High-Voltage Bipolar Microsecond Pulser – Sky Blue Microsystems GmbH

EHT BMP Bipolar Microsecond Pulser | High-Voltage Square Pulses | Fast Rise Times | Bio-med Electroporator

The EHT Bipolar Microsecond Pulser (BMP) allows researchers and businesses to ablate cancerous cells, rapidly develop new cancer therapies and develop vaccines and other treatments.

The BMP produces high-voltage square pulses with fast rise times. The system is well suited to biomedical applications including reversible and irreversible electroporation. It is also used for Resonant Circuit Driving and Electromagnetic Coil Driving.

See also the link to Bilevel/Dual-Channel Pulse Generator

Reversible and Irreversible Electroporation

The EHT Bipolar Microsecond Pulser generates waveforms are suitable for biomedical electroporation. The BMP pulse shapes conform to IRE/H-FIRE electroporation requirements:

Eagle Harbor Technologies High-Voltage Bipolar Microsecond Pulser IRE and H-FIRE parameters.
High-Voltage Bipolar Microsecond Pulser: IRE and H-FIRE parameters. 

EHT BMP Description and Features 

The EHT BiPolar Microsecond Pulser comes with a control interface that makes it easy to program. Adding an external capacitor bank allows for long pulses or high pulse repetition frequencies to limit the droop. 

The internal Ethernet controller gives users precision control of pulses, bursts, and dwell times through a simple graphical user interface.

Values may not be simultaneous maximums:

The non-binding price range of the base BMP is approximately US$40,000. This is for the switching module only and does not include a DC power supply, external capacitor bank, or other modifications. Please request a binding quote for your solution.

Product Data

Eagle Harbor Technologies High-Voltage Bipolar Microsecond Pulser supports Max output voltage: ±3 kV bipolar, 300 A Peak current, 500 ns - DC Pulse width, 1.3 kHz continuous and 10 kHz burst Max pulse repetition frequency.
High-Voltage Bipolar Microsecond Pulser with Max output voltage: ±3 kV (bipolar) and Peak current: 300 A.
Eagle Harbor Technologies High-Voltage Bipolar Microsecond Pulser waveform showing Output voltage measured across a 70 Ω load, 3 kV charge, 1 µs pulse width for both the positive and negative pulse, 100 ns dwell between pulses.
High-Voltage Bipolar Microsecond Pulser waveform: Output voltage measured across a 70 Ω load, 3 kV charge, 1 µs pulse width for both the positive and negative pulse, 100 ns dwell between pulses.
Eagle Harbor Technologies High-Voltage Bipolar Microsecond Pulser waveform showing Output voltage measured across a 70 Ω load, 3 kV charge, 1 µs pulse width for both the positive and negative pulse, 1 µs dwell between pulses.
High-Voltage Bipolar Microsecond Pulser waveform: Output voltage measured across a 70 Ω load, 3 kV charge, 1 µs pulse width for both the positive and negative pulse, 1 µs dwell between pulses.
Eagle Harbor Technologies High-Voltage Bipolar Microsecond Pulser waveform showing Output voltage measured across a 70 Ω load, 3 kV charge, 1 µs pulse width for both the positive and negative pulse, 100 ns dwell between pulses, 2 pulses at 10 kHz PRF.
High-Voltage Bipolar Microsecond Pulser waveform: Output voltage measured across a 70 Ω load, 3 kV charge, 1 µs pulse width for both the positive and negative pulse, 100 ns dwell between pulses, 2 pulses at 10 kHz PRF.