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STK511 Receiver Interface Board
4.1.2
4.2
STK500/511 Assembly Configuration
When using the STK511 Receiver Interface Board as an expansion card for the STK500, (see Figure 4-
6 on page 4-2 ) the customer has the added capability of porting receiver signals directly into the STK500
development system. The receiver’s configuration registers still remain available for manual changes,
but it is now possible to develop software to decode the data demodulated by the receiver. The STK500
board supports most of the AVR ? microcontrollers that Atmel offers. This development environment
allows the user to create prototypes and functional demonstrations and eliminates the need to fabricate
custom printed circuit boards.
STK511 RF Receiver Interface Board
The following section describes the physical aspects of the STK511 Receiver Interface Board. Figure 4-
7 shows the hardware placement and gives a short description of key components.
Figure 4-7.
STK511 Receiver Interface Board Hardware Placement
4.2.1
Receiver Connectors
As stated previously, the STK511 Receiver Interface Board was designed to interface with Atmel’s RF
Receiver Application Boards. There are two rows of connectors (labeled U2) on the STK511 Receiver
Interface Board that accept the Receiver Application Boards. These twelve pin connectors allow the
receiver board to communicate with the STK511 Receiver Interface Board firmware, as well as route sig-
nals to the sockets provided on the STK500 AVR Development board. The pin-outs of the different
Receiver Application Boards are listed in a silkscreen table on the STK511 Receiver Interface Board.
This provides quick identification of important signal pins on the receiver board. Because the STK500 is
compatible with so many Atmel microcontrollers, it is possible to create a fully functional prototype
receiver using the user’s desired microcontroller.
STK511 User Guide
4-3
4842B–AVR–10/09
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