DLP-RFS-DK DLP Design, DLP-RFS-DK Datasheet - Page 3

• 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

2.3.1
with the transceiver or by surface-mount soldering.
2.3.2
DLP-RFS-BATT. J6 connects regulated voltage to the transceiver module. If you want to measure
current consumption into the transceiver module, simply remove J6 and connect a current meter to
the two pins of J6. Doing so will place the meter in series only with the current flowing into the
transceiver.
2.3.3
setting on the battery board. A Logic 1 on Switch 1 of the dip switch means that the node will be a
sensor node. If it is a sensor node, the app will read the MAC ID chip and set the MAC ID to the value
read from the MAC ID chip. The sensors (temperature sensor, light sensor and battery voltage) are
read via the ADC. The result is inserted into a fixed-length message and transmitted to the
gateway/master for display.
2.3.4
The gateway or master node will set the radio for reception. When a valid packet is received, the
packet is output to the USB port, the buzzer is sounded and the green LED on the battery board is
flashed.
Rev 1.1 (November 2012)
Place two jumpers on J5 and J6. J5 connects the battery pack to the voltage regulator on the
The sample application that is provided will perform one of two functions based upon a switch
A Logic 0 on Switch 1 of the dip switch means that the node will be a gateway or master node.
Mount the two transceiver modules to the battery boards via either the pin headers supplied
DLP-RFS-DK
3
© DLP Design, Inc.