753101103GPTR13

In the resistive network, array devices are among the highly useful components with their notable features and distinct advantages

753101103GPTR13 Application Field and Working Principle

753101103GPTR13 are precision Thin Film Resistor networks and arrays featuring the highest resistance-value density, low TCR (Temperature Coefficient of Resistance), low thermal stability and excellent tolerance characteristics. These devices are ideal for high accuracy applications that require the highest resistance values for feedback, signal splitting, resistor array configurations, etc. Also, they are available with up to twenty four channels providing a greater level of power handling and accuracy.

These precision thin-film wire-bonded resistor networks (GPTR13) feature superior temperature stability and accuracy characteristics, making them the ideal choice for precision resistor applications in high reliability commercial and military applications.The 753101103GPTR13 precision thin-film resistor networks feature a nominal power rating of 25 mW, nominal resistances of 0.1 ohm to 10 ohm, and a resistance tolerance of ±0.001 ohm at temperature range of -55°C to +105°C.

The precision resistors are manufactured using a high-grade, low-cost electroless Ni/Au thin film process, which yields extremely low TCR (Trimming Coefficient of Resistance) values. The resistors are also known for offering superior temperature stability and accuracy, making them the perfect solution for commercial and military applications requiring extreme temperature stability.

The 753101103GPTR13 Application Field

The 753101103GPTR13 precision thin-film wire-bond resistor networks are widely used in a variety of precision applications,including analog sensing, digital control, and medical and industrial field.The 753101103GPTR13 are optimized for: high-fidelity, precision feedback, resistance monitoring, signal splitting, temperature control, or voltage sensing. In addition, they are suitable for power systems and industrial automation applications, such as motor control, communications, and instrumentation.

Other applications include analog-to-digital converters, voltage-to-current conversion, power supply design, speed control, DAC and op-amp buffers, automotive ECU controllers, and RF and microwave applications.

753101103GPTR13 Working Principle

The 753101103GPTR13 precision thin-film wire-bond resistor networks are based on a simple electrical circuit consisting of a series of resistors that are connected together in an array. Each resistor is connected to an input point or ground, and each output point is connected to a respective output point of the other resistors in the array. This creates a series of resistors that are connected in parallel to a common voltage supply.

The 753101103GPTR13 resistor networks are designed to offer maximum accuracy and superior temperature stability by using the latest thin film technology and techniques.The resistors are also designed to provide a high level of power handling and accuracy. With the optimal design, the device minimizes vertical jitter and noise as it is operated in noisy or dynamic environment.

This results in low power consumption and improved accuracy by using the most advanced thin-film technology and techniques.

Conclusion

The 753101103GPTR13 precision thin-film resistor networks are highly advantageous components in resistive networks and arrays. They feature the highest resistance-value density, low TCR, low thermal stability and excellent tolerance characteristics. These devices are ideal for high accuracy applications that require the highest resistance values for feedback, signal splitting, resistor array configurations, etc. Also, they are available with up to twenty four channels providing a greater level of power handling and accuracy.