NMA 2000 NOISE SOURCE SERIES 100HZ TO 2GHZ 6.2008 DESCRIPTION NMA 2000 OUTPUT CHARACTERISTICS MODEL* FREQUENCY NOISE OUTPUT LEVEL FLATNESS mV/ µV V/ =H Hz BAND dBm/ BAND CURRENT mA Typ. dBm/Hz ENR(dB) Typ. NMA-2001 100Hz-100kHz ±1.0dB 10 31.6 -27±3.0% -77 97.0 12 NMA-2002 100Hz-300kHz ±1.0dB 10 18.2 -27±3.0% -82 92.2 12 NMA-2003 100Hz-1MHz 10 10.0 -27±3.0% -87 87.0 12 ±1.0dB NMA-2004 100Hz-3MHz ±1.0dB 10 5.8 -27±3.0% -92 82.2 12 NMA-2005 100Hz-10MHz ±1.0dB 10 3.2 -27±3.0% -97 77.0 12 NMA-2006 100Hz-30MHz ±1.0dB 10 1.8 -27±3.0% -102 72.2 12 NMA-2007 500Hz-100MHz ±1.50dB 10 1.0 -27±3.0% -107 67.0 25 NMA-2008 500Hz-300MHz ±2.0dB 10 0.57 -27±3.0% -112 62.2 25 NMA-2009 500Hz-500MHz ±2.0dB 10 0.45 -27±3.0% -114 60.0 25 NMA-2010 100kHz-1.0GHz ±2.0dB 10 0.32 -27±3.0% -117 57.0 75 NMA-2011 100kHz-1.5GHz ±2.0dB 10 0.26 -27±3.0% -119 55.2 75 NMA-2012 100kHz-2.0GHz ±2.0dB 10 0.22 -27±3.0% -120 54.0 75 *For SMA connectorized package add S to Model No. The NMA 2000 Noise Sources are designed to simulate a variety of environmental conditions in sophisticated radar systems. In addition, it is often used for testing industrial and/or military communication systems. The NMA 2000 offers filtered output which eliminates unwanted noise outside of the specified frequency range. It also provides a great deal of temperature stability, which guarantees optimum performance even under constantly-changing environmental conditions. SPECIFICATIONS ■ Operating Temperature: -55 to +95oC ■ Storage Temperature: -65 to +125oC ■ Supply Voltage: +15 VDC ■ Temperature Stability: 0.025 dB/oC ■ Output Impedance: 50 ohm ■ Peak Factor: 5:1 APPLICATIONS ■ Signal simulation in communication systems ■ Environmental simulation (hail, rain or wind shear) in radar systems ■ Built-in self-test for communication and radar receivers ■ Security/digital encryption reference style code D and T for packaging dimensions email: [email protected] for more info MICRONETICS / 26 HAMPSHIRE DRIVE / HUDSON, NH 03051 / TEL: 603-883-2900 / FAX: 603-882-8987 WEB: WWW.MICRONETICS.COM