CAY10-200J4LF

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Resistor Networks, Arrays

CAY10-200J4LF, is a Network Resistor with an array of four (4) thin film chip resistors. It has a Power Rating of 0.25 Watts (0.125W each) and is available in the E24 (preferred) and E96 resistance values.

Application Field

This product is primarily used in communication and analog circuitry applications. Common examples include limiting, matching, and laser beam steering / focusing. The CAY10-200J4LF has four (4) resistors in an array, allowing for the design of a complete signal conditioning circuit in a very small area. It offers the flexibility to design a variety of circuits in one device, including but not limited to filters, attenuators, divider networks, track-and-hold circuits, and DC summation circuits.

Working Principle

The CAY10-200J4LF is a network resistor with a 4-resistor array. Each of these resistors is a thin-film chip resistor that is applied to a ceramic substrate and inductively bonded to an epoxy compound creating a single chip resistor device. The thin-film technology allows for a wide range of precise resistance values and superior temperature characteristics that make it ideal for applications requiring accuracy and stability. The inductive bond provides a hermetically sealed package that is extremely resistant to moisture ingress and contamination.

When designing a circuit with the CAY10-200J4LF, the resistors can be arranged in a variety of ways. The resistors can be connected in series, parallel, or a combination of the two. This makes it possible to create a wide range of signal conditioning circuits with the ability to adjust gain, attenuation, DC offset, and signal filtering. The hermetically sealed package also ensures a consistent performance in high vibration, moisture, and temperature environments.

The CAY10-200J4LF is a great choice for any signal conditioning application requiring precision, reliability, and superior temperature stability. Its small size and hermetically sealed package make it easy to integrate into a variety of applications. Additionally, the wide range of resistor values and built-in flexibility for circuit design make it an ideal solution for a variety of signal conditioning designs.

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