The Keysight M9316A is a PXIe Vector Modulator that integrates with the M9383A PXIe Microwave Signal Generator to deliver advanced modulation and arbitrary waveform generation. Housed in a 3-slot PXIe module, it combines a wideband IQ modulator with a 16-bit arbitrary waveform generator (AWG) to produce complex modulated signals across 1 MHz to 20 GHz. The instrument supports configurable RF bandwidth options—40 MHz or 160 MHz—with optional differential analog IQ inputs rated at 200 MHz or 2 GHz RF bandwidth. Playback memory is user-selectable from 32 Mega-samples up to 1 Giga-sample, enabling flexible waveform complexity and duration tradeoffs. Engineers can tailor the AWG configuration to specific measurement demands, from basic modulation to intricate signal scenarios requiring extended memory depth. The M9316A occupies three slots within a PXIe chassis and operates with the M9383A generator, forming a complete vector signal generation platform. Its modular architecture allows straightforward integration into existing test systems while maintaining the performance and control characteristics required for RF and microwave applications.
Technical Specifications
• Module Type: PXIe Vector Modulator
• Form Factor: 3-slot PXIe module
• Frequency Coverage: 1 MHz to 20 GHz (with M9383A)
• Integrated Modulator: Wideband IQ Modulator
• AWG Bit Resolution: 16-bit
• AWG RF Bandwidth: 40 MHz or 160 MHz
• AWG Playback Memory: 32 Mega-samples to 1 Giga-sample (configurable)
• Optional Differential Analog IQ Inputs: 200 MHz or 2 GHz RF bandwidth
– Key Features
• Wideband IQ modulator for complex signal generation
• Arbitrary waveform generator with selectable memory depth
• Configurable RF bandwidth to match application requirements
• Optional high-speed differential IQ input paths
• 16-bit signal fidelity across all operating modes
– Compatibility & Integration
• Designed for use with Keysight M9383A PXIe Microwave Signal Generator
• PXIe chassis integration requiring three module slots
