Related Manuals for Active-semi HYDRA-X10
Summary of Contents for Active-semi HYDRA-X10
- Page 1 HYDRA-X10 Power Application Controllers PAC5210 - HYDRA-X User’s Guide www.active-semi.com Copyright © 2014 Active-Semi, Inc.
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Page 2: Table Of Contents
Overview ................................3 HYDRA-X10 Body Resources..........................5 Header Descriptions ............................5 HYDRA-X10 Pinout and Signal Connectivity ....................5 Power Input ..............................6 Operating the HYDRA-X10 Body With 12V VIN....................6 LED’s ................................7 SWD Debugging ...............................8 SWD Jumper/Shunt and Push Button ......................8 Serial Communications .............................9 HYDRA-X10 Setup ............................11 HYDRA-X Heads ............................... -
Page 3: Overview
MCU and its internal peripherals once power is applied. To aid in the application development The HYDRA-X10 offers access to each and every one of the PAC5210 device’s signals by means of a series of female header connectors. Whereas the HYDRA-X10 module is referred to as the HYDRA-X Body, subsequent daughter card modules can be interfaced through these female connectors by merging both boards together. - Page 4 Integrated SED debugger allows both programming and in real time debugging • Foot print compatible with Arduino platform offerings • Schematics, BOM, Layout drawings available • The following sections provide information about the hardware features of Active-Semi’s HYDRA-X10 turnkey solution. Rev 1.0 June 2014...
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Page 5: Hydra-X10 Body Resources
USB to UART USB connector. USB to SWD debugger connector. HYDRA-X10 Pinout and Signal Connectivity The following diagram shows the female header pinout for the HYDRA-X10 Body module, as seen from above: Figure 2 HYDRA-X10 Pinout Rev 1.0 June 2014... -
Page 6: Power Input
Power Input Power to the Hydra-X10 Body module can be applied to the J7 barrel connector or to the J5 female header connector’s VIN and GND terminals. Power to the module should not exceed 52V. The barrel connector power input is protected against voltage reversal. However, the VIN input at the J5 connector is not. -
Page 7: Led's
LED’s The HYDRA-X10 module incorporates a small number of LEDs for diagnostic purposes. These LED functions cannot be controlled by the user application. If the user requires the usage of LEDs, these can be added to the available GPIO resources. -
Page 8: Swd Debugging
SWD Debugging The HYDRA-X10 module comes equipped with a fully operational and ready to be used CoLinkEx compatible SWD debugger. User can utilize this link to download code to the PAC5210 device through the CooCox IDE or CoFlash FLASH loader application. Both of these applications, along with the CoLinkEx USB driver, can be downloaded from the www.coocox.org... -
Page 9: Serial Communications
Serial Communications The HYDRA-X10 module also contains a fully operational USB to UART serial communications link the user can utilize to communicate with the PAC5210’s serial port. This connection is enabled by default at the factory. In the event the user desires to utilize a different serial communications source, the S2 DIP switch must be configured to separate the USB 2 UART resource from the PAC5210 microcontroller. - Page 10 Figure 6:HYDRA-X10 Schematic Diagram Rev 1.0 June 2014...
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Page 11: Hydra-X10 Setup
HYDRA-X10 S ETUP The setup for the HYDRA-X10 Body module requires up to three simple connections. 1. Connect the VIN power source via barrel connector J7. When VIN power is present, the LED D3 will light up. If VIN voltage is larger than 16V, the PAC5210’s Multi Mode Power Manager will be engaged and the VSYS (5V) regulator will be enabled. -
Page 12: Hydra-X Heads
HYDRA-X H EADS HYDRA-X Prototype Heads Active-Semi provides three different prototype heads which allow the HYDRA-X10 Body module to be expanded by the user’s applications particular set of requirements. The three prototype heads are named after their size as: HYDRA-XPROTOS: Small size Prototyping Board (observes the same footprint as the HYDRA-X Body) HYDRA-XPROTOM: Medium size Prototyping Board (measuring 2.75”... - Page 13 Figure 10HYDRA-X PROTOL Prototype Board (4” x 4”) Rev 1.0 June 2014...
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Page 14: Hydra-X Head Design
HYDRA-X Head Design HYDRA-X10 users can take advantage of the female connectors which accept male header connectors to expand the Body module functionality. Whereas Active-Semi provides a number of existing Heads, users can are exhorted to design their own when possible. Measurements on where mounting holes and interface connectors are to be placed are shown below. -
Page 15: About Active-Semi
Active-Semi product can reasonably be expected to result in personal injury, death or severe property or environmental damage. Active-Semi accepts no liability for inclusion and/or use of its products in such equipment or applications. Active-Semi does not assume any liability arising out of the use of any product, circuit, or any information described in this document. - Page 16 Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: Active-Semi EP-HYDRA-X10-1...