
( Brand: Miller ), ( Manufacturer Part Number: 7707 ), ( Country/region Of Manufacture: United States )
The Miller Engineering Model 7707 10.7 Printed Circuit Discriminator is a sophisticated piece of test equipment designed for use in RF and microwave applications. This discriminator converts the video output of a swept or constant frequency oscillator to a proportional DC voltage, allowing for easier analysis of radio frequency signals.
The 7707 is part of Miller Engineering's wide range of high-performance test equipment geared towards RF and microwave engineers and technicians. The discriminator is built on a printed circuit board, ensuring consistent performance and reliability. The unit features a rugged construction, with a robust aluminum housing that can withstand the demands of a laboratory or test environment.
This particular model, the 10.7, is designed to operate within a frequency range of 1 MHz to 18 GHz. It is suitable for use with various test systems such as vector network analyzers, spectrum analyzers, and signal generators. The 10.7 discriminator offers a high input IP3 point of 13 dBm, allowing for robust operation in environments with strong interference or signal levels.
The 7707 discriminator also boasts a high DC output voltage of 10.7 Volts, with a considerable accuracy of /-5%. This larger output voltage allows for easier calibration and interface with other test equipment, such as oscilloscopes or data acquisition systems. The discriminator's output voltage can be adjusted through an external control line, providing additional flexibility for various applications.
Additionally, the unit includes selectable internal blocking capacitors, allowing users to choose between a 107 pF and a 1.5nF capacitor for added versatility. The Miller 7707 10.7 Printed Circuit Discriminator offers an optimal solution for RF and microwave test applications that require precise and versatile voltage output for signal analysis.
The Miller 7707 10.7 printed circuit discriminator is a high-performance instrument used to measure the frequency and Q-factor of resonant circuits in RF and microwave applications. It is a popular choice among engineers due to its versatility and accuracy. Let's explore the pros and cons of buying a Miller 7707 10.7 printed circuit discriminator.
Pros:1. High accuracy: The Miller 7707 10.7 offers excellent accuracy and high frequency resolution, making it an ideal choice for measurements in demanding applications.
2. Wide frequency range: The operating frequency range of the Miller 7707 10.7 is from DC to 10.7 GHz, making it suitable for a wide range of applications in RF and microwave engineering.
3. High input power handling: The instrument has a high input power handling capacity, which can be useful for measuring the performance of RF components under high Power.
4. Flexible measurement options: The Miller 7707 10.7 offers various measurement capabilities such as frequency, harmonic, and Q-factor measurements. This makes it a versatile tool for RF and microwave engineering applications.
Cons:1. High cost: The Miller 7707 10.7 is a high-end instrument, and its cost may be a deterrent for some users with limited budgets.
2. Complex operation: The Miller 7707 10.7 is a sophisticated instrument, and its operation may require specialized knowledge and training to use effectively.
3. Large size: The instrument is bulkier compared to some other handheld or benchtop RF instruments, which may make it less portable for some applications.
Conclusion:The Miller 7707 10.7 printed circuit discriminator is an excellent tool for engineers working in RF and microwave applications who require high accuracy and wide frequency range in their measurements. Although it comes with a higher cost, the benefits of its versatility, high power handling capacity, and high accuracy make it a valuable addition to any RF and microwave lab. For engineers with limited budgets or less complex measurement needs, there may be other options available with lower costs and simpler operation.
Recommendation:The Miller 7707 10.7 printed circuit discriminator is an ideal choice for RF and microwave engineers working in demanding applications where high accuracy and wide frequency range are essential. For engineers with more basic measurement needs or limited budgets, there are other lower-cost options available with simpler operation. It is essential to evaluate your specific measurement requirements before making a purchase. Consulting with an RF or microwave engineering expert or conducting a thorough market research can help you make an informed decision.
Replacement for a 10.7 MC discriminator transformer. Miller 7707 10.7 MC Printed Circuit Discriminator. New with no box.