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--- slice:dhv [2020/03/27 01:30] – [Home Button] Michael Radunsky
+++ slice:dhv [2020/03/28 01:18] – [Specifications] Michael Radunsky
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-======SLICE-DHV Dual-Channel High-Voltage Amplifier ======
+====== SLICE-DHV Dual-Channel High-Voltage Amplifier ======
+<WRAP center round box>NOTE: THIS MANUAL FOR THE SLICE-DHV IS A WORK IN PROGRESS AND IS NOT ACCURATE OR COMPLETE AS OF 27 MARCH 2020.  STAY TUNED FOR UPDATES!
+The SLICE-DHV is a low-noise, high-bandwidth voltage amplifier and DC bias.  It is designed for controlling piezoelectric crystals used for position, motion, and length control.  The output can range from 0 to 200 V and it can respond to signals up to and beyond 200 kHz.
+The SLICE-DHV features two modes of operation: small-signal/high-bandwidth and large-signal/low-bandwidth.  The SLICE-DHV can operate at a gain of one (in conjunction with a DC bias) allowing low-noise control of a ±10 V range around a nominal bias.  The other mode is a traditional Gain of 20x which gives the user access to the full 0-200 V range with a 0 to 10 V input signal.
+</WRAP>
 Model No. SLICE-DHV
@@ Line 15: / Line 22: @@
 ==== Links ====
 Click here for the [[http://www.vescent.com/manuals/doku.php?id=manuals|main manuals page]].\\
-Click here for the [[slice:quick_start_dhv|SLICE-DHVQuick Start Guide]].\\
+Click here for the [[slice:quick_start_dhv|SLICE-DHV Quick Start Guide]].\\
-Click here for the [[slice:dhvAPI|SLICE-Dhv API]].\\
+Click here for the [[slice:dhvAPI|SLICE-DHV API]].\\
 Click here for the [[https://www.vescent.com/products/electronics/slice/slice-hva-high-voltage-amplifier/|SLICE-DHV web page]].\\
 Click here for the [[https://github.com/Vescent|Github page for SLICE-DHV GUI]]\\
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 | Control                                                              |  Touch Screen, GUI, Serial commands     |
 | Output Voltage Range  |  0-200 V  |
-| Operation Modes                                                      |  Low-gain/High-bandwidth((±10 V modulation around nominal set point)) \\ High-gain/Low-bandwidth((full-scale modulation))  |
+| Operation Modes                                                      |  High-bandwidth (low-gain)((±10 V modulation around nominal set point)) \\ Low-bandwidth (high-gain)((Full-scale modulation))  |
 ^  Gain  ^^
-|  Low\\ High  |  1 V/V \\ 20 V/V  |
+|  High-bandwidth Mode \\ Low-bandwidth Mode  |  1 V/V \\ 20 V/V  |
 ^  Bandwidth  ^^
-|  High \\ Low  |  >200 kHz((depends on capacitance of load, see <tabref bandwidth>))\\  >10 Hz  |
+|  High-bandwidth Mode \\ Low-bandwidth Mode  |  >200 kHz((Depends on capacitance of load, see <tabref bandwidth>))\\  >10 Hz  |
 | Current Capacity  |  ±90 mA  |
-| Voltage Noise  |  150 µV((rms, integrated from 100 kHz to 1 Hz))  |
+| Voltage Noise  |  150 µV((RMS, integrated from 100 kHz to 1 Hz))  |
 | Accuracy  |  <2%  |
 | Drift  |  0.2 mV/°C  |