| Both sides previous revisionPrevious revision | Next revisionBoth sides next revision |
| ice:servo-opls [2016/07/22 18:07] – [Calculating Phase Noise] Michael Radunsky | ice:servo-opls [2019/11/18 23:27] – [Specifications] Michael Radunsky |
|---|
| ^ ^ ICE-CP1-200 ^ ICE-CP1-500 ^ Units ^ | ^ ^ ICE-CP1-200 ^ ICE-CP1-500 ^ Units ^ |
| ^ Current Source ^ ^ ^ ^ | ^ Current Source ^ ^ ^ ^ |
| |<html> </html>Current range| 0-200 | 0-500 | mA | | |Current range| 0-200 | 0-500 | mA | |
| |<html> </html>Current setpoint resolution | 200 | 500 | μA | | |Current setpoint resolution | 200 | 500 | μA | |
| |<html> </html>Current noise density((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <100 | <200 | pA / <HTML> √<span style="text-decoration: overline;">Hz</span> </HTML> | | |Current noise density((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <100 | <200 | pA / <HTML> √Hz </HTML> | |
| |<html> </html>RMS Noise (10Hz - 100kHz)((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <50 | <100 | nA | | |RMS Noise (10Hz - 100kHz)((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <50 | <100 | nA | |
| |<html> </html>RMS Noise (10Hz - 1MHz)((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <100 | <150 | nA | | |RMS Noise (10Hz - 1MHz)((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <100 | <150 | nA | |
| |<html> </html>RMS Noise (10Hz - 10MHz)((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <300 | <500 | nA | | |RMS Noise (10Hz - 10MHz)((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <300 | <500 | nA | |
| |<html> </html>Absolute accuracy| 2 || % | | |Absolute accuracy| 2 || % | |
| ^ Offset Phase Lock Servo Input Signal^ ^^ ^ | ^ Offset Phase Lock Servo Input Signal^ ^^ ^ |
| |<html> </html>Min Offset Frequency | 250 || MHz | | |Min Offset Frequency | 250 || MHz | |
| |<html> </html>Max Offset Frequency | Min: 9, Typical: 10(( Maximum Offset Frequency depends on power of input beat-note signal.)) || GHz | | |Max Offset Frequency | Min: 9, Typical: 10(( Maximum Offset Frequency depends on power of input beat-note signal.)) || GHz | |
| |<html> </html> Max Electronic Beat-Note Input \\ <html> </html><html> </html>(ICE-CP1-SMA)| 10 || dBm | | |Max Electronic Beat-Note Input \\ (ICE-CP1-SMA)| 10 || dBm | |
| |<html> </html> Min Electronic Beat-Note Input \\ <html> </html><html> </html>(ICE-CP1-SMA)| -10 || dBm | | |Min Electronic Beat-Note Input \\ (ICE-CP1-SMA)| -10 || dBm | |
| |<html> </html> Min Electronic Beat-Note S/N \\ <html> </html><html> </html>(ICE-CP1-SMA)| >50 || dB | | |Min Electronic Beat-Note S/N \\ (ICE-CP1-SMA)| >50 || dB | |
| |<html> </html> Max Optical Beat-Note Input \\ <html> </html><html> </html>(ICE-CP1-FC)| 1 || mW | | |Max Optical Beat-Note Input \\ (ICE-CP1-FC)| 1 || mW | |
| |<html> </html> Min Optical Beat-Note Input \\ <html> </html><html> </html>(ICE-CP1-FC)((Approximate value as exact value depends on wavelength of the light and spatial overlap between the lasers.))| 50 || μW | | |Min Optical Beat-Note Input \\ (ICE-CP1-FC)((Approximate value as exact value depends on wavelength of the light and spatial overlap between the lasers.))| 50 || μW | |
| |<html> </html> Front-panel Input Connection\\ <html> </html><html> </html>(ICE-CP1-FC)((ICE-CP1-FC is shipped with an FC to SC multimode patch cord))| SC || | | |Front-panel Input Connection\\ (ICE-CP1-FC)((ICE-CP1-FC is shipped with an FC to SC multimode patch cord))| SC || | |
| |<html> </html> Front-panel Input Connection\\ <html> </html><html> </html>(ICE-CP1-SMA)| SMA || | | |Front-panel Input Connection\\ (ICE-CP1-SMA)| SMA || | |
| ^ Offset Phase Lock Servo Performance^ ^^ ^ | ^ Offset Phase Lock Servo Performance^ ^^ ^ |
| |<html> </html>Bandwidth((May be limited by the bandwidth of the laser being servoed))| 1.5 || MHz | | |Bandwidth((May be limited by the bandwidth of the laser being servoed))| 1.5 || MHz | |
| |<html> </html> Interval reference frequency drift | +/-20 || ppm | | |Interval reference frequency drift | +/-20 || ppm | |
| |<html> </html> PFD Noise(( See [[#calculating_phase_noise|Calculating Phase Noise section]] for a full description))| -213 || dBc/Hz | | |PFD Noise(( See [[#calculating_phase_noise|Calculating Phase Noise section]] for a full description))| -213 || dBc/Hz | |
| ^ Loop Filter Parameters ^ ^^ ^ | ^ Loop Filter Parameters ^ ^^ ^ |
| |<html> </html>Proportional Gain | -72 -- 0 || dB | | |Proportional Gain | -72 -- 0 || dB | |
| |<html> </html>Proportional Gain Resolution | 2 || dB | | |Proportional Gain Resolution | 2 || dB | |
| |<html> </html>Integrator| 3, 10, 30, 100, 300 || kHz | | |Integrator| 3, 10, 30, 100, 300 || kHz | |
| |<html> </html>Differential | Off, 10, 30, 100, 300 || kHz | | |Differential | Off, 10, 30, 100, 300 || kHz | |
| |<html> </html>Differential Gain | 18 || dB | | |Differential Gain | 18 || dB | |
| |
| ^Electrical Specifications^^^^^ | ^Electrical Specifications^^^^^ |
