RACF164DFT75R0

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

RACF164DFT75R0 is a type of resistor network or array in which the resistors in both horizontal and vertical axes are packaged into a ceramic substrate. This type of resistor network is often used to provide a precise resistance value between two terminals. The major benefit of these resistor arrays is that they offer very small footprints compared to discrete components, thus allowing for higher density designs. The small size also means that these networks can be used to directly implement complex series and parallel networks.

The RACF164DFT75R0 is a four-terminal packaging type which is specialized for high-power applications. It is designed to provide excellent electrical performance, even under the most rugged temperature, voltage, and load conditions. The package size is 7.5 mm x 7.5 mm and it is made from a high-temperature, thermally-stable ceramic material. The 4 terminals are arranged in a diamond pattern.

In terms of technical characteristics, the RACF164DFT75R0 is a four-terminal network or array with a resistance range of 0.1 Ohms to 100 k Ohms. The tolerance available in these devices is ±20% and the temperature coefficient of resistance is ±50 ppm/°C max. The network can operate over a temperature range from -55°C to +125°C. Its maximum power rating is 3 W and its maximum operating voltage is 200 V.

In terms of application field, a RACF164DFT75R0 resistor network or array is often used in a variety of power related applications such as Power Supply Units, Industrial Motor Control, Industrial Automation, Power Electronics, etc. It can be used to regulate current or negotiate input/output voltage levels and is thus suitable for more aggressive voltage/current conditions compared to discrete resistors. These networks can also be used in more complex circuit designs where multiple resistor values are needed in a precise combination. This is typically done by connecting several resistor networks in series and/or parallel to get the desired resistance values.

The main working principle of the RACF164DFT75R0 resistor network is that the resistance between two of the terminals is dictated by the number of resistors in the array, conforming to Ohm’s Law. Hence, when used in a voltage or current limiting circuit, the resistor array provides a precisely controlled resistance between two points in the circuit. This helps to limit the voltage or current flowing through the circuit, thus protecting it from over-current or over-voltage scenarios.

In conclusion, a RACF164DFT75R0 resistance network or array is an ideal device for high-power applications that need precise resistance values. Its small size, high-temperature stability, and good electrical performance make it the perfect choice for many power-related designs. The resistor network works by controlling the resistance between two points in a circuit, thus allowing users to regulate the voltage or current in the circuit and protect it from over-current or over-voltage scenarios.

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