signal generator

Frequency range: 0.01 - 20 GHzOutput power: Maximum 10 dBm, minimum -15 dBm (reaching -85 dBm when option 1E1 is selected)Frequency resolution: ±1 HzPhase noise: At 10 GHz, -10 dBm at a frequency offset of 10 kHz)Scanning modes: Continuous wave, step scan, ramp wave scan, power scanDisplay: No specific information provided, supports local operation and remote programmingDimensions and weight: Dimensions are 425 mm × 133 mm × 483 mm, weight 16 kgOther features: Supports multiple scanning modes, has high power output capability, and can be equipped with a 70 dB step attenuatorThe 83752A is a high-performance RF signal generator launched by Agilent, which is widely used in electronic component testing, communication equipment research and development, and laboratory testing scenarios. Its frequency range covers 0.01 GHz to 20 GHz, capable of meeting various testing requirements from low frequency to high frequency.This device adopts a fully synthesized continuous wave, step, and ramp wave scanning method, suitable for both wideband and narrowband applications. Its output power range is wide, with a maximum of 10 dBm and a minimum adjustable to -15 dBm (with option 1E1, it can reach -85 dBm), suitable for various testing scenarios. In terms of performance, the 83752A has excellent phase noise (at 10 GHz, 10 kHz frequency offset, <-75 dBc/Hz) and harmonic suppression (-45 dBc), ensuring high-precision signal generation.The 83752A is equipped with high-precision frequency control capabilities, with a frequency resolution of ±1 Hz, supporting multiple scanning modes, including continuous wave, step scanning, ramp wave scanning, and power scanning. Additionally, the device supports remote programming and can be remotely controlled through an interface.The design of the 83752A focuses on portability and flexibility. It weighs only 16 kg, with dimensions of 425 mm × 133 mm × 483 mm, suitable for use in various environments such as laboratories, field sites, and production lines. Overall, the 83752A, with its outstanding performance, efficient testing capabilities, and flexible function design, is an ideal choice in the field of electronic testing.