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| ice:servo-peaklock [2015/04/21 19:48] – Formatting tweaks 96.88.71.81 | ice:servo-peaklock [2019/12/20 18:17] – [Specifications] Michael Radunsky |
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| Please read [[:limited_warranty|Limited Warranty]] and [[:warnings_cautions|General Warnings and Cautions]] prior to operating the ICE-CS1. | Please read [[:limited_warranty|Limited Warranty]] and [[:warnings_cautions|General Warnings and Cautions]] prior to operating the ICE-CS1. |
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| | [[http://www.vescent.com/products/electronics/icetm-integrated-control-electronics/ice-cs1-current-control-and-frequency-servo-board/|ICE-CS1 web page.]] |
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| ===== Description ===== | ===== Description ===== |
| |<html> </html>Current range| 0-200 | 0-500 | mA | | |<html> </html>Current range| 0-200 | 0-500 | mA | |
| |<html> </html>Current setpoint resolution | 200 | 500 | μA | | |<html> </html>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> | | |<html> </html>Current noise density((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <100 | <200 | pA /√Hz | |
| |<html> </html>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 - 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 | | |<html> </html>RMS Noise (10Hz - 1MHz)((All measurements guaranteed on design and verified experimentally on D2-105 which uses same circuit.))| <100 | <150 | nA | |
| ^ Peak Lock Servo ^ ^^ ^ | ^ Peak Lock Servo ^ ^^ ^ |
| |<html> </html>Bandwidth((Calculated based on RF dither frequency of 4 MHz which limits servo bandwidth))| 3 || MHz | | |<html> </html>Bandwidth((Calculated based on RF dither frequency of 4 MHz which limits servo bandwidth))| 3 || MHz | |
| |<html> </html>Input Impedance | 50 || Ω | | |<html> </html>Input Voltage Range | ±1 || V | |
| |<html> </html>Dither Frequency | 4 || MHz | | |<html> </html>Dither Frequency | 4 || MHz | |
| |<html> </html>Phase Shift Resolution | 5.6 || deg | | |<html> </html>Phase Shift Resolution | 5.6 || deg | |
| |<html> </html>Input Voltage Noise(( Referenced to 50Ω load)) | TBD || nV/ <HTML> √<span style="text-decoration: overline;">Hz</span> </HTML> | | |<html> </html>Input Voltage Noise(( Referenced to 50Ω load)) | TBD || nV/√Hz | |
| ^ Loop Filter Parameters ^ ^^ ^ | ^ Loop Filter Parameters ^ ^^ ^ |
| |<html> </html>Proportional Gain (ref to DC Error) | -22 to +20 || dB | | |<html> </html>Proportional Gain (ref to DC Error) | -22 to +20 || dB | |
