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CY3655 Hardware User Guide 

 

Pushbuttons and LEDs 

Three pushbuttons and three LEDs are available on the board for general purpose use.  The 
following table shows the enCoRe II signal name relation to the pushbutton or LED and its 
jumper.  

Pushbutton or LED 

Jumper 

enCoRe II Signal Name 

D1 LED 

J12 

P0.5 

D2 LED 

J17 

P0.6 

D3 LED 

J19 

P1.3 

S1 Pushbutton 

J11 

P0.2 

S2 Pushbutton 

J16 

P0.3 

S3 Pushbutton 

J18 

P0.4 

 
The jumpers can be used to isolate the LED or pushbutton from the enCoRe II if desired.  Note 
that the LEDs use the same power as the enCoRe II.  Driving the enCoRe pin low illuminates 
the LEDs, and pushbutton presses can be detected by making the appropriate enCoRe II pin 
an input with the pull-up enabled and detecting a low level when the button is pressed.  Also 
note that the pushbutton inputs are connected to enCoRe II pins that can be configured as 
external interrupt pins. 

Suggestions for Connecting the Pod 

The Applications board can be used in conjunction with PSoC Designer and a pod for 
development using the ICE-Cube in-circuit emulator.  To do this, place either the PDIP-40 or 
PDIP-24 foot into the socket at U1 and attach the pod.  Note that the PDIP-18 and PDIP-16 
feet cannot be used on the Applications board as their pin-outs differ substantially from the 
PDIP-24 foot. 

External Crystal or Ceramic Resonator Use 

An external crystal or ceramic resonator can be used with the PDIP-40 part if a custom 
frequency or tighter tolerance frequency is needed.  The footprint at Y1 on the board can be 
loaded with an HC49 sized through-hole or surface-mount crystal.  Optionally a two- or 
three-pin ceramic resonator can be used in this position.  When using a crystal or ceramic 
resonator, the resistors R2 and R3 should be removed to isolate the clock signals from the rest 
of the board.  Positions C4 and C5 should be populated with the appropriate load capacitance 
for enCoRe II and the chosen crystal or ceramic resonator.  Note that three-pin ceramic 
resonators with built-in load capacitors do not need external capacitors loaded.  Refer to the 
enCoRe II data sheet for details on crystal or ceramic resonator specifications.  Note that the 
24-pin enCoRe II device does not support external crystals or ceramic resonators. 

Page 7 of 16 

Summary of Contents for CY3655

Page 1: ...the hardware circuitry on the boards Please refer as needed to the Appendix for a definition of abbreviations and terms used throughout the manual Additional hardware documentation that should be used...

Page 2: ...r enCoRe II Pod 2 7v to 3 6v operation for Wireless enCoRe II Pod Connecting to a Target System Perform the following steps to use the emulator pod 1 Solder or connect a foot adapter to the target sys...

Page 3: ...ettering P4552A SSOP 28 Surface Mount CY7C63823 PXC CY7C60223 PXC CY3655 04 Yellow Lettering P4546C Black Lettering PDIP24 PDIP 24 Through hole CY7C63823 SXC CY7C60223 SXC CY3655 05 Yellow Lettering P...

Page 4: ...e output pin When using the pod this capacitor must be loaded on position C12 on the bottom side of the pod board The capacitor footprint on the board at C12 is a 0805 sized surface mount footprint No...

Page 5: ...features Include Supports either PDIP 24 or PDIP 40 enCoRe II devices or Wireless enCoRe II devices Supports either USB or PS 2 connector Supports alternate signal connections to PS 2 connector 5 pin...

Page 6: ...P1 6 can be used by moving the jumpers on J8 and J9 to the side labeled ALT PS 2 Analyzer Headers P1 P2 and P3 are 20 pin headers that are compatible with Agilent logic analyzer terminator adapters T...

Page 7: ...e ICE Cube in circuit emulator To do this place either the PDIP 40 or PDIP 24 foot into the socket at U1 and attach the pod Note that the PDIP 18 and PDIP 16 feet cannot be used on the Applications bo...

Page 8: ...ng the Applications board for Wireless enCoRe II development External power can be easily connected to the board using the Vcc and GND headers The Wireless enCoRe II Pod must be used for emulation wit...

Page 9: ...grammer on the 5 pin header J2 of the Applications board It will only attach in one orientation Note that there may be slight mechanical interference with the MiniProg from the J9 header but it will s...

Page 10: ...s enCoRe II devices in PDIP packages Programming support for all enCoRe II and Wireless enCoRe II devices in surface mount packages with purchase of the appropriate surface mount adapter socket sold s...

Page 11: ...the table below to find which module and which orientation of the module supports your device Note that the correct side of the module A or B must be connected to the DIMM connector and the module mu...

Page 12: ...the DIMM connector and the module must be snapped properly in place 5 Launch the PSoC Programmer application 6 In the programming application select the Port as the MiniProg After selecting the MiniPr...

Page 13: ...8 Surface Mount Emulation Technology AS 28 28 02SS 6ENP GANG Logical Systems PA28SS OT 3 CY3216 01 Side A CY7C63823 PXC CY7C60223 PXC PDIP 24 Through hole NA CY3216 02 Side B CY7C63823 SXC CY7C60223 S...

Page 14: ...ation installed 2 Connect the 5 pin to USB adapter to the MiniProg programmer It will only attach in one orientation 3 Connect the USB end of the 5 pin to USB adapter to the USB cable of a device that...

Page 15: ...A board that can be used to program enCoRe II and Wireless enCoRe II silicon of various package types using a modular system of socket adapters and programming modules in conjunction with either the I...

Page 16: ...CY3655 Hardware User Guide Document Revision History Revision Date Comments Alpha Release 12 14 2004 Initial Release Accompanying Kit Revision 1 0 Beta Release 4 04 05 Beta kit updates Page 16 of 16...

Page 17: ...IM1259G IM1253B IM1253B D MJYS QKJL 40 380V MJYS QKJL 75 380V MJYD JL 75 380V MJYD JL 40 380V CI B02CS01S CI B03CS01S CI BO3GS01S GD10PJX120L2S HEDS 9730 Q50 HEDS 9700 F50 L MZ07 L MZ02 L MZ021 TXVT4G...

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