Tempest is a compact pulsed Nd:YAG laser system delivering maximum performance in a compact, inexpensive platform. Designed with scientific applications in mind, the Tempest is easy to use and readily adaptable to specific requirements. It's proven resonator design is robust and provides superior beam pointing and energy stability with minimum beam divergence.

With four available output beam wavelenghts and a wide range of repetition rates (with single-shot, burst and continuous operating modes), the Tempest provides a complete solution for many applications.

Features and Benefits

Compactness

	Compact head configuration minimizes optical bench space requirement and simplifies OEM package design. Optional "Narrow Body" laser head (not shown) further minimizes footprint.
	Compact power supply fits under optical bench or wherever convenient.
	Pulse energy per unit volume is highest in the industry.

Ease of Use

	Remote control panel with 10 ft. (3 m) umbilical allows control of all laser functions from a convenient location.
	Single-phase, 110/220 VAC power and self-contained cooling system simplify set up and operation.
	Intuitive controls and ergonomic design simplify operation and maintenance, increasing user productivity.

Reliable Operation

	Thermally compensated, three-rod Invar resonator assures stable operation.
	Minimal maintenance is required.
	Field-proven reliability permits users to concentrate on their applications, rather than on system upkeep.

Exceptional Performance

	Superior, proven design provides stable, high-energy output with excellent beam quality and pulse-to-pulse stability.
	Diffuse reflector pump chamber configuration provides low thermal loading, good beam quality and long flashlamp life.
	Compact resonator design provides excellent beam-pointing and energy stability.
	Predictable high performance ensures that your work gets done faster.

Application Flexibility

	Repetition rates to 30 Hz and optional field-installable harmonics facililtate matching the output beam to specific requirements.
	Multiple triggering options provide user with comprehensive control of the experiment.
	Ergonomic design assures safe operation, speeds learning and simplifies implementation as experiments change.

Options

	Harmonics are available to produce outputbeams at wavelengths from infrared to ultraviolet.
	Motor-controlled half-wave plate and polarizer combine to attenuate the energy without affecting beam characteristics. The graph below shows transmitted energy as a function of the attenuator reading (Tempest 10, 20 & 30 only).

System Operation

Tempest is easy to install and easy to operate. The laser requires no external cooling water, and it operates on single-phase 110/220 VAC power. A power supply-mounted key switch provides basic electrical control of Tempest. Once in the "on" position, all system functions are activated. The control panel, which can be located as far as 10 ft. (3m) from the power supply, provides complete system control. Included on the control panel is a trigger control to select single-shot, fixed, variable or external TTL-triggered operation. A potentiometer controls the repetition rate, variable up to the maximum for the model.

The laser features synchronization options, with I/O BNCs located on the rear of the power supply. The external fire sequence is initiated by sending a TTL pulse to trigger the flashlamp. The Q-switch can be fired internally or by a second TTL pulse, providing precise control of the laser pulse. Outputs for the lamp and Q-switch provide TTL pulses to trigger interfacing equipment.

The configuration of Tempest is very flexible requiring simple changes to switch from fundamental to optional harmonic wavelengths. The optional attenuator provides variable energy without affecting beam characteristics. Ergonomic design makes Tempest easy to set up and easy to operate.

Specifications

Dimensions¹

Attenuator Reading

Operating Requirements

Temperature

Micromachining