Used BNC / BERKELEY NUCLEONICS 865 #293616641 for sale
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ID: 293616641
Microwave / RF Signal generator
Frequency range: 100 kHz to 40 GHz and up to 42 GHz with options
Switching speed: 500 µs (<30 µs with option FS)
Modulation: AM, FM, PM, Pulse
Sweeps: List, frequency, power
Frequency range:
100 kHz to 12.75 GHz
100 kHz to 20 GHz
100 kHz to 26 GHz
Resolution: 0.001 Hz
Phase noise (1 GHz CW):
10 Hz offset: -87 dBc/Hz (-100 dBc/Hz with option LN)
1 kHz offset: -130 dBc/Hz
100 kHz offset: -145 dBc/Hz
10 MHz offset: -150 dBc/Hz
Remote control (SCPI v1999):
Ethernet, USB
GPIB (With option GPIB)
Option / Description
LN / Enhanced close-in phase noise
FS / Fast switching
MOD / Analog modulation (AM, FM, Phase modulation)
FILT / Enhanced hamonic rejection filter
8K / Frequency range extension down to 8 kHz
VREF / Variable external reference input from 1 MHz to 250 MHz
PE / Power extension down to -90 dBm (mechanical step attenuator)
PE2 / Power extension down to -120 dBm (mechanical Step attenuator)
PE4 / Power extension down to -55 dBm (electrical step attenuator)
GPIB / GPIB Communication port
Flash / MicroSD card slot (for removable SD Memory)
1URM / 19" 1U Rackmount chassis
Rear / Move output to rear
Accessories:
Part number / Description
7144 / Protective rubber bumper
7091 / 3U Single / Dual rack mount kit, 19"
7143 / Spare power supply
7146 / External power bank
Power:
Range: -25 dBm to +24 dBm (standard)
-55 dBm to +24 dBm (with option PE4)
-90 dBm to +24 dBm (with option PE3)
-120 dBm to +18 dBm (with option PE2).
BNC / BERKELEY NUCLEONICS 865 is a top-of-the-line electronic test equipment designed to measure a variety of signals ranging from audio, video, and telecommunications to microwave and RF signals. This versatile instrument can accommodate a wide range of test applications and can generate, transmit, receive and analyze a variety of signal frequencies. The main features of this device include a frequency range of up to 35GHz, accurate signal levels, variable duty cycles and an advanced high-resolution display. BNC 865's internal modules include a signal analyzer, a signal generator, a power meter, an oscilloscope and a DLL test interface for additional external equipment. BERKELEY NUCLEONICS 865 has the ability to capture and analyze signals up to 35GHz, making it ideal for test and measurement of telecommunications devices and components including antennas. The device's signal analyzer has the capability to measure and analyze signals at a wide range of frequencies and sample rates. It features an oscilloscope with multiple screen views and the ability to measure modulation and levels. 865's signal generator module allows for precise control of frequency, amplitude, and phase. It can generate a wide range of frequencies from 5Hz to 7GHz and its power meter has a power accuracy range of plus or minus 2dB. The device also includes two isolated analog controllers for frequency and stability control. BNC / BERKELEY NUCLEONICS 865 also comes with a comprehensive test suite which includes comprehensive analysis and modeling tools. It includes a suite of diagnostic tools and provides the ability to simulate a variety of test setups. Further, built-in pattern generators and noise generators can be used in various testing scenarios. BNC 865 comes with a backlit LCD display that is combined with a keyboard for easy input control. Additionally, the device includes two built-in USB ports, allowing you to upload and download measuring data. It also offers a number of complimentary software programs, including SignalVu-PC, allowing you to access and control BERKELEY NUCLEONICS 865 remotely via a computer or mobile device. To summarize, 865 is a high-end modular test instrument that combines sophisticated signal generation and measurement capability with graphical display and advanced analysis tools. With its frequency range of up to 35GHz and a wide range of features, BNC / BERKELEY NUCLEONICS 865 offers advanced features and capabilities designed to help engineers and researchers diagnose and troubleshoot a variety of test and measurement problems.
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