DLP-RFS-DK DLP Design, DLP-RFS-DK Datasheet - Page 28

• Manufacturer Part Number: DLP-RFS-DK
• Description: RF Development Tools DLP-RFS1231 development kit
• Manufacturer: DLP Design
• Type: RF Transceiversr

Specifications of DLP-RFS-DK

• Rohs: yes
• Product: Development Kit
• Tool Is For Evaluation Of: DLP-RFS1231
• Frequency: 915 MHz
• Operating Supply Voltage: 2.4 V to 3.6 V
• Dimensions: 1.5 in x 2 in x 1.53 in
• Interface Type: UART
• Maximum Operating Temperature: + 70 C
• Minimum Operating Temperature: 0 C
• For Use With: DLP-RFS1231

Enumerator:
kEventPacketSent - A packet was successfully sent.
kEventPacketReceived - A packet was successfully received.
kEventNETMultiPacketReceived - A multicast packet was successfully received.
kEventNETFormationPingReceived - A formation ping was received.
kEventNETErrorRxNETType - A packet was received with an invalid NET message type.
kEventNETErrorRouteUnavailable - A packet cannot be sent because no up-tree route is available.
kEventMACMultiPacketReceived - A multicast packet was successfully received.
kEventMACErrorNoAck - No ACK was received for a previously sent packet which requested an ACK.
kEventPHYBeginReceive - Receiver is set up and about to begin receiving.
kEventPHYEndReceive - Receiver finished receiving (does not imply packet was received).
kEventPHYBeginTransmit - A packet transmission is about to begin.
kEventPHYEndTransmit - A packet transmission has ended (does not imply packet was sent).
kEventPHYRxPacketSniff - A packet has been received at the PHY level.
kEventPHYTxPacketSniff - A packet has been sent at the PHY level.
kEventPHYErrorRxTimeout - Receive timeout occurred while waiting for bytes.
kEventPHYErrorRxBadCRC - A packet was received with an invalid CRC.
kEventPHYErrorRxBadLength - A packet was received with an invalid Length.
kEventPHYErrorRxBadMID - A packet was received with a non-matching Manufacturer ID.
kEventPHYErrorTxTimeout - Transmit timeout occurred during a packet send.
kEventUser - Starting value for user-defined events.
kEventPacketSent - A packet was successfully sent.
kEventPacketReceived - A packet was successfully received.
kEventNETMultiPacketReceived - A multicast packet was successfully received.
kEventNETFormationPingReceived - A formation ping was received.
kEventNETErrorRxNETType - A packet was received with an invalid NET message type.
kEventNETErrorRouteUnavailable - A packet cannot be sent because no up-tree route is available.
kEventMACMultiPacketReceived - A multicast packet was successfully received.
kEventMACErrorNoAck - No ACK was received for a previously sent packet which requested an ACK.
kEventPHYBeginReceive - Receiver is set up and about to begin receiving.
kEventPHYEndReceive - Receiver finished receiving (does not imply packet was received).
kEventPHYBeginTransmit - A packet transmission is about to begin.
kEventPHYEndTransmit - A packet transmission has ended (does not imply packet was sent).
kEventPHYRxPacketSniff - A packet has been received at the PHY level.
kEventPHYTxPacketSniff - A packet has been sent at the PHY level.
kEventPHYErrorRxTimeout - Receive timeout occurred while waiting for bytes.
kEventPHYErrorRxBadCRC - A packet was received with an invalid CRC.
kEventPHYErrorRxBadLength - A packet was received with an invalid Length.
kEventPHYErrorRxBadMID - A packet was received with a non-matching Manufacturer ID.
kEventPHYErrorTxTimeout - Transmit timeout occurred during a packet send.
kEventUser - Starting value for user-defined events.
5.0.7 MICROCONTROLLER ABSTRACTION API
Detailed Description:
The microcontroller API encompasses all functions necessary to interface with the managed
microcontroller resources that are available to the application. This API provides low-level access to
the interrupts, SPI, UART and timer. For the most part, these functions are used by other managers
to provide higher-level control.
© DLP Design, Inc.
Rev 1.1 (November 2012)
28