DFZM-TS220 User Manual DELTA DFZM-TS220 2.4GHz IEEE 802.15.4 Module User Manual Sheet 1 of 24 Proprietary Information and Specifications are Subject to Change Sep.
DFZM-TS220 1. DFZM-TS220/TS221 EVB This section describes the various interfaces and jumper settings for the DFZM-TS22x evaluation board. Description: 1 - 10 PIN F/W write connector (J3) 2 - DFZM-TS221 ZigBee module 3 – Power positive (Vcc) 4 - Power negative (Gnd) J3 connector pin out User Manual Sheet 2 of 24 Proprietary Information and Specifications are Subject to Change Sep.
DFZM-TS220 2. Updating the Firmware by the SmartRF EVB 1. Daughter Board 10 PIN Connector (J3) 2. SmartRF EVB 10 PIN Connector (P3 ExtSoC Debug) 3. TS221 module 4. TI 10 PIN cable (i.e. Daughter EVB need 3/3.3V) User Manual Sheet 3 of 24 Proprietary Information and Specifications are Subject to Change Sep.
DFZM-TS220 3. Updating the Firmware by the CC Debugger 1. CC Debugger 10PIN Connector 2. CC Debugger LED (If a module is detected, the LED will be GREEN. If no modules are detected, the LED will be RED) (i.e. Daughter Board don’t need 3/3.3V) Daughter EVB LEDs: D1: Power LED D2: Status LED (The LED is blinking while the firmware is being updated!) User Manual Sheet 4 of 24 Proprietary Information and Specifications are Subject to Change Sep.
DFZM-TS220 4. Installing USB driver To get the required USB driver for the CC Debugger, it is necessary to install one of the tools listed below: • SmartRF Studio www.ti.com/tool/smartrftm-studio • SmartRF Flash Programmer www.ti.com/tool/flash-programmer • PurePath Wireless Configurator http://www.ti.com/tool/purepath-wl-cfg Alternatively, you can download “Cebal – CCxxxx Development Tools USB Driver for Windows x86 and x64” [3] which is a standalone installer including only the device driver.
DFZM-TS220 5. Start SmartRF Studio List of Connected devices The list of connected devices at the bottom of the startup panel shows the following information about each connected device: Evaluation board type, USB Device Identifier, Firmware revision and device type. The Device Control panel can also be started by clicking on one of the entries in the list of connected devices. The list of connected devices will normally be updated automatically when a USB device is connected.
DFZM-TS220 The SmartRF Studio Device Control Panel allows the operator to • • • • • execute test functions o packet RX o packet TX o continuous RX o continuous TX select predefined (typical) settings to view and adjust RF parameters access individual registers via the Register View select either a simple user interface (Easy Mode) or an advanced (Expert Mode) User Manual Sheet 7 of 24 Proprietary Information and Specifications are Subject to Change Sep.
DFZM-TS220 Easy Mode Easy Mode provides a simple user interface for packet transmission and reception. The user can select between two test modes; Packet TX and Packet RX in the bottom panel. Quick Start A packet TX/RX test between two devices can be started simply by selecting 'Packet TX' on one of the devices and 'Packet RX' on the other. Press start on the 'Packet RX' device first, then press start on the 'Packet TX' device to start the packet transmission.
DFZM-TS220 Typical settings The list of typical settings includes recommended register settings for some typically used parameter values. By selecting one of the typical settings the recommended register values for this combination of parameters will be programmed to the device. RF Parameters The RF parameters panel shows the current value of various RF parameters. The specific RF parameters shown in this panel is dependent to the connected device type.
DFZM-TS220 and the register view is updated accordingly. If not operating in offline mode, the register values will also be written to the connected device. Likewise if a register value is changed, either from register view or indirectly by selecting a new typical or easy mode setting, the affected RF parameters in this panel will be updated accordingly. Continuous TX The Continuous TX panel is used to set the device in a mode where it transmits a continuous signal.
DFZM-TS220 Data Format If the modulation is enabled, the source of modulation data is selected from this drop down list. Frequency Sweep Enable/disable sweep transmission over multiple frequencies. 'Start Freq.' and 'Stop Freq.' sets the start and end frequency of the sweep. 'Delta Freq.' sets the size of each frequency hop between start and stop frequency. 'Time' sets the time to transmit on each frequency.
DFZM-TS220 TrxEB P7 pin 8(GDO0): Data from function generator into RF Device. P7 pin 4(GDO2): Clock from RF Device to external scope. P7 pin 8(GDO0): Data from function generator into RF Device. Serial Synchronous mode: Asynchronous transparant mode: CC430 The GDO pins for the radio of CC430 is mapped to port 2. CC430Fx137EM Serial Synchronous mode: Asynchronous transparant mode: Port 2.6(GDO0): Data from function generator into RF Device. Port 2.
DFZM-TS220 The measured RSSI in dbm is plotted on the graph as a function of time. On the right side of the panel the numerical value of the RSSI is given in both a raw format and in the calculated dBm units. The RSSI offset used for the calculation is also shown. The actual RSSI offset is dependent on the connected device type and is found in the datasheet.
DFZM-TS220 SmartRF04EB and TrxEB: CC1100, CC1101, CC1150, CC2500 and CC2550 TrxEB: CC1120, CC1121, CC1175 The General Digital Output(GDO) pins are configured as output for data signal and output of the clock signal. SmartRF04EB DTEST0(GDO0): Data from RF Device to external scope. DTEST1(GDO2): Clock from RF Device to external scope. DTEST0(GDO0): Data from RF Device to external scope. P7 pin 8(GDO0): Data from RF Device to external scope. P7 pin 4(GDO2): Clock from RF Device to external scope.
DFZM-TS220 CC430Fx137EM Serial Synchronous mode: Asynchronous transparant mode: Port 2.6(GDO0): Data from RF Device to external scope. Port 2.7(GDO2): Clock from RF Device to external scope. Port 2.6(GDO0): Data from RF Device to external scope. Packet TX This panel controls packet transmission. User Manual Sheet 15 of 24 Proprietary Information and Specifications are Subject to Change Sep.
DFZM-TS220 Packet payload size This field select the size of the payload. The maximum size is dependent on the connected device type. A warning is given if the maximum size is exceeded. Optionally a 2 bytes sequence number can be added at the end of the payload. Packet count This field selects the number of packets to be sent, optionally infinite. Advanced options The Advanced options is available for the convenience of the advanced users. The options will vary from device to device .
DFZM-TS220 payload, after the length byte. Packet interval The packet interval option can be used to change the delay time between each packet. When the "Use default" is checked, the value calculated by SmartRF Studio is shown. Packet RX This panel control packet receive. Statistics for the Packet RX test is shown at the right side of the panel. Expected packet count This field selects the number of packets expected to be received, optionally infinite. The value is used to calculate the packet error rate.
DFZM-TS220 Sequence number Set the 'Seq. number included in payload.' check box if the transmitter is configured to include sequence number in the payload. EB Buffer overflow The "EB Buffer overflow!" indication is given when the internal packet buffer on the Evaluation Board MCU is full. This can happen when the PC application is not able to read packets from the buffer fast enough. The EB MCU tries to store the incoming packet, but does not succeed since the buffer is full.
DFZM-TS220 RF Device Commands This panel is used to issue individual command strobes to the chip. The specific command strobes shown in this panel are dependent on the connected device type, and may not include all strobes supported by the device. Consult the datasheet for a description of supported command strobes. Select test mode The user should first select the specific test mode from the drop down list to be used from the device command panel.
DFZM-TS220 included as the first byte. Read RX FIFO Read device' RX FIFO. PER test configuration This panel is used to write Packet Error Rate test configuration to the DFZM-TS220 EVB. The standalone PER test with the SmartRF04EB board is only available for CC1100, CC1101, CC1100E and CC2500.
DFZM-TS220 The configuration data can be used by selecting the frequency band and Preset #3 from the test set-up menu in the LCD on the evaluation board. The applicable Frequency band will be shown below the "write" button and on the LCD on the evaluation board when the configuration data has been reprogrammed. The configuration data will be written to the MASTER device and transferred over the air(using a fixed radio set-up) to the SLAVE device when the test is started.
DFZM-TS220 6. Antenna Information Production Number Frequency Range Peak Gain Radiated Patten H-Plane AR007WSW01A03 2400MHZ ~ 2500MHz 2dBi V-Plane Location User Manual Sheet 22 of 24 Proprietary Information and Specifications are Subject to Change Sep.
DFZM-TS220 Federal Communications Commission (FCC) Statement You are cautioned that changes or modifications not expressly approved by the part responsible for compliance could void the user’s authority to operate the equipment. Section 15.
DFZM-TS220 -Consult the dealer or an experienced radio/TV technician for help. 15.19(a)(1) licensed project (GSM Device) This device complies with part 15 of the FCC Rules. Operation is subject to the condition that this device does not cause harmful interference. Part 15.19(a)(3) unlicensed project (WLAN Device) This device complies with Part 15 of the FCC Rules.
