4306R-102-560LF

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 4306R-102-560LF is one of the most advanced resistive networks available today. It is used in a variety of applications including precision voltage dividers and thermal control circuits. The 4306R-102-560LF offers superior performance when compared to other resistive networks, with features such as low thermal drift, wide-bandwidth response, and precision balance tolerance.

The 4306R-102-560LF is a network of two series resistors connected in parallel. Each resistor has a value of 560 ohms and is constructed with two sections that have 120 ohm and 440 ohm resistance values, respectively. The resistors are connected so that the 120 ohm section of one resistor is connected in parallel with the 440 ohm section of the other resistor.

The 4306R-102-560LF provides precision voltage divider and thermal control capabilities. It is designed to ensure precise voltage division, with voltages across each resistor being within 3% of nominal value. In thermal control applications, the 4306R-102-560LF is designed to provide temperature-dependent, precise voltage regulation.

In precision voltage division applications, the 4306R-102-560LF is used for precise light intensity or gain control. The resistors can be adjusted to divide the input voltage in any desired ratio, with a precision of 3%. This provides the flexibility to design circuits for exactly the desired operation.

The 4306R-102-560LF also allows for thermal control of voltage and current in a circuit. The resistors have a temperature coefficient of 15 ppm/deg C, meaning that their resistance will change slightly with temperature changes. This allows the circuits to precisely control the current or voltage they are producing, even if the ambient temperature changes.

In addition to its uses for precision voltage division and thermal control, the 4306R-102-560LF can also be used for noise filtering. The resistors are designed to have low electrical noise and wide-bandwidth response, which makes them ideal for filtering out high frequency noise from other signals.

The 4306R-102-560LF is a highly advanced resistive network that can be used for a variety of applications. Its two series resistors can provide precision voltage division, thermal control, and noise filtering, allowing for exacting control of circuits and precise regulation of electric supplies.

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