Differences

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--- piezo_manual [2020/12/17 13:43] – [Calibration] chrisd
+++ piezo_manual [2026/08/31 16:33] (current) – [Disabling Strain Gauge Calibration on Startup] fix link brandon
@@ Line 1: / Line 1: @@
-====== ASIs Drive Electronics( TGADEPT / ADEPT ) for Piezo Top-Plate ======
+====== TGADEPT & ADEPT: Drive Electronics for Piezo Top-Plate ======
 [{{ adept_manual_1_.jpg?direct&300 |ADEPT Card}}]
@@ Line 64: / Line 64: @@
  By Default every time a piezo controller is turned on, it checks the Strain Gauge Offset(by running the same test PZINFO does to determine if the Strain Gauge offset is "OK" or "BAD"). If necessary, it performs the auto calibration routine. **Changes in the sample weight, room temperature and piezo age require strain gauge calibration.**
-If the user would like to disable this feature, issue the serial command [[commands:customa#z_o|CCA Z=15]] followed by [[commands:saveset|SS Z]].
+If the user would like to disable this feature, issue the serial command [[commands:customa#z_parameter|CCA Z=15]] followed by [[commands:saveset|SS Z]].
 ===== Fast Slow Mode =====
@@ Line 91: / Line 91: @@
 |Piezo Travel Range (+- 5%)						|150 um	|300 um	|500 um|
 |Piezo smallest move/resolution †				|2.2 nm	|4.5 nm	|7.6 nm|
-|Maximum Load for full range travel in Kilogram	|1 Kg	|||
+|Maximum Load for full range travel	|1 Kg	|||
 |Modes Capable									|Fast and Slow Mode	|Slow mode only	||
 |External Analog  input(BNC)					|0 to 10 Volts |||
-†This is with Piezo Drive cards’s 16Bit DAC. User may improve this thru a high resolution signal generator, and the system operating in external input mode.
+†This is with Piezo Drive cards’s 16Bit DAC. User may improve this through a high resolution signal generator, and the system operating in external input mode.
 ==== Transient Response ====
@@ Line 107: / Line 107: @@
 ==== Frequency Response ====
-In this test a sine wave of 2 Volt peak to peak and 5Vrms of varying frequency is applied thru external input and the response of the top-plate was interpreted on sensor out is observed and its amplitude is recorded. This is used to determine what the maximum possible input frequency is.
+In this test a sine wave of 2 Volt peak to peak and 5Vrms of varying frequency is applied through external input and the response of the top-plate was interpreted on sensor out is observed and its amplitude is recorded. This is used to determine what the maximum possible input frequency is.
 {{ adept_manual_1_.png?direct&300 |}}

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