PN-FT256-E3

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Programming Adapters, Sockets play an important role in many tasks, such as monitoring data collection in manufacturing plants, providing reliable and high resolution technology for efficient operation. The PN-FT256-E3 is one of the latest products of this type, claiming to combine the best performance and capability. This article will discuss the application field and the working principle of the PN-FT256-E3.

Application Field

The PN-FT256-E3 can be employed in various industrial settings, from large factories to small businesses. Due to its small size, it can be located even in the smallest of work spaces. It can also be used in banking, communication, power and other industrial sectors. For banking, the PN-FT256-E3 provides secure access to bank accounts when used with a pin code. In communication, the PN-FT256-E3 is employed to provide high-speed data transmission of a variety of signals. It is also used in manufacturing centers to carry out serial interface of machines and devices.

Besides, it can be used in air conditioning or heating ventilation and air control industry thanks to its small size and excellent performance. In the power industry, its low-power consumption is ideal for continuous monitoring, making it quite efficient and cost-effective.

Working Principle

The PN-FT256-E3 consists of two identical surface-mount silicon dies. Each die performs two separate functions. The first one is the voltage switching and the second one is the program/data conversion. On one side, a voltage source is connected to the die. On the other side, the die is connected to an external communication cable. Depending on the type of application, the die can be connected to various types of communication cables, such as USB or Ethernet cable.

The voltage source is a 32 voltage channel, which is capable of supplying 255 voltages according to the voltage level of the external communication cable. The voltage source establishes the logical “1” and logical “0” levels. When these two levels meet, the device will perform a program/data conversion. This is known as the “programming process”.

The data is then sent to the second die which, according to the voltage level, determines the bit responding to the logic “1” or logic “0”. The programming process completes once the data is sent successfully to the destination. This process is capable of providing reliable and high precision data transfer capability in high speed process such as communication and power industry.

Conclusion

The PN-FT256-E3 has a remarkable application in various industrial setting like communication, power industry, air conditioning, and more. Its small and compact size enables it to be employed in limited work and space environment. Furthermore, the two distinct surfaces of the dies are responsible for the voltage switching and data conversion, which provides a reliable and high resolution data transmission.

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