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resources:eval:user-guides:circuits-from-the-lab:cn0196 [07 Dec 2017 03:30] – Glaizel Arinueloresources:eval:user-guides:circuits-from-the-lab:cn0196 [29 Sep 2021 05:23] (current) – design support link update Trisha Cabildo
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 [[ADI>CN0196]] is an H-bridge composed of high power switching MOSFETs that are controlled by low voltage logic signals. The circuit provides a convenient interface between logic signals and the high power bridge. The bridge uses low cost N-channel power MOSFETs for both the high and low sides of the H-bridge. The circuit also provides galvanic isolation between the control side and power side. This circuit can be used in motor control, power conversion with embedded control interface, lighting, audio amplifiers, and uninterruptable power supplies (UPS). [[ADI>CN0196]] is an H-bridge composed of high power switching MOSFETs that are controlled by low voltage logic signals. The circuit provides a convenient interface between logic signals and the high power bridge. The bridge uses low cost N-channel power MOSFETs for both the high and low sides of the H-bridge. The circuit also provides galvanic isolation between the control side and power side. This circuit can be used in motor control, power conversion with embedded control interface, lighting, audio amplifiers, and uninterruptable power supplies (UPS).
-Modern microprocessors and microconverters are generally low power and operate on low supply voltages. Source and sink current for 2.5 V CMOS logic outputs ranges from μA to mA . Driving an H-bridge switching 12 V with a 4 A peak current requires the use of carefully selected interface and level translation components, especially if low jitter is needed.+Modern microprocessors and micro converters are generally low power and operate on low supply voltages. Source and sink current for 2.5 V CMOS logic outputs ranges from μA to mA . Driving an H-bridge switching 12 V with a 4 A peak current requires the use of carefully selected interface and level translation components, especially if low jitter is needed.
  
 The [[ADI>ADG787]] is a low voltage CMOS device that contains two independently selectable single-pole double-throw (SPDT) switches. With a 5 V dc power supply, a voltage as low as 2 V is a valid high input logic voltage. Therefore, the [[ADI>ADG787]] provides appropriate level translation from the 2.5 V controlling signal to the 5 V logic level needed to drive the ADuM7234 half-bridge driver. The [[ADI>ADG787]] is a low voltage CMOS device that contains two independently selectable single-pole double-throw (SPDT) switches. With a 5 V dc power supply, a voltage as low as 2 V is a valid high input logic voltage. Therefore, the [[ADI>ADG787]] provides appropriate level translation from the 2.5 V controlling signal to the 5 V logic level needed to drive the ADuM7234 half-bridge driver.
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 ===== General Setup =====  ===== General Setup ===== 
-  * Connect [[ADI>CN0196]] board  to [[ADI>EVAL-ADuC7061]] board according to the table below \\ +  * Connect the controlling signal from [[ADI>EVAL-ADuC7061]] and [[ADI>CN0196]] according to the jumper configuration found in Connectors and Jumper Configurations section below 
- +  * Connect the jumpers LK1  pin 1 and 2, LK2 pin 2 and 3, LK3 pin 1 and 2 and short LK4 pin  
 +  * Apply +12V power supply to J4 of CN0196 board 
 +  * Connect the USB cable from PC to the USB mini connector on the EVAL-ADuC7061-MKZ board 
 +  * Connect an inductor as a load between OUT1 and OUT2 of J3
  
 ===== Test Setup Functional Block Diagram =====  ===== Test Setup Functional Block Diagram ===== 
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 ===== Connectors and Jumper Configurations ===== ===== Connectors and Jumper Configurations =====
  
-{{:resources:eval:user-guides:circuits-from-the-lab:hardware.png|}}+{{:resources:eval:user-guides:circuits-from-the-lab:new.png|}}
  
-**Description** +==== Description ==== 
- +1. **Switch S1**: ON state provides an isolated side PWM pulses, OFF states makes the PWM disappears\\  
-  - Switch S1:  +2. **Jumper Link LK1**: Shorting pin 1 and 2 sets the Source Terminal of ADG787 to 5V while pin 2 and 3 sets to 0V.   \\  
-  - Jumper Link LK1: +3. **Header J1**: Provides connection of the controlling signals between EVAL-CN0196-EB1Z and EVAL-ADuC7061MKZ as seen in below table
-  - Header J1: Provides connection between EVAL-CN0196-EB1Z and EVAL-ADuC7061MKZ as seen in below table+
 ^EVAL-ADuC7061MKZ^EVAL-CN0196-EB1Z^ ^EVAL-ADuC7061MKZ^EVAL-CN0196-EB1Z^
 | PWRIN J1-1  | +5V_2  J1-1 | | PWRIN J1-1  | +5V_2  J1-1 |
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 | PWM0  J2-26 | PWM0_I J1-5 | | PWM0  J2-26 | PWM0_I J1-5 |
 | DVDD  J2-28 | +2V5   J1-3 | | DVDD  J2-28 | +2V5   J1-3 |
-  - Jumper Link LK2: +4. **Jumper Link LK2**: Shorting pin 1 and 2 sets the Source Terminal of ADG787 to 5V while pin 2 and 3 sets to 0V. \\  
-  - Jumper Link LK3: +5. **Jumper Link LK3**: If pin 1 and 2 is shorted, disabling the ADUM7234 for under voltage condition is generated on board. Shorting pin 2 and 3 will provide externally disabling the isolator via J1-6 header. \\  
-  - Connector J3: +6.** Connector J3**: See below table 
-  - Connector J4:   +^Pin Number^Description^ 
-  - Connector J2:+| J3-1  | VDD: Power Supply of the load        | 
 +| J3-2  | VDD: Power Supply of the load        | 
 +| J3-3  | OUT1: Connection of the inductor load| 
 +| J3-4  | OUT2: Connection of the inductor load| 
 +| J3-5  | GND: Ground connection               | 
 +| J3-6  | GND: Ground connection               | 
 + 
 +7. **Connector J4**: Connects +12V power supply and Ground return   \\  
 +8. **Connector J2**: Connection of an external supply up to +20V if jumper link LK4 is not shorted \\  
 +9. **Jumper link LK4**: Shorting this pin sets the VDD voltage to +12V 
  
 ===== Software and Driver Installation ===== ===== Software and Driver Installation =====
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   * Follow the on screen prompts to install the software   * Follow the on screen prompts to install the software
  
-{{:resources:eval:user-guides:circuits-from-the-lab:1.png|}} \\  +{{:resources:eval:user-guides:circuits-from-the-lab:2.1.png?400|}} \\ 
-{{:resources:eval:user-guides:circuits-from-the-lab:2.1.png|}} \\ +{{:resources:eval:user-guides:circuits-from-the-lab:cn0393install1.png?400|}} \\ 
-{{:resources:eval:user-guides:circuits-from-the-lab:2.png|}} \\  +{{:resources:eval:user-guides:circuits-from-the-lab:cn0393install2.png?400|}} \\ 
-{{:resources:eval:user-guides:circuits-from-the-lab:3.png|}} \\ +{{:resources:eval:user-guides:circuits-from-the-lab:cn0393install3.png?400|}} \\ 
 +{{:resources:eval:user-guides:circuits-from-the-lab:cn0393install4.png?400|}} \\
  
 ===== Downloading Firmware to EVAL-ADuC7061-MKZ ===== ===== Downloading Firmware to EVAL-ADuC7061-MKZ =====
-  * Connect the EVAL-ADuV7061-MKZ to the PC using USB cable, then find the port assigned to this board in the Device Manager. +  * Connect the EVAL-ADuC7061-MKZ to the PC using USB cable, then find the COM port assigned to this board in the Device Manager. 
 {{:resources:eval:user-guides:circuits-from-the-lab:port.png|}} {{:resources:eval:user-guides:circuits-from-the-lab:port.png|}}
   * Open the software ”ARMWSD.exe” located in the ARMWSD folder, or C:\Program Files\Analog Devices\CN0196\ARMWSD\ARMWSD.exe.    * Open the software ”ARMWSD.exe” located in the ARMWSD folder, or C:\Program Files\Analog Devices\CN0196\ARMWSD\ARMWSD.exe. 
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 {{:resources:eval:user-guides:circuits-from-the-lab:sofft1.png|}} {{:resources:eval:user-guides:circuits-from-the-lab:sofft1.png|}}
 {{:resources:eval:user-guides:circuits-from-the-lab:sofft2.png|}} {{:resources:eval:user-guides:circuits-from-the-lab:sofft2.png|}}
-==== Descriptions: ====+==== Description ====
 1. Provides control to the following:   1. Provides control to the following:  
   * **Connect**: Setting up connection between EVAL-CN0196-EB1Z and EVAL-ADuC7061MKZ   * **Connect**: Setting up connection between EVAL-CN0196-EB1Z and EVAL-ADuC7061MKZ
   * **Disconnect**: Disconnects the hardware    * **Disconnect**: Disconnects the hardware 
-  * **STOP APP**: Closing the CN0196 Evaluation SOftware+  * **STOP APP**: Closing the CN0196 Evaluation Software
 2. Provides control to the following: 2. Provides control to the following:
-  * **PWM Pulse Width**: Sets the PWM pulse width up to 12.8mz \\ <note>Pulse width should be less than half of the pulse interval</note>+  * **PWM Pulse Width**: Sets the PWM pulse width up to 12.8ms  
 +<note>Pulse width should be less than half of the     Pulse Interval</note>
   * **PWM Interval**: Sets the PWM interval up to 12.8ms depending on the configured PWM pulse width   * **PWM Interval**: Sets the PWM interval up to 12.8ms depending on the configured PWM pulse width
   * **Start/Stop**: Provides continuous and discontinues pulses   * **Start/Stop**: Provides continuous and discontinues pulses
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 4. Displays the current status/activity being done in the software \\ 4. Displays the current status/activity being done in the software \\
 5. Provides control to the following: 5. Provides control to the following:
-  * **VDD**: Controls the supply voltage up to 48V+  * **VDD**: Controls the supply voltage up to 20V
   * **Inductor**: Controls the inductor value up to 100mH to be used as a load   * **Inductor**: Controls the inductor value up to 100mH to be used as a load
-6. Displays the  Inductor (A) vs Time(s) waveform +6. Displays the  Inductor (A) vs Time(s) waveform 
-   +
- +
  
 +===== Schematic, PCB Layout, Bill of Materials =====
  
 +<WRAP round 80% download>
 +[[adi>media/en/reference-design-documentation/design-integration-files/CN0196-DesignSupport.zip|EVAL-CN0196-EB1Z Design & Integration Files]]
 +  * Schematics 
 +  * PCB Layout 
 +  * Bill of Materials 
 +  * PADS project
  
 +</WRAP>
  
 +=====Registration===== 
 +<WRAP round tip 80% >
 +Receive software update notifications, documentation updates, view the latest videos, and more when you register your hardware.  [[reg>EVAL-CN0196-EB1Z?&v=Rev A|Register]] to receive all these great benefits and more!</WRAP>
  
 +// End of Document //
resources/eval/user-guides/circuits-from-the-lab/cn0196.1512613815.txt.gz · Last modified: 07 Dec 2017 03:30 by Glaizel Arinuelo

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