EVM-915-DTS-BZS Linx Technologies, EVM-915-DTS-BZS Datasheet - Page 21

• Manufacturer Part Number: EVM-915-DTS-BZS
• Description: RF Development Tools 915 MHz Wireless Module DTS Brazil
• Manufacturer: Linx Technologies
• Type: Wi-Fir

Specifications of EVM-915-DTS-BZS

• Rohs: yes
• Product: Evaluation Modules
• Tool Is For Evaluation Of: Wi.232DTSB-R
• Frequency: 915 MHz
• Operating Supply Voltage: 3 V to 3.6 V
• Interface Type: UART
• Factory Pack Quantity: 1

Preliminary Draft
Figure 45: AC Specifications – TX
AC Specifications – TX
Parameter
Transmit Frequency
Maximum Effective RF
Data Rate
Center Frequency Error
Frequency Deviation:
DTS Mode
Frequency Deviation:
LP Mode
Low Output Power,
Conducted
Mid-Low Output Power,
Conducted
Mid-High Output Power,
Conducted
Output Impedance
Carrier Phase Noise
Harmonic Output
902.2
Min.
TBD
Typ.
100
235
–50
75
11
50
–
–4
2
1
36
–
927.8
Max.
14
–1
5
4
Units
ohms
kbps
MHz
ppm
dBm
dBm
dBm
dBc
dBc
kHz
kHz
Notes
Encoding/over-
head losses
included, 144 byte
MTU
915MHz at 25°C
915MHz into
50ohm load
915MHz into
50ohm load
915MHz into
50ohm load
915MHz into
50ohm load
Into 50ohm load
Into 50ohm load
Figure 47: Flash Specifications (Non-Volatile Registers)
Figure 46: DC Specifications
Flash Specifications (Non-Volatile Registers)
Parameter
Flash Write Duration
Flash Write Cycles
DC Specifications
Parameter
Operating Temperature
Supply Voltage
Receive Current
Consumption
Transmit Current
Consumption
Low Power
Mid-Low Power
Mid-High Power
High Power
Standby Current
Consumption
Sleep Current
Consumption
Vih: Logic High Level Input
Vil: Logic Low Level Input
Voh: Logic High Level
Output
Vol: Logic Low Level
Output
Min.
20k
0.7*Vcc
100k
Typ.
16
Min.
−40
2.7
2.5
0
0
Max.
21
16–24
26–35
33–44
48–56
63-72
Typ.
850
3.3
–
35
37
cycles
Units
–
ms
0.3*Vcc
Max.
+85
Vcc
3.6
5.0
0.4
Notes
Module stalled during write
operation
Units
VDC
VDC
VDC
VDC
VDC
mA
mA
mA
mA
mA
°C
µA
µA
Notes
HW Revision C and
later
Continuous
operation, Cdd =
3.3VDC, varies with
UART data rate
selected
Output into 50-ohm
load, Vdd=3.3VDC,
depends on data
rate selected
Vdd = 3.3VDC
Vdd = 3.3VDC
Preliminary Draft