CAY10-820J4LF Resistors

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Resistor Networks, Arrays have various applications and wide ranging utilities in everyday applications, in one of these is the CAY10-820J4LF. This product is a high power, ceramic-based, low power, thick film, array-based resistor in bare form, designed for use in applications such as electric guitar pickups and medical equipments. The main purpose of this product is to provide a range of resistive values, spanning from 10ohm up to 820ohm, with excellent accuracy and noise reduction.

The CAY10-820J4LF is made with 100% tin over nickel barrier and consists of 4 individual, ceramic thick-film resistors chips. The package contains four additional resistive elements, which can be used as part of the array resistors. This gives the array greater flexibility to design higher power resistors with improved thermal stability and higher accuracy. The product also includes two bypass electrodes, for improved response time.

The CAY10-820J4LF has a wide range of applications, ranging from medical equipment to telecommunication and defense systems. The flexibility and accuracy of the product allows use in applications where precise resistance values are required. The array is also suitable for use in analog and digital applications, enabling it to provide excellent noise reduction and resistance in a high frequency environment.

The working principle of the CAY10-820J4LF is based on the principle of semiconductor fabrication. The array is formed by depositing a resistive layer on the surface of a substrate, which can be a ceramic, silicon or metal. This layer is then doped with different materials to create different electrical properties, such as resistance. When a voltage is applied to the array, the current flows through the layers, creating a resistance value. This value is then used to determine the current being sent through the array.

The CAY10-820J4LF is a highly reliable and efficient product, offering accurate and stable resistive values. Its flexibility and accuracy allows it to be used in a wide range of applications, such as medical equipment, telecommunication and defense systems. Additionally, the bypass electrodes provide improved response time, improving system performance in high frequency environments. This makes it a great product for those who need precise and reliable resistive values for their engineering solutions.

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