Pico Communications E-15 manual Sleep Controller

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Sleep Controller

The Pico E-15 contains one Cypress PSoC which is used to generate a clock for the bootloader and control the power state.

The E-15 can be placed in a state where it draws almost no power, then wakes up automatically after a set amount of time.

The sleep controller can be activated by the FPGA, or the external peripheral interface connector.

The protocol for entering sleep state is simple. Simply pulse FPGA_POWERCTL_C for as many seconds as your wish to sleep, then lower the FPGA_POWERCTL_D signal.

The Pico E-15 will awake from sleep if any of the following conditions are true: -Power is first applied

-The sleep timer has run out

-POWERCTL_D is low and POWERCTL_C is high

The Pico E-15 will enter sleep mode if any of the following conditions are true: -An overtemperature condition is detected

-The FPGA_POWERCTL_D pin is low -The POWERCTL_C pin is low

Pico E-15 Hardware Reference

www.picocomputing.com

Pico Computing

 

(206) 283-2178

150 Nickerson Street. Suite 311

 

 

Seattle, WA 98109

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Contents Release For Hardware Revision D Pico E-15Page Product Overview IO Connectivity Pico E-15 Quick Reference DatasheetStandard Part Numbers Standard Part NumberMilitary version is available which includes System Architecture Minimum Nominal Maximum Pico E-15 Electrical SpecificationField Programmable Gate Array PPC405x3 Processor Introduction PowerPC ProcessorCpld Resources Xilinx Cpld Website Cpld TurboLoaderFlash Memory DDR2 Sdram Memory RAMParameter Value EDK Value 133 MHz 333 MHz RAM Timing and Parameter InformationElectrical Specifications Minimum Nominal Maximum Temperature SensorSleep Controller Ethernet Resources Tri-Mode Ethernet InterfaceHI-Z Digital Peripheral InterfaceHigh Speed Analog to Digital Converters VDC Low pass filter range is customizable via special order High Speed Digital to Analog Converters Page Video Digitizer Resources TVP5150AM1 Homepage Video Digitizer External Connections Svideo ModeVideo Digitizer External Connections Composite Mode Video DigitizerElectrical Specifications DC Minimum Nominal Maximum CardBus / Digital Bus InterfacePcmcia Interface Resources Pcmcia Website PCI SIG Website Jtag Debug Interface DeviceInstruction register bit length PSoC Debug Interface Appendix a Peripheral I/O Connector Information Connector InformationPeripheral I/O Connector Pinout Peripheral Connector Drawing FCI Appendix B CardBus Connector InformationCardBus Interface Schematic Pcicpar CardBus Connector PinoutPCICAD17 Fpga Pinout Appendix C Fpga PinoutCAD0 AA4 ETHERTX1 FLASHD11 RAMDQ5 Vdcfid Cpld Pinout Appendix D Cpld PinoutPSoC Pinout Appendix E PSoC PinoutAppendix F Standard Part Number Listing Standard Part Number ListingDevice Part Number Website Appendix G Errata Appendix H Fpga Performance Enhancements Revision History Legal Notices