Choose the optical mode and operating band first, then review mechanical fit, polarization, electrical control and the acceptable input-power range. A booster and a preamplifier need different noise and gain acceptance criteria.
Configuration options
| Configuration | Optical wavelength range | Output power | Noise figure |
|---|---|---|---|
| Standard booster | 1525 to 1590 nm | ≤19 dBm | ≤5.5 dB |
| Standard preamplifier | 1525 to 1590 nm | ≤19 dBm | ≤3.7 dB |
| Gain-flat booster | 1525 to 1575 nm | ≤15 dBm | ≤5.5 dB |
| Gain-flat preamplifier | 1525 to 1575 nm | ≤15 dBm | ≤4.2 dB |
Technical details
- Operating bandwidth
- Standard booster, Standard preamplifier: Typ. 34 nm; Gain-flat booster, Gain-flat preamplifier: ≤34 nm
- Small-signal gain
- Standard preamplifier: >38 dB
- Control modes
- ACC, APC, AGC
- Dimensions, length x width x height
- 70 mm x 45 mm x 12 mm
- Per-channel gain at -25 dBm input
- Gain-flat preamplifier: >35 dB
- Gain flatness
- Gain-flat booster, Gain-flat preamplifier: <1.5 dB
Integration and delivery
- Integration
- Embedded electronics; PM or non-PM optical options
- Electrical and optical interfaces
- RS232 or RS485 and connectors depend on the selected module; confirm pinout and optical delivery
Conditions and configuration notes
- The selected operating band is narrower than the overall family wavelength coverage; the bandwidth entry describes the individual configuration.
- ACC: automatic current control; APC: automatic power control; AGC: automatic gain control.
Applications to discuss
- Optical instrument integration
- Optical sensor amplification
Specify your configuration
Precisometer supports selection and integration. Contact us for a quotation against an agreed configuration.
- Target wavelength or passband and input/output power
- Gain, noise, timing and polarization requirements
- Optical connections, control interface and installation conditions
Local technical draft · configuration and final specifications require confirmation.