PulseBlasterESR -- The high speed, high-performance version of the PulseBlaster - versatile 24 channel pulse/pattern/word generator operating at clock speeds of up to 200 MHz. At 200 MHz, the PulseBlasterESR is capable of generating pulses/delays/intervals down to 25 ns per instruction.

PulseBlasterESR-PRO -- At 400 MHz, the PulseBlasterESR-PRO is capable of generating pulses/delays/intervals ranging from 2.5 ns to 10 s per instruction, with a constant resolution of 2.5 ns.

PulseBlasterESR-PRO-II -- This special, high-speed design operates with a single-clock instruction time, allowing to output data at full clock speed. The design is ideal for applications requiring both short pulses and short gaps between pulses. Customized versions of this design are available.

PulseBlaster-cPCI -- The Compact-PCI version of the PulseBlaster, PulseBlasterESR, and PulseBlasterESR-PRO product lines. PBESR-cPCI is a high speed, high-perfromance, versatile, 24-channel digital pulse, pattern, word generator operating at clock frequencies of up to 250 MHz. At 250 MHz, the PBESR-PRO-cPCI is capable of generating pulses/delays/intervals ranging from 4 ns to 1.07 s per instruction, with a constant resolution of 4.0 ns. The output lines are impedance matched to 50 ohms.
 

PulseBlasterDDS -- The PulseBlasterDDS builds on the high performance pulse pattern generator by adding RF analog outputs in addition to digital which can be controlled by the same PulseBlaster core which drives the digital outputs.

PulseBlasterDDS-III-100 -- Up to 3 RF output channels are available for agile pulse generation that is fully synchronized with the digital outputs since the RF output gating, frequency, and phase selection are all controlled by the pulse program. With DAC frequencies up to 100MHz, the PBDDS is ideally suited to provide excitation signals for applications such as NMR/NQR.

In typical system applications, one output can drive the transmitter and two other outputs can be configured to provide two orthogonal RF reference channels for quadrature detection of NMR/NQR signals. To adjust for propagation delays, the phase of the two orthogonal reference channels can be adjusted with 12-bit precision (0.09° degree). The two orthogonal outputs can also be utilized for Single-Side-Band (SSB) up-conversion to high frequencies.
 

PulseBlasterDDS-I-300 USB -- Equipped with one high frequency RF output channel available for agile pulse generation that is fully synchronized with the digital output. DAC frequencies up to 300MHz. USB and PCI versions available.