IEC 60747-16-6:2019

Overview

IEC 60747-16-6:2019 is an international standard developed by the International Electrotechnical Commission (IEC) that defines the terminology, essential ratings and characteristics, and measuring methods for microwave integrated circuit frequency multipliers. As part of the broader IEC 60747 series, this standard provides a unified framework for the assessment and comparison of semiconductor devices designed for frequency multiplication in high-frequency microwave applications.

Key Topics

IEC 60747-16-6:2019 covers several critical aspects related to microwave frequency multipliers, including:

• Terminology and Definitions: Clearly defines key terms such as output frequency, output power, conversion gain, input/output return loss, fundamental isolation, nth order harmonic isolation, and phase noise.
• Essential Ratings and Characteristics: Details parameters such as bias voltage and current, terminal ratings, input power, operating conditions, and environmental ratings that are crucial for reliable operation.
• Measuring Methods: Specifies standardized procedures to measure performance characteristics like output power, conversion gain, return losses, harmonic isolation, and phase noise. Recommendations are provided for test conditions, circuit configurations, and instrumentation requirements.
• Application Descriptions: Outlines considerations for system compatibility, interfacing, and associated peripheral devices, facilitating proper integration in broader microwave systems.
• Function Specification: Describes requirements for block diagrams, identification and function of terminals, and overall circuit function.

Applications

Microwave integrated circuit frequency multipliers are essential components used to increase the frequency of input signals by an integer factor, enabling higher frequency operation in:

• Telecommunications: Crucial for signal generation in radio transceivers, satellite communications, and broadcasting systems.
• Radar Systems: Employed in radar transmitters and receivers to achieve desired operational frequencies.
• Aerospace and Defense: Key for navigation, guidance, and avionics systems requiring precise frequency control.
• Test and Measurement Equipment: Used in laboratory and manufacturing environments for generating stable and accurate high-frequency signals.
• Microwave Landing Systems and VSAT Terminals: Facilitate communication and signal processing in specialized microwave systems.

By adhering to IEC 60747-16-6, manufacturers and system integrators can ensure standardized performance evaluation, simplify device selection, and enhance interoperability across global markets.

Related Standards

IEC 60747-16-6:2019 operates in conjunction with several other IEC standards, including:

• IEC 60747-1: General rules for semiconductor devices, establishing foundational requirements across the IEC 60747 series.
• IEC 60747-4: Covers discrete microwave diodes and transistors, relevant for understanding device-level microwave behavior.
• IEC 60747-16-3: Specifies requirements for microwave integrated circuit frequency converters, closely related to multiplier functions.
• IEC 61340-5-1 and IEC TR 61340-5-2: Provide guidance on electrostatic protection, critical when handling microwave integrated circuits.
• IEC 60617: Defines graphical symbols for diagrams, supporting standardized documentation and schematics.

By referencing these related standards, the document ensures comprehensive alignment and coverage within the semiconductor and microwave component sectors.

Keywords: IEC 60747-16-6, microwave integrated circuits, frequency multipliers, measuring methods, semiconductor devices, output power, conversion gain, phase noise, telecommunications, radar, IEC standards.