iRTP Pockels cell
Raicol's new iRTP Pockels Cell is the first product that brings the advantages of RTP to the EO mass market.
iRTP is a modified version of Raicol's RTP, designed specifically for industrial laser applications. It is ideal for applications that require advanced characteristics.Technical Data
Features:
- Simple alignment – iRTP Pockels Cell requires only 1D alignment to reach optimum extinction ratio.
- Environmental stability- iRTP Pockels Cell is a non-hygroscopic material with a temperature compensation design that allows it to function in non-controlled environments with a variety of temperatures and humidity levels.
- Mechanical robustness and stability – iRTP’s requirement for only 1D alignment means that the iRTP’s package and mount have a simple and more mechanically stable design. The working parameters do not change throughout the laser’s lifetime, or during temperature changes, hence, requires little to no calibration over time..
- High repetition rate – iRTP Pockels Cell supports a repetition rate up to 350 kHz.
- High damage threshold – iRTPs high damage threshold enables its use for high power lasers.
- Standard Pockels cell assembly – iRTP is an off-the-shelf product with standard industry EO cell specifications.
- A simpler laser designs
- Improved stability – as a result of the Pockels Cell’s improved thermal stability, there is no need for thermal
- Less parts – iRTP Pockels Cell doesn’t require an oven or complex 4-axis mount.
- Smaller module footprint – due to less peripherals.
- Pockels cell adjustment – iRTP requires single dimension alignment, which allows a much simpler and faster alignment process, with a better extinction ratio.
Specifications
iRTP Parameters
iRTP 6 / iRTP 8 / iRTP 10
Aperture
6x6mm /8x8 mm / 10x10 mm
Capacitance
<6pf
Quarter wave voltage (1064@)
3.3 KV
Optical Transmission
>99%
ER (1064@)
≥27 dB
Damage Threshold
Typically, > 1GW / CM2
Alignment access
1 axis alignment
Housing Dimensions
Round: θ 35nm, Length 35nm (there is 1" design)
Square: 35mmx35nmx35nm
Rise Time
<1ns
Thermal Stability
10-50 Deg.