4010-DAAKF_434 Silicon Laboratories Inc, 4010-DAAKF_434 Datasheet - Page 14

• Manufacturer Part Number: 4010-DAAKF_434
• Description: KIT DEV KEYFOB 434MHZ FOR SI4010
• Manufacturer: Silicon Laboratories Inc
• Series: EZRadio®r
• Type: Key Fobr

Specifications of 4010-DAAKF_434

• Frequency: 434MHz
• Wireless Frequency: 27 MHz to 960 MHz
• Modulation: FSK, OOK
• Output Power: 10 dBm
• Antenna: SMA
• For Use With/related Products: Si4010
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant, Lead free / RoHS Compliant
• Other names: 336-1981

Si4010-Key Fob-DK
3. Examples provided
There are 5 demonstration examples provided with this documentation pack:
1. aes_demo
2. fcast_demo
3. fstep_demo
4. tone_demo
5. keyfob_demo
6. rke_demo
All are precompiled and ready to be used without compilation for convenience. The user just needs to go to the
<name>_demo/bin directory and open the Silicon Labs IDE *.wsp project file by the Silicon Labs IDE.
Each demo can be built and debugged from within the Silicon Labs IDE.
3.1. AES demo-aes_demo
AES example with timer usage example. The timer counts the number of system clock cycles needed to run
encryption, decryption key preparation, and decryption.
3.2. Frequency casting demo-fcast_demo
This example shows the main flow when using the main vFCast_Tune tuning function. It also shows how to
transmit a predefined data packet when a button is pressed. The buttons are not debounced in this simple
example.
3.3. Frequency casting two step demo-fstep_demo
This example shows the main flow when the user wants to switch in between several frequencies fast. It is possible
to call vFCast_Tune()for several frequencies in advance, collect the information calculated, and then just quickly
apply it during transmission. This is for the cases when the 5-6 ms time spent in vFCast_Tune() is prohibitive for
switching in between frequencies.
3.4. Tone (CW) generation demo-tone_demo
This example shows the steps to generate continuous wave (tone) at a desired frequency. There are two main files
compiled to two separate example applications:
tone_demo
Run main tune vFCast_Tune once, then use only fine tuning to track the temperature changes.
tone_demo_ptune
Periodic tuning, run main tune vFCast_Tune every minute and use the fine tuning only in between the main tuning
events. However, there will be about 6 ms interruption of the output during the main tuning, once per minute.
The Keil uVision project tone_demo.Uv2 covers both targets:
tone_demo
tone_demo_ptune
For the Silicon Labs IDE there is only one target per *.wsp file, so there
are two project files:
tone_demo.wsp
tone_demo_ptune.wsp
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