4610X-104-151/181L

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Resistor Networks, Arrays, hold many electrical components that are integral to the success of any circuit board. The most common of these components is the 4610X-104-151/181L resistor arrays. This device comes in various sizes, power ratings, and applications. This overview will discuss the application field and working principle of these devices.

The 4610X-104-151/181L resistor arrays have many applications, some of which are price relevant and some of which require better performance. The most cost-effective application of the device is for general purpose, single-channel use. This includes typical applications, such as voltage division, current sensing, and frequency control.

For higher performance or special requirements, the 4610X-104-151/181L devices have a wide range of capability. These devices can be used for high power applications, such as motor control and switching power supplies. In addition, they can be used in signal conditioning, active filtering, waveform shaping, and other signal-level circuits. For digital applications, the device is the perfect choice for precision current and voltage reference circuits.

When considering the application of the 4610X-104-151/181L devices, it is important to understand the working principle. This device is a resistor array, meaning it is built up from individual resistors connected in series and/or parallel configurations. These resistors are typically carbon composition and metal film, although there may be some other technologies used in special applications. The value of each resistor is selected to give the desired resistance, and they can be connected in various configurations to achieve various results.

The most common configuration for the 4610X-104-151/181L device is the four-resistor common source connection. This connection is designed for signal conditioning, filtering, and voltage division applications. The individual resistors are connected across the supply voltage, and the output terminal of each is connected to the next in the series. This arrangement results in a voltage divider with each resistor providing equal resistance to the output voltage.

For higher power applications, the 4610X-104-151/181L devices are available in parallel connection configurations. In this case, each resistor is connected across the supply voltage, and the output terminal of each is connected to the next in the parallel configuration. This allows the device to provide higher power applications, such as motor control, switching power supplies, and power conversion.

For digital applications, the device is the perfect choice for precision current and voltage reference circuits. As with the parallel configuration, the resistors in this configuration are connected across the supply voltage. The output of each resistor is then connected to the next in series. This configuration results in a low impedance reference voltage source. This is ideal for digital signal-level circuits, as it provides a clean and stable voltage reference.

In summary, the 4610X-104-151/181L resistor arrays are highly versatile devices. They are suitable for many applications, from general purpose, single-channel use to high-performance signal conditioning and reference circuits. Their working principle is based on the connection of individual resistors in various configurations, which allows the device to provide the desired resistance and performance.

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