company logo Picotest G5100AGC
50MHz Waveform Generator
with Built-in GPIB
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Picotest G5100AGC
50MHz Waveform Generator
with Built-in GPIB


Picotest G5100AGC
Click image to enlarge

 Picotest G5100AGC

  Features
  • 50 MHz Sine, 25 MHz Square & 10 MHz arbitrary Waveforms
  • 14-bit, 125 MSa/s, 256 K-point Arbitrary Waveform
  • Pulse, Ramp, Triangle, Noise & DC Waveforms
  • Linear & Logarithmic Sweeps & Burst Operation
  • AM, FM, PM (PSK), FSK & PWM Modulation Types
  • Amplitude Range, 20 mVpp to 20 Vpp into Open Circuit
  • Remote Control via USB, LAN or Opt. GPIB
  • Graph Mode for Visual Verification of Signal Settings
  • 16-bit Data Output via Pattern Out
  • Free Waveform Editor Software Wavepatt®
  • User Friendly Operation


  Description

The Picotest G5100A 50MHz Function / Arbitrary Waveform Generator can create stable, precise, clean and low distortion sine waves by using DDS (Direct Digital Synthesis) Technology. With fast rise and fall times up to 25 MHz for square waves and 200KHz for linear ramp waves , the G5100A also can reach users demand on waveforms. It can also can generate variable-edge-time pulses up to 10MHz. With variable period, pulse width and amplitude the G5100A is perfectly suited to applications requiring a flexible pulse signal.

If an unique Waveform is needed, the G5100-A can generate variable-edge-time pulses up to 10MHz. With variable period, pulse width and amplitude the G5100A is perfectly suited to applications requiring a flexible pulse signal.

Included in the purchase, Picotest Waveform Editor Software Wavepatt allows users to create, edit and download complex waveforms. In addition, users can retrieve waveforms from Agilent Oscilloscope MSO 8104 by using the Wavepatt Software. A User can use Wavepatt to create and store 16-bit data in G5100A. The data can be transmitted via Pattern Out from G5100A rear panel as source for control.

The front-panel operation of G5100A is simple and user friendly. Users can enter all functions with a single key or two, and use knob or numeric keypad to adjust frequency, amplitude, offset and other parameters. Otherwise, users can also directly input voltage values in Vpp, Vrms, dBm or high & low levels. Timing parameters can be entered in Hertz (Hz) or second.

Users can easily use the following functions.

  • Internal modulations of AM, FM, PM (PSK), FSK & PWM for waveform adjustment.
  • Built-in linear and logarithmic sweeps from 1ms to 500s.
  • The burst mode has a selectable number of cycles per period of time.
  • Using remote control via USB, LAN or Opt. GPIB interface.
  • The programmability by SCPI commands under the remote control connection.
  • Precise phase adjustments and calibrations can be done from the front panel or via a PC.

The G5100A external frequency reference allows users synchronizing to an external 10 MHz clock, to another G5100A, or any other unit which can support 10-MHz-frequency-input function


  Models, Options, & Accessories


Model Description List Price Sale Price
G5100AGC G5100A with Built-in GPIB
$1295.00 
G5100A Function/Arbitrary Waveform Generator
$1200.00 
Model Accessories List Price Sale Price
G5100-W3 G5100A 3 Year Warranty
$75.00 


  System Specification

Display Graph mode for visual verification of signal settings
Capability Standard waveforms Sine, Square, Ramp, Triangle, Pulse, Noise, DC
Built-in Arbitrary Exponential Rise and Fall, Negative Ramp, Sin(x)/x, Cardiac
Waveform Characteristics
Sine Frequency 1 µHz to 50 MHz
Amplitude Flatness (Relative to 1KHz) 0.1dB(<100KHz)
0.15dB(<5MHz)
0.3dB(<20MHz)
0.5dB(<50MHz)
Harmonic Distortion: (Unit: dBc) DC to 20 KHz -70 (< 1Vpp) -70 (= 1Vpp)
20 KHz to 100 KHz -65 (< 1Vpp) -60 (= 1Vpp)
100 KHz to 1 MHz -50 (< 1Vpp) -45 (= 1Vpp)
1 MHz to 20 MHz -40 (< 1Vpp) -35(= 1Vpp)
20 MHz to 50 MHz -35 (< 1Vpp) -30(= 1Vpp)
Total Harmonic Distortion DC to 20KHz, Output = 0.5 Vpp THD+N = 0.06%
Spurious (non-harmonic) DC to 1 MHz -70 dBc
1 MHz to 50 MHz
-70 dBc + 6 dB/Octave
Phase Noise (10K Offset) -115/dBC/Hz, Typical When F = 1MHz, V = 0.1 Vpp
Square Frequency 1 µHz to 25 MHz
Rise/Fall Time < 10ns
Overshoot < 2%
Variable Duty Cycle 20% to 80% (to 10 MHz)
40% to 60% (to 25 MHz)
Asymmetry 1% of period + 5ns (@ 50% duty)
Jitter (RMS) 200 ps When F = 1MHz, V = 0.1 Vpp
Ramp, Triangle Frequency 1 µHz to 200 KHz
Linearity < 0.1% of peak output
Symmetry 0.0% ~ 100.0%
Pulse Frequency 500 µHz to 10 MHz
Pulse width < 10ns
10 ns res. (Period = 10s)
Variable Duty Cycle < 10 ns res. (period)
Overshoot 20% to 80% (to 10 MHz)
Asymmetry 1% of period + 5ns (@ 50% duty)
Jitter (RMS) 200 ps 20When F = 1MHz, V = 0.1 Vpp
Noise Bandwidth 20 MHz Typical
Arbitrary Frequency 1 µHz to 10 MHz
Length 2 to 256K
Resolution 14 bits (including sign)
Sample Rate 125 MSa/s
Min Rise/Fall Time 30ns typical
Linearity <0.1% of peak output
Settling Time <250ns to 0.5% of final value
Jitter (RMS) 6ns + 30ppm
Non-Volatile Memory 4 waveforms * 256K Points



 

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