性能水平	◆◆◆◆◆◇
IQ 内部/外部调制带宽	无
基带发生器模式	无
软件——通用	多功能发生器脉冲脉冲串发生器线性调频 AM, FM, PM
软件——蜂窝/无线连通性	无
软件——音频/视频广播	无
波形回放存储器	无
可用应用	是

选件

了解详细信息: 查看配置指南


Frequency Range
N5193A-520	Frequency Range, 10 MHz to 20 GHz
N5193A-540	Frequency Range, 10 MHz to 40 GHz

Connector Configuration
N5193A-1EM	将所有连接器移至后面板

Connector Type
N5193A-1ED	N 型（阴头）射频输出连接器

Frequency Resolution
N5193A-FR1	0.001 Hz 频率分辨率

Analog Modulation
N5193A-UNT	AM、FM、相位调制、低频输出、窄带线性调频
N5193A-WC1	宽带线性调频

Pulse Modulation
N5193A-PM1	脉冲调制

Switching Speed
N5193A-SS1	1 µs 切换速度
N5193A-SS4	180 ns PDW Update Rate (Normal or List Mode) or 370ns Latency (fast CW mode)

Spectral Purity
N5193A-EP1	更低的相位噪声

Power
N5193A-AT2	Add Mechanical + Solid-State Attenuator Assembly

Auxiliary Control Interface
N5193A-CC1	100 引脚 I/O 接口（二进制输入）
N5193A-CC2	50 引脚 I/O 接口（BCD 输入）
N5193A-CC3	10 Gigabit Ethernet I/O Interface

Calibration Documentation
N5193A-1A7	校准 + 不确定度 + 保护频段
N5193A-A6J	ANSI Z540-1-1994 校准
N5193A-UK6	包含测试数据的商业校准证书

Accessories
N5193A-AXT	Hard transit case
N5193A-SSD	额外的可拆卸固态硬盘
1CM104A	Rack mount flange kit 132.6mm H (3U) - two flange brackets- Palette 2015
1CN107A	Handle kit 132.6mm H (3U) - two front handles- Palette 2015
1CP108A	Rack mount flange and handle kit 132.6mm H (3U) - two brackets and front handles- Palette 2015
1CN007A	把手套件 132.6 毫米（高）（3U）－－两个前把手
1CP008A	上架镶条和把手套件 132.6 毫米（高）（3U）－－两个支架和前把手
34192A	3U 双镶条套件
1CC131A	LVDS cable, 1.5m length
1CC132A	BCD cable, 1.5m length
1CC133A	10 Gigabit fiber optic cable, 2m length, and two SFP+ transceivers

关键产品信息

查看此产品的详细功能。

技术指标

N5193A UXG Agile Signal Generator - Data Sheet

手册

支持文档

探讨此产品如何应对特定的测量挑战。

应用说明

是德科技如何预防信号源被损坏

Electronic Warfare Signal Generation: Technologies and Methods - Application Note

This application note summarizes the available technological approaches for EW signal and environment simulation, and the latest progress in flexible, high-fidelity solutions.

Creating Multi-Emitter Scenarios for Radar and Electronic Warfare (EW) Testing - Application Note

Part 8 of the Radar App Note series focuses on multi-emitter testing of radar and electronic warfare (EW) systems. Realistic testing of these systems depends on the generation of signals that accurately simulate multi-emitter environments consisting of thousands of emitters and millions of pulses per second, all arriving from multiple directions. New technology built into commercial, off-the-shelf signal generators enables developers to generate increasingly complex simulations that get closer to reality and provide deeper confidence in EW system performance.