Sydor 6 kV Kicker Pulser
Ultra-Fast Deflection. Clean Pulses. Built-In Monitoring.
Developed for synchrotrons and XFELs using septa and kicker magnets, the Sydor 6 kV Kicker Pulser delivers symmetrical square pulses with minimal pre/post-pulse noise, nanosecond transitions, and integrated health monitoring for predictable maintenance.
Key Benefits
- Adjustable Bipolar Amplitude Control
Supports tunable high voltage amplitudes from 1 kV to 6 kV for multi-modal experiment set-ups or ramped start-up sequencing. - Adjustable Pulse Width Control
Supports tunable flat-top pulse durations in 100 ps steps to match precise calibration requirements. - Stable Waveform with Minimal Ringing
Optimized pulse edges reduce overshoot and settling time into repeatable flattops for consistent gating. - Fast Rise/Fall Times
Delivers sharp ns scale transitions for advanced timing precision. - Integrated Fault Protection
Detects intermittent opens, shorts, and arc faults to trigger protection measures and prevent damage to connected hardware. - Robust Operation
Health monitoring allows transparent maintenance tracking. Redundant design withstands damaging events without altering performance, ensuring continued operation in systems where up-time is critical. - Precision Co-timing and Stability
Pulse architecture produces two identical and co-timed opposite polarity pulses to ensure matched kicker gating and stability.
Mission-Ready Configuration
Delivered as a fully integrated HV pulser unit with adjustable pulse width, high-voltage connectors, and internal fault protection. Designed for plug-and-play deployment into beamline or laboratory timing systems. Operational control available through standard interfaces; optimized for long-term reliability in high-throughput environments.
| Performance Specifications | |
|---|---|
| Output Voltage | Adjustable positive and negative polarity from +/- 1 kV to +/- 7 kV into 25 Ω |
| Pulse duration | Adjustable pulse width in 0.1 ns steps |
| Risetime | ≦ 7 ns (10 – 90 %) |
| Fall time | ≦ 7 ns (10 – 90 %) |
| Repetition rate | Single shot to 1 Hz |
Applications
Resources
Datasheet