Y1691V0010BA9L

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

The Y1691V0010BA9L is a resistor network, array-type component widely used in various circuits. While resistor networks, arrays allow simple circuit designs, there is a lot of sophistication in understanding their capabilities and applications. This article looks at the application field and working principle of the Y1691V0010BA9L.

At the core of the Y1691V0010BA9L is a resistor network, or array of resistors providing a variety of configuration options. These configuration options can be chosen to reduce the number of components and resulting area of the design. This can lead to cheaper production cost and less real-estate on the board. Designs requiring multi-pin connections can also benefit, as the Y1691V0010BA9L offers multiple pins which can be connected to the same resistor.

The Y1691V0010BA9L uses a 4-tap structure array with parallel configuration and provides an impedance value of 10 ohm. The 4-tap structure makes it suitable for applications that require a plurality of signals or data. For instance, modern automotive applications may require the connection of up to four wheel speed sensors or other data acquisition from multiple sources. In this application, the Y1691V0010BA9L can provide a single point of connection for all four sensor signals.

The Y1691V0010BA9L works by connected each output resistance to each of the four taps of 10 ohms. This 4-tap structure provides an array that can be used to provide a path for four different signals, with each signal having an impedance of 10 ohms. The reduces the complexity of the circuit, as each signal is independent and does not need to pass through multiple other components.

The Y1691V0010BA9L is also available with a built-in terminator on one end for each of the four taps. This allows external signals to be looped back to the device, thereby creating a consistent impedance match and reducing cross-talk. The terminators also prevent induced currents from outside sources from entering the device.

The Y1691V0010BA9L can be used in applications where performance and reliability are critical, such as in automotive electronics. By reducing the number of discrete components and the board area required for those components, it can help reduce system costs. Its 4-tap structure is also useful for multiple signal connections, as it can provide a single point of connection for four signals with a consistent impedance.

In conclusion, the Y1691V0010BA9L is an ideal choice for resistor networks, arrays requiring a small form factor and low cost. Its four-tap structure and built-in terminator make it suitable for applications requiring multiple signals or data inputs. By reducing the number of components and board real-estate, it can help to reduce system cost and complexity.

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