector. In this way, the user can understand from the alarm that the IGBT is overheating, which not only shortens the emergency stop times of the device but also supports the effective use of the device.

“The X series IPMs also feature a new alarm output function that allows the low arm protection instant braking IGBT to operate alone.”

General Function and Features

It is essential to reduce the losses of IPM in order to increase the overall efficiency of power inverter devices. The determining factors in these losses are the semiconductor chip used in the mIPiMttedre, the release diodes and the control circuits used to drive this IGBT.

Figure 2 shows the cross-section of the IGBT chips. In addition to the trench gate structure in the 7th and 6th generation IGBTs, a thin film IGBT with a field stop layer on the back surface is also used. Compared to the 6th generation, the 7th generation IGBTs have improved collector-emitter scattering voltage and reduced turn-off losses by reducing the chip thickness.

(Intelligent power modules) IPMs provide more surface optimization than IGBTs. A specific improvement has been developed for these IPMS thanks to the integrated short circuit protection function. In this way, the 7th generation IGBT-IPMs require 0.15 to 0.25 volts less switching voltage when compared to the 6th generation, at same turn-off losses.

Since the surface is minimized, decreasing voltage voltages may lead to an increase in short-circuit currents. Therefore, the trade-off feature has been improved by accelerating short-circuit protection. As a result, the X series IPMs provides support with the switching sliding current function to reduce turn-on losses during switching. With this function, it is now possible to drive the IGBT with a higher current at high temperatures and reduce switching losses. Moreover, since the IGBT chip temperatures are monitored in real time, switching can be carried out at the optimum time. The sliding current value has also been optimized, preventing the possibility of trade-off switching losses increasing noise.

Figure 3 shows the reduction of turn-on losses in the IGBT gate drive circuit thanks to the sliding current function. This function has resulted in a 24% reduction in trip losses.

Figure 4 shows the simulation of power losses in the inverter application of IPM to 650 volts /150. As can be seen in the figure, the power dissipation is improved by about 11% at 5 kHz and 7% at 10 kHz compared to V series IPM.

Features of Protection Function

Table 1 shows a comparison of X series IPMS with conventional V series IPMS. The features of X series IPMs include high speed short-circuit protection function, enhanced alarm output function, internal temperature warning output function and independent braking during alarm.

As detailed in Section 3.1, minimizing the surface structure of IGBT chips improve IGBT comparisons and maximize chip performance. However, since the short-circuit current level on the IGBT chip has increased, it is necessary to speed up the short-circuit protection function without incorrect increases. Therefore, in addition to accelerating the suppression of peak currents that occur in short-circuit currents, the shutdown delay time has also been optimized “to prevent failures that may occur due to incorrect increases”.

In addition, the X series IPMs use the industry’s first alarm-cause detection function, which extends the interval of identifying each alarm cause from 0.1ms to 1.1 ms. Thus, the identifiability of the alarm-cause identification function increases.

The X series IPMs also feature a new alarm output function that allows the low arm protection instant braking IGBT to operate alone.

In traditional IPMS, the alarm output circuit algorithm, which occurs when an abnormal condition is detected in the low arm, is activated and all short arm operations are stopped. In this case, braking IGBT will also stop. This will prevent formation of regenerated energy from the rotating motor of the braking circuit and cause the P_N voltage to increase.

In X series IPMS, the braking IGBT can continue to work in the event of an incorrect output caused by an abnormal condition that will occur in the short arm. Thus, X series IPMS can eliminate this issue. In addition, this suppresses the increase in P_N voltage caused by the power regeneration from the motor in the main power supply and prevents the breakdown of semiconductor devices from overvoltage. Moreover, when there is an abnormality in the braking IGBT, the braking IGBT and the inverters on the other low arm are protected as usual.

3.3 Temperature Warning Output Function

(Can be applied in some models.) The X series IPMs are the first IPMs in the industry with a temperature alarm output function.

This output function displays the temperature on the IGBT chip and provides IPM users with an alarm about the over-temperature status of the chip when the temperature exceeds the set limit values.

Figure 5 shows the waveforms of the temperature warning output function during operation. The chip over-temperature protection function is used to set an alarm and stop the switching process when the chip temperature of the IGBT exceeds 175°C. On the other hand, the temperature warning output function ensures that the switching process of the IGBT continues while the temperature warning is given. This especially applies when there is a cooling failure in devices such as a machine tool or elevator (wing blockage, fan failure, etc.) The IGBT chip inside the X series IPMs will issue a temperature warning signal when the temperature exceeds 150°C. The equipment receiving the signal prevents stalling by reducing the load current applied to the IPM, preventing the IGBT chip temperature from exceeding 175°C. In this way, the work continues and the repair of the device can be carried out at a convenient time.

4. The Effect of Reducing High Temperature Losses

Table 2 shows the operating temperature comparison between X series and V series IPMs.

In X series IPMs, when compared to the V series IPMs, the Tvjop value has been increased from 125°C to 150°C and the maximum chip temperature from 150°C to 175°C.

Tvjop: (Chip junction temperature during operation)

Tcmax (Maximum case temperature)

Tvjmax (Maximum chip junction temperature)

High temperature operation is possible thanks to the high temperature resistant gel and high reliability solder features in the 7th generation packaging technology of the X series IPMs. Also, the control integration in the IPM makes it possible to work at high temperatures by applying a layout design that takes into account high temperature and a circuit design that is not sensitive to electro-migration. As a result, it can be applied under heavier load conditions and in power conversion equipment with lower heat dissipation. 

Figure 6 shows a comparison of the inventor output current and chip junction temperature when the IPM is connected to the inventor, which acts as a power conversion element. X series IPMs, when compared to V series IPMs, can increase the output current by 31% by increasing the IGBT chip junction temperature during continuous operation and reducing power losses.

Innovation in IGBT and IPM Technology yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

In modern electronic and industrial systems, heat management is not only an element of performance but also a critical need in terms of safety, durability and system life. High heat can lead component damage, system errors, and even malfunction of the entire structure. Therefore, selecting correct fan systems for use in projects has become one of the basic steps of engineering processes.

PF Motor is a global manufacturer that stands out with its high quality standards in fan technologies, long-lasting bearing systems and wide product range. Specializing in AC and DC fans, PF Motor offers both micro fans for compact electronic systems and high-volume cooling solutions for heavy industrial applications.

The cooling fans offered by PF Motor with Ozdisan assurance are safely preferred in the following areas of application.
● Industrial Automation Panels
● Power Electronics Modules
● Inverter Systems
● Server and Data Center Systems
● Medical Devices
● LED Driver Boxes
● IoT and Embedded Systems

Below you can find some of the outstanding PF Motor models available by Ozdisan, along with technical details, areas of use and direct access links: Just click on the product names to review the detailed technical specifications and buy the products.

PF3010D5HSL – DC Micro Fan

With its compact design, it can fit into narrow spaces. It stands out with low power consumption and quiet operation. It is used in IoT devices, mini computers and sensor modules.

Size: 30x30x10 mm | Voltage: 5V DC

PF4010D24HBL – 40 mm DC Fan

It offers a long-lasting ball bearing and low vibration level. It is used in control circuits, communication boards and power regulators.

Size: 40x40x10 mm | Voltage: 24V DC

PF4020D24HSL – Deep DC Fan

With increased fan depth, it offers higher air-flow rate. It is used in power supplies, mini UPS systems and communication devices.

Size: 40x40x20 mm | Voltage: 24V DC

PF8025A2HSL – AC Fan 220V

Reliable cooling for AC systems. Structure resistant to external impacts. It is used in industrial panel cooling, AC drives and HVAC modules.

Size: 80x80x25 mm | Voltage: 220V AC

PF8025D12HBL – Silent DC Fan

It runs quietly and offers stable performance in compact systems. Used in computer cases and LED lighting systems.

Size: 80x80x25 mm | Voltage: 12V DC

PF9225D12HBL – Large Surface DC Fan

They are preferred in systems where high air-flow is required. It is used in power supplies, fan cooling units and industrial computers.

Size: 92x92x25 mm | Voltage: 12V DC

PF12038A2HST-7 – High Temperature Resistant AC Fan

Resistant to dust and heat, suitable for heavy environments. Used in transformer booths and engine drive systems.

Size: 120x120x38 mm | Voltage: 220V AC

PF12038A2HSL-5 – Silent High-Flow AC Fan

High performance airflow, low noise level. Used in industrial control units and air conditioning systems.

Size: 120x120x38 mm | Voltage: 220V AC

PF17251A2HBL – Large Diameter AC Fan

It offers high efficient air circulation in large-scale systems. Used in automation systems and production machines.

Size: 172x150x51 mm | Voltage: 220V AC

PF22060A2HBL – Industrial Type AC Fan

It runs with high air flow in heavy duty applications. Used in data centers, medical devices, server cases.

Size: 220x220x60 mm | Voltage: 220V AC

 To review all PF Motor fan products please click here.

Explore PF Motor Fans with Ozdisan Assurance

The fans used in electronic systems serve as passive cooling solutions that form the backbone of the system. PF Motor’s high-quality fan series offers a comprehensive product range that meets the needs of different industries. These products, offering a wide range from compact DC micro fans to powerful AC industrial fans with large diameters, perfectly meet basic criteria such as quiet operation, low vibration, long service life and high performance.

Ozdisan not only offers product supply but also provides engineering support, technical documentation, product selection consultancy and project-based solution partnership. With PF Motor fans you can:

● Optimize your thermal design processes,
● Make your power electronics systems safer,
● Ensure energy efficient cooling in your devices and panels,
● Support the stable operation of your data center and server systems.

As Ozdisan, we have partnered with PF Motor to strengthen our expertise in electronic components supply, as well as offer these reliable and powerful fan products to our customers. PF Motor fans are now much more accessible with Ozdisan’s extensive stock infrastructure, technical support and fast logistics network.

PF Motor and Fan Solutions | Powerful Cooling with Industrial Fans yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

Specifications

• State-of-the-art tray-pushing design,
  Robust design against vibration with strong tray-holding function,
• Dustproof,
• Easy-to-use, extended card removing slot,
• 2mm space reserved for panel and case design,
• Customizable tray design (Optional color and available space change…)

Applications

Attend Nano SiM Card yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

Safety, stability and durability are at the forefront in the field of aviation and defense, and the parts used in these industries must be long-lasting and reliable.

Where Do We See Them?

Honeywell’s products are often used in civil and military aircraft, helicopters, UAVs, armored ground vehicles, and even in space vehicles.

Areas of Use Include:

• Flight control surfaces
• Door and landing gear systems
• Fuel, hydraulic and temperature sensors
• Weapon systems and aiming units
• Battery management modules, etc.

What Advantages They Offer?

The company does not only manufacture standard products. It also develops custom designs according to the individual needs. For instance, it can customize the size, connector, installation method or even the response sensitivity of a sensor specifically to the project. This offers more flexibility in system design.

Some sensors have structures that can control themselves. With this feature, any issue can be detected before the system fails.

Which Applications Are They Used For?

Commercial and Military Aircraft

Precision and safety are critical in areas such as landing gear, flap control, cabin systems. Honeywell’s LVDTs, toggle switches and temperature switches meet these needs.

New Generation Aircraft (AAM)

Weight and energy use are critical in electric aircraft. Flight safety is ensured with compact and low-energy sensors.

Land Vehicles and Weapon Systems

Precise position information is required in aiming, ammunition loading and sighting control systems. Honeywell’s proximity sensors play a major role here.

Space Applications

Special solutions are offered for harsh environments, such as extreme temperature differences, vibration and electromagnetic fields. Hermetically insulated sensors and durable temperature probes stand out in this segment.

Why Are They Preferred?

• Long service life (500,000+ hours MTBF)
• Certified manufacturing and maintenance infrastructure
• Wide range of products
• Modular solutions that can be integrated into the design
• FAA and EASA approved spare parts support

Conclusion

Honeywell offers special solutions to the aerospace and defense industry with its deep engineering know-how based on several years. It contributes to the safe operation of all kinds of systems with its durable, sensitive and customizable products. Whether it is a flight control system or armored vehicle equipment, the correct result is always obtained with the right sensor.

Honeywell’s Aerospace and Defense Solutions yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

We will participate in IDEF 2025 International Defense Industry Fair to be held in İstanbul between 22-27 July 2025!

IDEF is a strategic platform where hundreds of defense, aerospace, security, and technology companies from around the world come together every year and international collaborations are established. Latest defense technologies in a wide range of fields from military electronic systems to unmanned vehicles, radar technologies to communication solutions are exhibited at the fair.

We are also taking our place at this important exhibition with all our electronic component solutions. We invite you to visit our booth to explore our innovative solutions in the fields of defense and technology and to shape the technologies of the future together.

22-27 July 2025
İstanbul Fair Center, İstanbul
Hall 8 – Booth 8-C06

 Ozdisan Elektronik is at IDEF 2025! yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

With its deep experience in the industry since 1977 and its continuously renewed R&D activities, Yageo Corporation is a global leader in the manufacture of passive components for a wide range of applications, such as automotive, industrial automation, consumer electronics, telecommunications and renewable energy. The company makes significant contributions to its solution partners in the field of engineering and design, by developing high-reliability products that comply with international standards.

The Role of Passive Components in Electronic Systems

In modern electronic systems, the passive components are indispensable in offering basic features such as circuit stability, energy efficiency and electromagnetic compatibility. The meticulous design and high-quality manufacture of these components directly affect the system performance.

Yageo Product Groups

Resistors:

The resistors manufactured by Yageo are critical not only for the proper operation of the circuits but also for achieving the desired performance. With high sensitivity and low tolerance values, energy efficiency and circuit stability are guaranteed. These resistors are particularly preferred in signal processing, power management and precision measurement applications.

Capacitors:

Capacitors perform critical functions such as energy storage, filtering and surge control. Yageo’s capacitors offer wide capacitance ranges, low ESR (equivalent series resistance) values ​​and high reliability, making them particularly suitable for applications that require power supplies, signal integrity and EMI (electromagnetic interference) management.

Inductors:

Inductors play a major role in ensuring energy storage and electromagnetic compatibility in circuits. Yageo’s inductors are used especially in DC-DC converters, filter circuits and RF (radio frequency) applications with their high efficiency, low loss and compact design.

Circuit Protection Devices:

This product group, which offers protection for electronic circuits against overvoltage, overcurrent and other adverse conditions, is of critical importance for system safety. Yageo develops products that extend the service life of devices and increase their reliability, by offering innovative solutions in circuit protection elements.

Areas of Use and Industrial Applications

Automotive Industry

The automotive industry, where electrification and automation are increasing rapidly, heavily relies on electronic components. Yageo’s solutions for automotive industry are often used in body control systems, safety systems and driver assistance technologies.

Main Applications:

• Engine control unit (ECU)
• Climate control
• Power steering and transmission
• ABS and driver assistance systems

Leading Features:

• AEC-Q200 qualified products
• Superior performance in harsh conditions
• Mass production under TS16949 certificate

Telecommunications Industry

With the downsizing of devices and increased performance requirements in the telecommunications industry, the role of passive components has become critical.

Main Applications:

• Smartphones, tablets
• Base stations, routers and switches
• Smart watches and wearable technologies

Innovative Solutions:

• Current sensors in 0201 size
• Components optimized for 5G infrastructures

Industrial and Smart Manufacturing

Safety, efficiency and durability are critical in industrial manufacturing. Yageo’s components are widely used in industrial automation, robotics, power electronics and intelligent systems.

Technological Requirements:

• High integration and reliability
• Improved energy efficiency
• Long-term availability

Areas of Application:

• Factory automation
• Mechatronics and robotic systems
• Testing and measurement devices

Power and Energy Solutions

Contributing to the global energy transformation, Yageo offers optimized solutions for renewable energy sources and energy management.

Basic Features:

• Wireless integration in micro inverters
• Efficient optimization for solar energy systems
• Long-lasting and reliable performance

Energy Sources:

• Wind, solar and hydro energy
• Local networks with smart measurement systems

Yageo Corporation meets the requirements of modern electronic systems with basic passive components such as resistors, capacitors, inductors and circuit protection elements, and adds value to engineering solutions with its wide range of applications. The company adopts strict quality standards for the reliability and durability of its products. The company also supports its processes with AEC-Q200, TS16949 and other international certificates. Yageo’s wide product range is used in several industries such as automotive, industrial automation, consumer electronics, telecommunications and renewable energy. The importance that the company gives to R&D activities enables it to offer solutions that comply with global standards and high quality criteria. This makes Yageo products the preferred passive components that can offer high performance and reliability even under difficult operating conditions.

Yageo Passive Components yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

Nordic NRF 52805 Features:

• 64 MHz Arm® Cortex-M4
• 192 KB Flash + 24 KB RAM
• Bluetooth Low Energy
  • – It has Bluetooth 5.2e
  • – High Range, 2 Mbps
  • – Channel selection algorithm
• 2.4GHz Proprietary Protocol Support
• Very low 2.4 GHz radio that supports multiple protocols
  • +4 dBm TX Power
  • 97 dBm RX Sensitivity
  • 7 mA TX (4 dBm)
  • 4.6 mA TX (0 dBm)
  • 4.6mA RX (1 Mbps)
  • Integrated balun with single-end output
• SPI, TWI UART
• 2-channel, 12-bit ADC
• Built-in DC/DC Regulator
• 0.3 uA power consumption when the system is off
• 1.1 When the uA system is turned on, 24 KB RAM is used and RTC is running
• Designed to fit to a 2-ply small PCB
  • 2.48×2.46 mm WLCSP case
  • Much cheaper than a 4-layer PCB.
  • It only needs 10 circuit elements to work. (including 2 crystal capacitors)
  • It has a reference drawing of 9.5×8.8 mm. It is possible to access all the pins in this drawing.

Nordic NRF 52805 yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.

Özdisan Elektronik Ranked 32th in the 2025 Suppy Chain Connect Global Top 50 Electronics Distributors List!

Özdisan Elektronik has achieved a significant milestone by securing the 32th position in the 2025 Supply Chain Connect Global Top 50 Electronics Distributors list. This prestigious list brings together the most influential and powerful distributors in the electronic components sector from around the world. Published annually, this list highlights Özdisan Elektronik’s global reach, customer-centric approach, and innovative solutions in the industry. With a strong distribution infrastructure that has been in place since 1980, fast supply chain processes, and an extensive product range, Özdisan’s commitment to quality and reliability in the electronics components sector is the cornerstone of this achievement.

This significant accomplishment further proves that Özdisan Elektronik is not only a growing force in Turkey but also a rising player on the global stage. By continuing to provide high-quality service, engineering support, a broad supply network, and innovative solutions, Özdisan Elektronik remains a leader in the sector, confidently moving toward even greater successes in the future.

Özdisan Elektronik Ranked 34th in the Distributors List! yazısı ilk önce Component By Özdisan üzerinde ortaya çıktı.