Strain-gauge-instrumentation-amplifier
This circuit achieves an overall gain of 320. Additional gain can be obtained by decreasing the value of R2. The untrimmed Vas is 10.11V, and the Vas temperature coefficient is less than 0.1µV/°C. In various applications, the OP07 can be excluded, allowing the two MAX421 differential outputs to be directly connected to the differential inputs of an integrating analog-to-digital converter (ADC).
The described circuit utilizes a configuration that provides a significant gain, making it suitable for applications requiring precise signal amplification. The gain of 320 suggests that the circuit is designed for low-level signal processing, where maintaining signal integrity is crucial. The resistor R2 plays a vital role in determining the gain; thus, adjusting its value can tailor the circuit's performance to meet specific requirements.
The untrimmed output voltage (Vas) of 10.11V indicates that the circuit is capable of producing a substantial output voltage, which is beneficial for interfacing with other components in a system. The low temperature coefficient of Vas, being less than 0.1µV/°C, signifies that the circuit exhibits excellent thermal stability, ensuring consistent performance across varying temperature conditions.
The mention of the OP07 operational amplifier suggests that it may be used for additional signal conditioning in certain configurations. However, in applications where space or component count is a concern, the circuit can function effectively without it. By connecting the MAX421 differential outputs directly to the differential inputs of an integrating ADC, the design simplifies while still achieving the desired signal processing capabilities. This approach can enhance the overall efficiency of the circuit, making it suitable for high-speed data acquisition systems or precision measurement applications.
Overall, this circuit design exemplifies a balance between performance and simplicity, enabling effective signal amplification and processing in a variety of electronic applications.This circuit has an overall gain of 320. More gain can easily be obtained by lowering the value of R2. Untrimmed Vas is 10 11V. and Vas tempco is less· than O.lJIV/°C. In many circuits, the OP07 can be omitted, with the two MAX421 differential outputs connected directly to the differential inputs of an integrating a /d. 🔗 External reference
The described circuit utilizes a configuration that provides a significant gain, making it suitable for applications requiring precise signal amplification. The gain of 320 suggests that the circuit is designed for low-level signal processing, where maintaining signal integrity is crucial. The resistor R2 plays a vital role in determining the gain; thus, adjusting its value can tailor the circuit's performance to meet specific requirements.
The untrimmed output voltage (Vas) of 10.11V indicates that the circuit is capable of producing a substantial output voltage, which is beneficial for interfacing with other components in a system. The low temperature coefficient of Vas, being less than 0.1µV/°C, signifies that the circuit exhibits excellent thermal stability, ensuring consistent performance across varying temperature conditions.
The mention of the OP07 operational amplifier suggests that it may be used for additional signal conditioning in certain configurations. However, in applications where space or component count is a concern, the circuit can function effectively without it. By connecting the MAX421 differential outputs directly to the differential inputs of an integrating ADC, the design simplifies while still achieving the desired signal processing capabilities. This approach can enhance the overall efficiency of the circuit, making it suitable for high-speed data acquisition systems or precision measurement applications.
Overall, this circuit design exemplifies a balance between performance and simplicity, enabling effective signal amplification and processing in a variety of electronic applications.This circuit has an overall gain of 320. More gain can easily be obtained by lowering the value of R2. Untrimmed Vas is 10 11V. and Vas tempco is less· than O.lJIV/°C. In many circuits, the OP07 can be omitted, with the two MAX421 differential outputs connected directly to the differential inputs of an integrating a /d. 🔗 External reference