There are several input & output specs :
Max Input Voltage DC Level | ±500 | mV |
Max Input Voltage Signal Amplitude | ±500 | mV |
| | |
Output Voltage (main and Aux) | | |
| ±10 | V |
RF Output Max Amplitude (-PL only) | ±75 | mV | RF Output Impedance (-PL only) | 50 | Ω |
| | |
View attachment 326926
Error Input (BNC)
datasheet inputs:
This is the input for the error signal. In SIDE LOCK mode, the signal is amplified by 26 dB and summed with the DC OFFSET and DC OFFSET INPUT (back panel). In PEAK LOCK mode, the ERROR INPUT is demodulated by the dither frequency and is then amplified by 26 dB and summed with the DC OFFSET and DC OFFSET INPUT (back panel). In both modes, the amplified signal can be seen with the DC ERROR MONITOR and the AC ERROR MONITOR.
Gain Sign (two-position switch)
The lock switch has three positions. The lowest is the RAMP, which connects the internal ramp to the SERVO OUTPUT causing the laser to sweep. The amplitude of the sweep is controlled with RAMP AMP knob. In the center position (UNLOCK) the ramp is disconnected and zero volts is output to SERVO OUTPUT. In the top position (LOCK) the loop filter is engaged.
View attachment 326927
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I assume you have -PL option.
Please confirm your requirements and list below all physical and electrical functions. A block diagram would be nice.
Did you mean you have no one who can solder?
"
reduces temperature variations) rather than solder it myself."