767161680GPTR13

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Resistor networks and arrays are used in a variety of applications to create the desired voltage and resistance values in electronic circuits. The 767161680GPTR13 is an example of a resistor network that is designed to provide reliable resistance and voltage levels across a wide range of applications. This article will discuss the application field and working principle of this resistor network.

Application Field

The 767161680GPTR13 is a four-terminal resistor network that is designed to operate between 40V and 200V. It is typically used in printed circuit boards and electronic circuitry where space is limited and performance is high. The device has low input and output impedance and can be used in current-sensing applications that require low-voltage differential signal measurement. Additionally, its small form factor makes it suitable for use in applications with limited space and tight power requirements.

The device is also well-suited for use in medical instrumentation, automotive electronic systems, commercial electronics, and consumer appliances. Its small size is advantageous in these applications, because it allows engineers to incorporate the device into existing designs that have limited space. In addition, the device can provide reliable performance when subjected to extreme temperatures, moisture, and other environmental conditions.

Working Principle

The 767161680GPTR13 resistor network is designed to provide reliable voltage and resistance levels in high-power applications. It incorporates two metal-oxide semiconductor field-effect transistors (MOSFETs) in parallel with two resistors. The two MOSFETs are configured to form a current divider bridge, and the two resistors are connected to the drain terminals of the MOSFETs.

When the voltage between the two source terminals of the MOSFETs is increased, the current flowing through the circuit increases. The resistance of the network is determined by the ratio of the total resistance of the two resistors in parallel with the drain terminals. In addition, the voltage drop across the resistors is proportional to the current, allowing for accurate voltage measurement.

The 767161680GPTR13 also uses an internal temperature-compensating circuit to reduce power-supply violations. This compensating circuit is designed to adjust the resistance of the network in order to maintain a constant output voltage over a wide temperature range. This ensures that the device remains stable and reliable in extreme environmental conditions.

Conclusion

The 767161680GPTR13 is a four-terminal resistor network designed to provide reliable voltage and resistance levels in high-power applications. It incorporates two MOSFETs in parallel with two resistors, and an internal temperature-compensating circuit to reduce power-supply violations. The device is suitable for use in medical instrumentation, automotive electronic systems, commercial electronics, and consumer appliances.

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