RP104PJ430CS

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

RP104PJ430CS belong to Resistor Networks, Arrays. There are numerous applications for these devices, including power line communication, low power radio frequency (RF) application and automotive industry. This article will introduce the detailed application field and working principle of RP104PJ430CS.

RP104PJ430CS is a thin film resistor array featuring four identical resistors in a common cathode configuration. The individual resistors are of equal resistance and have a maximum dissipation power of 0.25W each. The resistor array has an absolute tolerance of ±5% and temperature coefficient of resistance (TCR) of 100ppm/℃ and a maximum voltage rating of 36V. The device has a maximum operating temperature of 150℃ and are highly durable with a long life cycle.

RP104PJ430CS semiconductor components are used in a variety of applications. In power line communication, these components are used to detect data signals on a power line with high accuracy. In low power RF applications, these components are used to provide low level impedance matching, voltage clamping, and low noise operation. In automotive industry, RP104PJ430CS are used in various application such as airbag controllers, anti-lock braking systems, and crash detection systems. All these devices also have wide usage in devising communication panels, basic communication modules and modulated and unmodulated wireless technologies.

RP104PJ430CS are mainly based on a common cathode configuration, which means that the resistor arrays are connected in a series configuration with the ground or return line of the system, usually pin 1 of the device. The power source of the resistor array is applied to the common pin of the device, generating a shared voltage drop across all resistors in the array. This results in equal distribution of current through each resistor, consequently allowing them to work in parallel.

In addition, the resistor array can also be powered up using a single input voltage. This can be achieved by connecting pin 2 of the device to a power source, and connecting pin 3 of the device to the ground. The voltage across all four resistors will then be shared equally, resulting in an evenly distributed current. This configuration makes the device suitable for current sensing applications and also provides better noise immunity.

RP104PJ430CS are also popular for their low power dissipation, low thermal resistance, and fast switching capability. Their tolerance and temperature coefficient of resistance (TCR) are also quite low, making them suitable for applications that require high accuracy and stability. The device also features a high frequency response, making them well suited for use in high frequency communications.

To summarize, the RP104PJ430CS resistor array features four identical resistors in a common cathode configuration, making it suitable for low power RF applications and several other applications in the automotive industry. It features low power dissipation, low temperature coefficient of resistance, fast switching capability, and excellent tolerance and temperature coefficient of resistance. It is easily powered using a single input voltage and is well suited for current sensing applications, providing better noise immunity.

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