YC248-FR-0788K7L

Resistor Networks, Arrays

Resistor networks and arrays are widely used electronic components utilized in a variety of applications across different industries. They are composed of multiple resistors that are interconnected in a particular topology. The YC248-FR-0788K7L is a high-speed, low-noise resistor network widely used in precision measurement applications.

The YC248-FR-0788K7L is comprised of eight SMT resistors and can provide a maximum resistance of 1kΩ within an operating voltage range of 0-30V. It is capable of handling up to 2mA of current and is made with an ultra-low noise process, making it a suitable choice for many high accuracy applications. The YC248-FR-0788K7L also possesses a variety of other features such as a thin profile, wide operating temperature range from -55°C to 150°C, high-temperature stability, and a sealed package against moisture.

The YC248-FR-0788K7L’s primary application field is in precision measurement and data acquisition due to its ability to provide an accurate resistance signal with very low noise. The resistor network has a low power consumption to prevent interference with other circuitry and is also compatible with common measurement devices like strain gauges, thermistors, pressure sensors, and potentiometers. The YC248-FR-0788K7L is also popular for its usage in automotive, avionics, and medical instrumentation.

The working principle of the YC248-FR-0788K7L resistor network is based on the Ohm’s law, where the current is proportional to the voltage applied across the resistor terminals. When the voltage is increased, the current also increases, and when the voltage is decreased, the current likewise decreases. The YC248-FR-0788K7L has been designed to maintain a very low noise level when supplying a signal to the connected device. This is done by ensuring that the internal components have minimal thermal expansion, which helps to minimize the amount of noise produced when the current or voltage is adjusted.

In conclusion, the YC248-FR-0788K8L is an excellent choice for any precision measurement application. Its thin design, low power consumption, and wide temperature range make it perfect for a variety of applications. Furthermore, its low noise output allows it to be used in high accuracy applications without interfering with the signal being measured.