CRA06E08391K0JTA

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

Resistor networks, also known as resistor arrays, are a type of circuit used for serial measurement, isolation and filtering of signals. The main purpose is to provide resistance to varying voltage levels and currents in a power grid or other application. CRAs, or combination resistor-array chips, are the most commonly used resistor networks.

The CRA06E08391K0JTA is an example of a typical CRAs four-bit, eight-channel, on-chip capacitor-resistor network. It’s designed specifically for use in AC signal measurement applications. It has an advanced temperature stable capacitance technology, high-impedance input impedance and a hysteresis-free frequency response. The CRA06E08391K0JTA is also able to maintain good linearity in the presence of large signals.

In such applications, the CRA06E08391K0JTA is connected in series with the other components of the circuit. Its four-bit, eight-channel configuration allows it to work as a resistor-capacitor network, providing both resistive and capacitive characteristics. Depending on the layout of the circuit, the combination of resistors and capacitors can be used to filter, filter out noise, or provide a gain response.

The CRA06E08391K0JTA has an internal protection circuit, which is used to protect the chip from overvoltage or ESD. It is powered by three supply lines, a voltage supply, a logic supply, and a drain supply. The voltage supply is needed for the chips operation, and is typically a single, regulated +5V supply. The logic supply is used to control the logic input of the chip, as well as the output signals, and is typically 3-V or 5-V. The drain supply is used to drain the charge that is stored in the network.

The CRA06E08391K0JTA also has two matched single-ended data input ports and nine digital output ports. The input ports are used to convert the analog signal to digital data, which is then passed to the digital output ports. This digital data is used by the other components of the circuit, such as the amplifier, for further processing. This data can be raw data, such as the frequency response of the circuit, or be modified to represent a graph of the measurement results.

The most common use for the CRA06E08391K0JTA is in AC signal measurement applications, where it is used to measure voltage levels and current levels. It can also be used in Amplifiers and RF systems, to filter out noise, and to reduce the amount of noise that is present. Additionally, it can be used in circuit protection applications, where it can provide high-impedance/low-impedance characteristics.

In summary, the CRA06E08391K0JTA is a resistor network that is used in a variety of applications. Its four-bit, eight-channel configuration allows it to be used as a filter, filter out noise, provide gain response, or provide high-impedance/low-impedance characteristics. Additionally, it has an internal protection circuit, two input ports, and nine output ports, which make it suitable for a variety of applications.

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