EFC3C001NUZTCG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

EFC3C001NUZTCG (Enhanced For the Clover Cube) is a 3-Channel Cube Array FET optimized for high frequency applications such as used in RFID tags, Voice over IP (VoIP) phones, automotive RF applications, and mobile handsets. This array FET also provides improved gain, lower distortion, higher power efficiency and reduced power consumption. In addition, it has an adjustable gain stage, providing an optimized solution to obviate external components.

Applications of EFC3C001NUZTCG

EFC3C001NUZTCG is used in applications that require low-EMI, high-efficiency FETs such as:

• RFID tags
• Voice over IP (VoIP) phones
• Automotive RF applications
• Mobile handsets

The use of EFC3C001NUZTCG array FETs in these applications allows for low-EMI, high-efficiency, cost-effective designs. It also has advantages such as low-distortion, improved power efficiency, and reduced power consumption.

Working Principle of EFC3C001NUZTCG

EFC3C001NUZTCG is an integrated circuit that consists of three FETs (Field Effect Transistors) in one package. These three FETs are connected in a one-dimensional array structure which, when the Array FET operates, provides high frequency performance and improved gain. Each FET is fed by a separate voltage source and the output of the FET is connected to a common connection. Each of the FETs in the array has different characteristics and programs its output based on the particular application.

When the Array FET is manually programmed, it is capable of amplifying and switching signals. In this case, the Array FET is referred to as a gate array, which is a type of FET array consisting of a number of FETs that can be programmed to conduct or block electricity with the application of a voltage. The combined operation of multiple FETs enables the EFC3C001NUZTCG array FET to amplify and switch signals more efficiently than a single FET.

The adjustable gain stage of the EFC3C001NUZTCG provides an optimized solution to obviate external components. This adjustable gain stage minimizes distortion and power consumption. It also helps in improving gain accuracy, reduce noise, and improve overall system performance.

EFC3C001NUZTCG array FETs are suitable for high frequency applications such as used in RFID tags, Voice over IP (VoIP) phones, automotive RF applications, and mobile handsets. These components enable the design of cost-effective solutions with improved performance, low distortion, higher efficiency, and lower power consumption.

The specific data is subject to PDF, and the above content is for reference