PICOSOURCE PG911

The PICOSOURCE PG911 from Pico Technology is a PicoSource PG900 series USB differential pulse generator with 1GHz bandwidth and 2 analogue channels. It is based on step recovery diode (SRD) technology and produces two pulses with opposite polarity, up to 6V amplitude with 60ps rise time. This PC based fast edge pulse generator is fully compatible with USB 2.0 and 3.0 PCs It is a versatile, portable triggered differential USB pulse generator low jitter triggered differential USB pulse generator. Pulse outputs are optimized for broad spectral content (fastest transition time) to best suit spectral and time domain transmission and reflectometry measurements. An internal clock is provided for stand alone, self triggered operation and trigger input and output allow generators to source or respond to system triggers. Differential outputs ensure that the proliferation of gigabit differential interconnects and systems can all be addressed (SATA, USB3, HDMI, Ethernet).

• Integral 50 ohm SMA(f) step recovery diode outputs
• Differential with deskew, integrated 60ps pulse outputs
• Dual 2.5V to 6V variable amplitude outputs, ±1ns in 1ps steps timing deskew
• 200ns to 4μs pulse width, 1μs to 1s internal clock period
• Less than 3ps RMS jitter relative to external trigger
• -20dB, 10GHz SMA(m-f) attenuator included with step recovery diode outputs
• Output impedance of 50 ohm, SMA(f) output connector and output accuracy of ±10%
• Dimension is 190mm x 180mm x 40mm (W x D x H) and weight is 560g (instrument)
• Pollution degree 2 and IP20 rated
• Operating temperature range from +5°C to +35°C

Applications

Test & Measurement

Contenu

PicoSource PG911 pulse generator, PicoSource PG900 software disk, Storage and carry case, AC adaptor 5V DC at 2A, Universal input, USB 2.0 cable, SMA/PC3.5/2.92 wrench, Quick start guide, 10GHz 20dB SMA(m-f) attenuator (2) (fitted to SRD pulse outputs).

Avertissements

To prevent electric shock or permanent damage to signal source, do not connect an input voltage to the integrated pulse outputs or the tunnel diode pulse heads.

Remarques

Exceeding the overvoltage protection range on any connector can cause permanent damage to instrument and other connected equipment.