NOTE: Pegasus Technologies
is in the final stages of designing a successor module,
and we are no longer taking new customers for this product. For more information on the timing
and capabilities of the new module, call Jim Pearce at 865-717-9339 ext. 201.
Pegasus Technologies, Inc. is pleased to present the PTSS2003 902 - 928 MHz Transceiver. Unlike its
predecessor, the PTSS2000, which was only offered
as a design package, you can purchase this transceiver as a module
for use in your product. This device has successfully passed FCC and Canada compliance testing and
has been granted modular certification.
Also, an FCC-approved low-power version for 902-928 MHz and an
ETSI-tested low power European market version for 868 MHz are also available for your applications
requiring less power, exceptional battery life, and ultra-cool operation — see our
RF Products page). 433 MHz versions for the Asian market are under development.
Even better, new production efficiencies and increasing volume have allowed us to slash our prices!
A Developer's Kit, which can help you incorporate this module into your design, is also available.
PTSS2003 Specifications
Product Overview
The PTSS2003 is a compact, ready-to-use, FCC-certified Frequency Hopping Spread
Spectrum transceiver that operates in the license-free 902-928 MHz band. It is
ideal for OEM applications that require a wireless data connection, and it
can also be easily integrated into existing systems. This versatile module will
simplify the task of using wireless to send and receive data, using the latest
RFIC technology and a customizable TI MSP430 microcontroller.
The PTSS2003 can work in systems with or without an external processor. In situations
where there is no host for the system or for specialized applications,
Pegasus can easily customize the microcontroller firmware to meet your needs.
Low operating power requirements and very low power consumption in shut down mode
make this the ideal module for applications where long battery life is important.
Features
FCC Modular Certification ID: QLBPTSS2003
Canadian Certification Approval No: 4635A-12240
XEMICS XE1202 Transceiver
Customizable TI MSP430 Microcontroller
RFMD Power Amplifier
Asynchronous Serial Interface
Frequency Hopping Spread Spectrum over 160 Channels, Ranging from 902 to 928 MHz
User Selectable Hop Table (65536 Tables)
Low Power Consumption
Shut Down mode <10uA
High receiver sensitivity, -107dBm
SAW filter for high interference rejection
250mW Transmit Power
Small Form Factor (1.7" x 1.5" x .35")
CRC-16 Error Detection with User Selectable Auto Resend on Error
User Selectable Data Encryption
76,800 bits/sec Data Rate
200KHz receive bandwidth
Applications
Remote Sensor Monitoring
Home Automation
Remote Keyless Entry
Remote Control
Security Devices
Power Sensitive Wireless Applications
Electrical Specifications
Min
Typical
Max
Units
Power Supply Voltage
2.9
3.3
5.5
Volts
Power Supply Current
Sleep Mode (27 C)
6
20
uA
Receive Mode
30
60
mA
Transmit Mode
400
500
mA
Serial Host Interface
'0' Voltage Level
0
0.6
V
'1' Voltage Level
2.4
3.5
V
Host Data Rate
9600
115200
bps
Analog Channels
Channels
2
channels
Input Range
0
2.5
Volts
Quantization
12
Bits
RF Specifications
Frequency Range
902
928
MHz
Frequency Stability
20
ppm
Architecture
Frequency Hopping Spread Spectrum
Channels per hop table
50
channels
Available Channels
48000
channels
Packet Length
8
760
bits
Receiver Sensitivity
-107
dBm
Out of Band Rejection
40
dB
Transmitter
RF Output Power
250
mW
Modulation
2-FSK
Data Rate
76800
bps
Deviation
±100
KHz
Environmental Conditions
Operating Temperature
-40 C to + 80 C
Relative Humidity
5% to 95% Non Condensing
Mechanical Dimensions
Length
1.70±0.01
inch
Width
1.50±0.01
inch
Height
0.35±0.02
inch
NOTE: This device complies with Part 15 of the FCC rules. Operation is subject to the
following conditions. 1) This device may not cause harmful interference, and 2) This
device must accept any interference received, including interference that may cause
undesired operation.
For a downloadable/printer friendly copy of this spec sheet, select one of the links below:
