solutions: ref-designs: Update the EVAL-LTPA-KIT Page (#422)

Author: jvelasc2

docs/solutions/reference-designs/eval-ltpa-kit/hardware_guide/index.rst

@@ -3,13 +3,13 @@
 EVAL-LTPA-KIT Hardware User Guide
 =================================
 
-The :adi:`EVAL-LTPA-KIT` or LTpowerAnalyzer Kit is a low-cost, high performance,
+The :adi:`EVAL-LTPA-KIT` or LTpowerAnalyzer™ Kit is a low-cost, high performance,
 compact laboratory tool for evaluating and characterizing power supply designs
 – allowing measurements of frequency response, transient response, and output
 impedance. Combined with the capabilities of the ADALM2000 Learning Module,
 it offers high portability with its compact size.
 
-The LTpowerAnalyzer Software offers a user-friendly interface with
+The LTpowerAnalyzer™ Software offers a user-friendly interface with
 documentations for ease of usage. It comes with four different current probes
 for 1A, 10A, 50A, and 100A. Immediately kick-off using the kit with the
 LT8642S-based demo board as the device under test (DUT).
@@ -24,7 +24,7 @@ The EVAL-LTPA-KIT comes with the following boards and accessories:
 
 - **Base Board**:
 
-  - LTpowerAnalyzer Base Board
+  - LTpowerAnalyzer™ Base Board
 
 - **Current Probes**:
 
@@ -60,8 +60,8 @@ section, depending on the feedback network of the DUT, this may be done by
 placing a series injection resistor.
 
 The included DUT, **LT8642S Demo Board**, features a 16-pin male header for
-easy interfacing with the LTpowerAnalyzer’s interposer board. The demo board may
-be connected to the interface board of the LTpowerAnalyzer via a ribbon cable.
+easy interfacing with the LTpowerAnalyzer™’s interposer board. The demo board may
+be connected to the interface board of the LTpowerAnalyzer™ via a ribbon cable.
 
 .. grid::
    :widths: 75% 25%
@@ -73,7 +73,7 @@ be connected to the interface board of the LTpowerAnalyzer via a ribbon cable.
    .. figure:: sample_ribbon_cable_connection.png
 
       Sample ribbon cable connection
-      from the Demo Board to the LTpowerAnalyzer
+      from the Demo Board to the LTpowerAnalyzer™
       (via the Interface A Board)
 
 However, other DUTs do not have a native support for these interfaces. Below
@@ -135,17 +135,17 @@ ensure there are no shorts.
 
 **3. Preparing the system for measurements**
 
-- Connect the LTpowerAnalyzer (LB3031A) main board to the ADALM2000 (M2k) or the
+- Connect the LTpowerAnalyzer™ (LB3031A) main board to the ADALM2000 (M2k) or the
   Analog Discovery 2 USB scope.
-- Connect the wires to the terminal block on the LTpowerAnalyzer main board and
+- Connect the wires to the terminal block on the LTpowerAnalyzer™ main board and
   connect the demo board Vin inputs to a power supply.
 - Connect the USB scope to the computer via the USB cable and launch the
-  LTpowerAnalyzer software.
-- Connect a current probe to the LTpowerAnalyzer main board.
+  LTpowerAnalyzer™ software.
+- Connect a current probe to the LTpowerAnalyzer™ main board.
 
 .. figure:: bode_system_example.jpg
 
-    Basic LTpowerAnalyzer System Setup for Bode Plots Only
+    Basic LTpowerAnalyzer™ System Setup for Bode Plots Only
     (No current probe attached yet)
 
 Transients and Impedance Measurements
@@ -260,7 +260,7 @@ installing and swapping out current probes.
 
 .. tip::
 
-   The LTpowerAnalyzer Kit comes with an easy-to-use graphical user interface,
+   The LTpowerAnalyzer™ Kit comes with an easy-to-use graphical user interface,
    designed to be used in conjunction with the hardware components. To access
    the installer and learn how to use the built-in tools, visit the
    :ref:`EVAL-LTPA-KIT Software User Guide <ltpa-software>` page.

docs/solutions/reference-designs/eval-ltpa-kit/index.rst

@@ -1,27 +1,27 @@
 .. _eval-ltpa-kit:
 
-EVAL-LTPA-KIT (LTpowerAnalyzer Kit)
-===================================
+EVAL-LTPA-KIT (LTpowerAnalyzer™ Kit)
+====================================
 
-Low-cost, High Performance, Compact Laboratory Tool for Evaluating and Characterizing Power Supply Designs.
+Low-cost, High Performance, Compact Laboratory Tool for Evaluating and Characterizing Power Supply Designs
 
 .. figure:: kitangle.gif
     :align: center
     :width: 600 px
 
-    EVAL-LTPA-KIT (LTpowerAnalyzer Kit)
+    EVAL-LTPA-KIT (LTpowerAnalyzer™ Kit)
 
 Overview
 --------
 
-The :adi:`EVAL-LTPA-KIT or LTpowerAnalyzer Kit <EVAL-LTPA-KIT>` is a low-cost,
+The :adi:`EVAL-LTPA-KIT or LTpowerAnalyzer™ Kit <EVAL-LTPA-KIT>` is a low-cost,
 high performance, compact laboratory tool for evaluating and characterizing
 power supply designs — allowing measurements of frequency response,
 transient response, and output impedance. Combined with the capabilities
 of the ADALM2000 Active Learning Module, it offers high portability
 with its compact size.
 
-The LTpowerAnalyzer Software offers a user-friendly interface with
+The LTpowerAnalyzer™ Software offers a user-friendly interface with
 documentations for ease of usage. It comes with four different current probes
 for 1A, 10A, 50A, and 100A. Immediately kick-off using the kit with the
 LT8642S-based demo board as the device under test (DUT).
@@ -59,7 +59,7 @@ Specifications
 +--------------------+--------------------+---------+---------+-----------+
 | **Parameter**      | **Conditions**     | **Min** | **Max** | **Units** |
 +--------------------+--------------------+---------+---------+-----------+
-| **LTpowerAnalyzer  |                    |         |         |           |
+| **LTpowerAnalyzer™ |                    |         |         |           |
 | Main Board         |                    |         |         |           |
 | (LB3031A)**        |                    |         |         |           |
 +--------------------+--------------------+---------+---------+-----------+
@@ -116,7 +116,7 @@ Components and Connections
 Power Analyzer Board Connections
 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
-The LTpowerAnalyzer Main Board (LB3031A) extends the electrical capabilities
+The LTpowerAnalyzer™ Main Board (LB3031A) extends the electrical capabilities
 of the ADALM2000 Active Learning Module (M2K) by providing an analog signal
 chain interface that can accommodate ±100 VDC of differential input voltage at
 its ports. This enables a broader range of power supply DUTs that can be
@@ -125,7 +125,7 @@ evaluated with the ADALM2000.
 *Main Board Pinout*
 
 +------------------+----------------------------------------------------------+
-| **GROUND**       | Ground pin of the LTpowerAnalyzer Main Board             |
+| **GROUND**       | Ground pin of the LTpowerAnalyzer™ Main Board            |
 +------------------+----------------------------------------------------------+
 | **VOUT-**        | Input negative terminal pin for the DUT output voltage   |
 |                  | sensing                                                  |
@@ -152,7 +152,7 @@ evaluated with the ADALM2000.
 
 .. figure:: power_analyzer_board_pinout.png
 
-   LTpowerAnalyzer Board (LB3031A) Pinout
+   LTpowerAnalyzer™ Board (LB3031A) Pinout
 
 Current Probe Connection
 ~~~~~~~~~~~~~~~~~~~~~~~~~
@@ -302,7 +302,7 @@ This can lead to gain and phase errors when the frequency reaches the 50 kHz to
 1 MHz range, depending on the absolute value of R3 and R4. The best practice is
 to reduce the absolute value or R3 compared to R1, and R4 compared to R2 by a
 factor of 10 to 100, pushing the pole out to beyond the frequencies of interest.
-The input impedance of the LTpowerAnalyzer is about 1 pF in parallel with 1 MΩ,
+The input impedance of the LTpowerAnalyzer™ is about 1 pF in parallel with 1 MΩ,
 which should minimize this problem.
 
 Follow below configuration to set up the system using Module Connection:
@@ -319,7 +319,7 @@ series with the ISN current sense line, and input and output voltage must be
 measured differentially from the respective Rs connection to the ISP current
 sense line.
 
-The common-mode range of the LTPowerAnalyzer is ±100V, and Rs is typically 20Ω
+The common-mode range of the LTPowerAnalyzer™ is ±100V, and Rs is typically 20Ω
 to 40Ω.
 
 .. figure:: ledriver2.jpg
@@ -330,7 +330,7 @@ Getting Started
 ----------------
 
 Please refer to the following pages for detailed instructions on
-how to set up the LTpowerAnalyzer system for evaluation.
+how to set up the LTpowerAnalyzer™ system for evaluation.
 
 .. toctree::
    :titlesonly: