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User Manual
GreenPAK Advanced
Development Platform
UM-GP-002
Abstract
This user manual provides basic guidelines for the developers to get familiar with the GreenPAK
Advanced Development Platform. It gives an overview of the hardware, as well as the functional
description of this platform, and shows the example projects using SLG46721.
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Table of Contents
Related Manuals for Dialog Semiconductor GreenPAK Advanced UM-GP-002
Summary of Contents for Dialog Semiconductor GreenPAK Advanced UM-GP-002
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Page 1: Abstract
User Manual GreenPAK Advanced Development Platform UM-GP-002 Abstract This user manual provides basic guidelines for the developers to get familiar with the GreenPAK Advanced Development Platform. It gives an overview of the hardware, as well as the functional description of this platform, and shows the example projects using SLG46721. -
Page 2: Table Of Contents
Project: LED String with Direction ..................24 Conclusion ........................... 30 Appendix A Electrical Specification ....................31 Appendix B Scematic Diagram ......................33 Appendix C BOM ..........................37 Revision History ..........................39 User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 2 of 40... -
Page 3: Figures
Table 1: Available Connections for Each Test Point ................12 Table 2: Pin Configuration for Counter with Clock Enable ..............16 Table 3: Pin Configuration for LED String with Direction ..............25 User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 3 of 40... -
Page 4: Terms And Definitions
Analog-to-Digital Converter Bill of Materials Ground Integrated Development Environment Light Emitting Diode Look Up Table One-Time Programable Pulse-Width Modulation Random-Access Memory Test Point Universal Serial Bus Power Supply User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 4 of 40... -
Page 5: Introduction
GreenPAK Advanced Development Platform Introduction Thank you for choosing Dialog Semiconductor products. The GreenPAK Advanced Development Platform allows you to develop your custom design using GreenPAK mixed signal ICs. You can design your own projects starting from a blank project or by altering the sample projects provided at https://www.dialog-semiconductor.com/. -
Page 6: Getting Started
The software can be uninstalled in the way typical for your operating system. Please refer to your operating system support documentation if you need the specific instructions or visit Section this document for additional support from Dialog. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 6 of 40... -
Page 7: Hardware
Development Board is equipped with a boost converter. A Signal generator with a buffered output controls the GreenPAK chip power rail. For more information about GreenPAK electrical specification, please refer to the datasheet. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 7 of 40... -
Page 8: Usb Communication
It can be used to apply the GreenPAK chip into your custom design with minimal additional tools. For schematic diagram refer to Figure User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 8 of 40... -
Page 9: Figure 3: Greenpak Expansion Connector Schematic
GreenPAK Advanced Development Board. Figure 4: Expansion Connector Control in GreenPAK Designer Figure 5 demonstrates the schematic diagram of the expansion connector control. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 9 of 40... -
Page 10: Figure 5: Socket And Expansion Connector Schematic
1) Internal power is used to run the chip, no external power output is needed, external signal sources and loads can be connected between pins and GND. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 10 of 40... -
Page 11: Figure 6: Internal Power Source
This connection meets next requirements: ▪ External power range: 1.8 - 5.5 V ▪ High resistance voltage dividers are not recommended User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 11 of 40... -
Page 12: Pins Connectivity
Table 1: Available Connections for Each Test Point Signal Logic Set to V Set to GND Pull-up Pull-down Configurable Generator Generator Button TP10 TP12 TP13 TP14 TP15 TP16 TP17 TP18 TP19 TP20 User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 12 of 40... -
Page 13: Figure 9: Pin Signal Sources/Loading Schematics
Figure 9: Pin Signal Sources/Loading Schematics Note: V Signal generator works similar to other Signal generators but has wider output voltage range. It can provide maximum supply level of 5.5 V. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 13 of 40... -
Page 14: Example Projects Using Slg46721
Project: Counter with Clock Enable Blocks required: ▪ 2 digital inputs ▪ 1 digital output ▪ 1 Look Up Table with two inputs ▪ 1 Counter Figure 10: GreenPAK Designer User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 14 of 40... -
Page 15: Figure 11: Greenpak Components List
UM-GP-002 GreenPAK Advanced Development Platform Figure 11: GreenPAK Components List User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 15 of 40... -
Page 16: Figure 12: Pin 20 Mode
Double click on Pin 20 to open “Properties” panel. Select “1x push pull” from the drop-down menu in Pin 20 properties and hit “Apply” button. Figure 12: Pin 20 Mode User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 16 of 40... -
Page 17: Figure 13: Look Up Table Properties Configured As And Gate
NOR gate. It is used to generate reset signal for counter on Pin 3 falling edge. Figure 13: Look Up Table Properties Configured as AND Gate User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 17 of 40... -
Page 18: Figure 14: Look Up Table Properties Configured As Nor Gate
UM-GP-002 GreenPAK Advanced Development Platform Figure 14: Look Up Table Properties Configured as NOR Gate User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 18 of 40... -
Page 19: Figure 15: Counter Properties
The trace will be automatically routed. Figure 16: GreenPAK Designer Figure 16 displays ready project with configured blocks and wire connections. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 19 of 40... -
Page 20: Figure 17: Greenpak Designer, Emulation Tool
Buffered LED Figure 18: Signal Generator Connected to V Signal generator is presented as a power source for GreenPAK chip. It's configured to output source constant 3.3 V. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 20 of 40... -
Page 21: Figure 19: Signal Generator Settings
The purpose of the logic generator is to provide clock pulses for the Counter block. It is configured for 10 Hz clock source as shown in the Figure User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 21 of 40... -
Page 22: Figure 20: Logic Generator Properties
Channel 1 (yellow/top) – Logic generator Channel 2 (light blue/2nd line) – Button, 1 - enable Counter; 0 - disable Counter Channel 3 (magenta/3rd line) – Counter output User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 22 of 40... -
Page 23: Figure 22: Waveform, No Triggered On Button Released
Figure 23: Waveform of the Pulse Width of the Logic Generator and Count End Signal As shown in Figure 22 Figure 23 Counter works only when the button is pressed. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 23 of 40... -
Page 24: Project: Led String With Direction
Figure 24: Used Blocks for Current Project For testing this project, the Signal generator with sine waveform is used. Figure 25: Sine Waveform Generated with Signal Generator User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 24 of 40... -
Page 25: Figure 26: Emulation Window, With Buffered Led And Signal Generator
Table 3: Pin Configuration for LED String with Direction Pin # Pin Name Type Pin Description Supply Voltage DIRECTION Input Controls direction SIGNAL Input Analog Input Ground LED_A Output LED_B Output LED_C Output User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 25 of 40... -
Page 26: Figure 27: Pin Properties
UM-GP-002 GreenPAK Advanced Development Platform Figure 27: Pin Properties Pin 6 is configured as analog input-output. This pin is used for generating SINE waveform. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 26 of 40... -
Page 27: Figure 28: Pin Properties
UM-GP-002 GreenPAK Advanced Development Platform Figure 28: Pin Properties Figure 29: Look Up Tables Properties Configured as XOR Gate User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 27 of 40... -
Page 28: Figure 30: Acmp Properties
If Pin 2 logic level is set to “1”, these states will transform into: ▪ All LEDs are on ▪ LED_A and LED_B are on ▪ LED_A is on ▪ All LEDs are off Figure 31: GreenPAK Designer User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 28 of 40... -
Page 29: Figure 32: Led Output With Direction (Pin 2) Low
Figure 32: LED Output with Direction (Pin 2) Low Figure 33: LED Output with Direction (Pin 2) High The PWM duty cycle rises up to 100% when analog signal is close to 1 V. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 29 of 40... -
Page 30: Conclusion
This Development Platform is a truly versatile tool. It allows the designer to create a custom project within minutes, without using additional devices (except oscilloscope). For more information please visit our website https://www.dialog-semiconductor.com/. User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 30 of 40... -
Page 31: Appendix A Electrical Specification
/GND) Resistance Pull-Up/Down Resistance k Max Voltage ±30 Continuous Current through Any Terminal Expansion Connector Switch On-Resistance Switch External V Switch On-Resistance On Leakage Current User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 31 of 40... - Page 32 UM-GP-002 GreenPAK Advanced Development Platform Mode Parameter Units Off Leakage Current Expansion Connector Bandwidth Switch Max V Supply from External 5.66 Source User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 32 of 40...
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Page 33: Appendix B Scematic Diagram
UM-GP-002 GreenPAK Advanced Development Platform Appendix B Scematic Diagram Figure 34: MCU User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 33 of 40... -
Page 34: Figure 35: Analog Switches, Protection Diodes And Leds
UM-GP-002 GreenPAK Advanced Development Platform Figure 35: Analog Switches, Protection Diodes and LEDs Figure 36: Socket and Expansion Connectors User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 34 of 40... -
Page 35: Figure 37: Signal Generator
UM-GP-002 GreenPAK Advanced Development Platform Figure 37: Signal Generator Figure 38: Boost Converter USB Interface Figure 39: Port Extender User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 35 of 40... -
Page 36: Figure 40: Usb Protection
UM-GP-002 GreenPAK Advanced Development Platform Figure 40: USB Protection User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 36 of 40... -
Page 37: Appendix C Bom
C35, C36, C37, C38, C40, C41, C42, C44, C46, C47, C48, C49, C50, C51, C54, Csoc EMK316BJ106KL-T 1206 (3216 Metric) C2, C3, C4, C7, C14, C26, C32 User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 37 of 40... - Page 38 TP2-TP10, TP12-TP20 SJ61A6 TSW-110-08-L-D-RA 0.100" (2.54mm) SV4, SVsoc SSQ-110-02-T-D-RA 0.100" (2.54mm) 961106-6404-AR 0.100" (2.54mm) SV2, SV3 3021009-06 RESISTOR 0 1206 (3216 Metric) SLG55321 TDFN-8 BZV55C5V6-TP SOD-80C User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 38 of 40...
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Page 39: Revision History
UM-GP-002 GreenPAK Advanced Development Platform Revision History Revision Date Description Updated according to Dialog’s Writing Guideline 21-Feb-2020 User Manual Revision 2.2 21-Feb-2020 © 2020 Dialog Semiconductor CFR0012 39 of 40... - Page 40 Dialog Semiconductor product (or associated software) can reasonably be expected to result in personal injury, death or severe property or environmental damage.
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