- Advanced delay and width accuracy over the 81110A due to it's PLL
oscillator (not triggerable)
- Large segmentable 64 kbit memory
- Counted loop
- Sequenced PRBS
- Flexibility for serial data requirements such as data
communication messages and initialization routines
Dual channels can be EXORed, i.e. added internally
- Four combined independent timing eyes which allow pulses with
almost arbitrary shapes in a single signal
- 400/660 MHz single- or dual-channel pulse data generator
- 400 MHz, 3.8 V, 50 Ω into 50 Ω (81131A) OR
- 660 MHz, 2.5 V, 50 Ω into 50 Ω (81132A)
- Pulse, burst, pattern modes selectable
- Precision timing model and sequenced PRBS capability
- EXOR channel addition
- SMA(f) 3.5 mm : Differential
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Agilent 81130A Shown
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The Agilent 81130A with one or two Agilent 81131A output modules is a 400
MHz precision single/dual-channel Pulse Data Generator. With one or two
or Agilent 81132A output modules, the Agilent 81130A even becomes a
precision 600 MHz/1.32 Gbps single/dual-channel Pulse Date Generator.
Depending on the output module type, the pulse transitions are
selectable (800 ps or 1.6 ns, 81131A) or fixed at 500 ps (81132A). The
source impedance is 50 Ohm, the output voltage into 50 Ohm is up to 3.8
Vpp (81131A) and 2.5 Vpp (81132A) respectively.
Note: Each Agilent 81130A 400 MHz single-/dual-channel Pulse Pattern
Generator requires one/two of the output channels Agilent 81131A (400
MHz, 3.8 V, 50 Ohm into 50 Ohm).
Each Agilent 81130A 660 MHz single-/dual-channel Pulse Pattern Generator
requires one/two of the output channels Agilent 81132A (660 MHz, 2.5 V,
50 Ohm into 50 Ohm).
the 81130, 81131A and 81132A output channels can not be combined in one
and the same 81130A! |