Fluke 6062A

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The Fluke 6060 Series is a family of fully programmable, synthesized signal generators covering 10 kHz to 2100 MHz.

The 6062A spans 100 kHz to 2100 MHz in 20 Hz steps (10 Hz steps below 1050 MHz). Specified amplitude accuracy is ±1.5 dB from -127 dBm to +13 dBm. Like the lower frequency models in the series, it has amplitude and frequency modulation. The 6062A also has phase modulation and fast-rise pulse modulation.

Microprocessor technology gives the 6060 Series sophisticated operator functions including keyboard parameter entry, bright-digit editing, increment step function, memory store and recall, relative amplitude, and relative frequency.

The gallium arsenide pulse modulator of the 6062A generates fast, high quality pulses for testing of pulsed communication and navigation circuits. It uses a design that can generate very narrow pulses, limited only by the 15 ns rise and fall time of the modulator.

• Frequency: 0.1 to 2100 MHz
• Frequency resolution: 10 Hz, to 1050 MHz; 20 Hz, from 1050 to 2100 MHz
• Amplitude range: -137 to +16 dBm (+16 dBm peak on AM) to 1050 MHz, to +13 dBm (+13 dBm peak on AM) above 1050 MHz. Overrange to +17 dBm, underrange to -147 dBm
• 0.1 dB amplitude resolution
• Output impedance: 150 Ω, nominal
• Output VSWR: <1.5:1 for amplitude <+1 dBm, <2.0:1 for amplitude >+1 dBm
• Amplitude switching speed: <100 ms typical
• Phase modulation
• Fast-rise pulse modulation
• AC/DC coupled AM
• 400 kHz deviation on 1050 to 2100 MHz range
• Reverse power protection
• Non-volatile memory
• Relative frequency and amplitude modes
• IEEE-488 standard
• Low SSB phase noise: -123 dBc/Hz typical, at 20 kHz offset from 500 MHz carrier
• Low residual FM: 12 Hz rms at 1000 MHz
• Internal reference oscillator frequency: 10 MHz
• External reference input frequency: 1, 2, 2.5, 5, 10 MHz
• External reference input level: Input 3 to 4 Vp-p, sinewave or squarewave
• Harmonics
  • +13 to +16 dBm amplitude: -25 dBc
  • >+13 dBm amplitude: -25 dBc at 0.1 to 1 MHz, -30 dBc at >1 MHz
• Subharmonics
  • None below 1050 MHz
  • 1050 to 2100 MHz: -45 dBc
• Non-harmonic spurious
  • 1 to 1050 MHz: -60 dBc
  • 1050 to 2100 MHz: -54 dBc
• Residual FM in 0.3 to 3 kHz BW
  • Below 245 MHz: 8 Hz rms typical
  • 245 to 512 MHz: 4 Hz rms typical
  • 512 to 1050 MHz: 8 Hz rms typical
  • 1050 to 2100 MHz: 16 Hz rms typical
• Residual FM in 0.05 to 15 kHz BW
  • Below 245 MHz: 12 Hz rms typical
  • 245 to 512 MHz: 6 Hz rms typical
  • 512 to 1050 MHz: 12 Hz rms typical
  • 1050 to 2100 MHz: 24 Hz rms typical
• Residual FM CCITT
  • Below 245 MHz: 7 Hz rms typical
  • 245 to 512 MHz: 3.5 Hz rms typical
  • 512 to 1050 MHz: 7 Hz rms typical
  • 1050 to 2100 MHz: 14 Hz rms typical
• Residual AM in 0.05 to 15 kHz BW: <0.1% rms (-60 dBc)