HIGH-PERFORMANCE RF MODULE RXM-900-HP3-xxx WIRELESS MADE SIMPLE HP3 SERIES RECEIVER MODULE DATA GUIDE DESCRIPTION 1.940 The HP3 RF receiver module offers complete HP SERIES RF RECEIVER compatibility and numerous enhancements 0.780 RXM-900-HP3-SP* LOT 10000 over previous generations. The HP3 is designed for the cost-effective, high- Pin Spacing: 0.1 performance wireless transfer of analog or 0.236 digital information in the popular 902-928MHz SIP Style band. All HP3 Series modules feature eight 1.950 parallel selectable channels, but versions are HP SERIES RF RECEIVER also available which add serial selection of 100 0.750 RXM-900-HP3-SP* LOT 10000 channels. To ensure reliable performance, the receiver employs FM / FSK demodulation and 0.190 an advanced dual-conversion microprocessor- SMD Style controlled synthesized architecture. The Figure 1: Package Dimensions receiver is pin- and footprint-compatible with all previous generations, but its overall physical size has been reduced. Both SMD and pinned packages are available. When paired with an HP3 transmitter, a reliable link is created for transferring analog and digital information up to 1,000 feet. (under optimal conditions). As with all Linx modules, the HP3 requires no tuning or additional RF components (except an antenna), making integration straightforward even for engineers without prior RF experience. FEATURES APPLICATIONS INCLUDE Wireless Networks / Data Transfer 8 parallel / 100 serial (PS Versions) Wireless Analog / Audio user-selectable channels Home / Industrial Automation FM / FSK demodulation for outstanding Remote Access / Control performance and noise immunity Remote Monitoring / Telemetry Exceptional sensitivity (-100dBm typical) Long-Range RFID Wide-range analog capability including MIDI Links audio (50Hz to 28kHz) Voice / Music / Intercom Links RSSI and Power-down lines Precision frequency ORDERING INFORMATION synthesized architecture PART DESCRIPTION No external RF components required RXM-900-HP3-PPO HP3 Receiver (SIP 8 CH only) Compatible with previous RXM-900-HP3-PPS HP3 Receiver (SIP 8p / 100s CH) HP Series modules RXM-900-HP3-SPO HP3 Receiver (SMD 8 CH only) High data rate RXM-900-HP3-SPS HP3 Receiver (SMD 8p / 100s CH) (up to 56kbps) MDEV-900-HP3-PPS-USB HP3 Development Kit (Pinned Pkg.) Wide supply range (2.8 to 13.0VDC) MDEV-900-HP3-PPS-RS232 HP3 Development Kit (Pinned Pkg.) Direct serial interface MDEV-900-HP3-SPS-USB HP3 Development Kit (SMD Pkg.) Pinned and SMD packages MDEV-900-HP3-SPS-RS232 HP3 Development Kit (SMD Pkg.) Wide temperature range Receivers are supplied in tubes of 10 pcs. (-30C to +85C) Revised 1/28/08 ELECTRICAL SPECIFICATIONS ABSOLUTE MAXIMUM RATINGS Parameter Designation Min. Typical Max. Units Notes Supply Voltage V -0.3 to +18.0 VDC CC POWER SUPPLY Any Input or Output Pin -0.3 to V VDC CC Operating Voltage V 2.8 3.0 13.0 VDC Operating Temperature -30 to +85 C CC Supply Current I 16.0 19.0 21.0 mA 1 Storage Temperature -45 to +85 C CC Soldering Temperature +260C for 10 seconds Power-Down Current I 5.6 10.0 A 2 PDN RECEIVE SECTION *NOTE* Exceeding any of the limits of this section may lead to permanent Receive Frequency Range F 902.62 927.62 MHz 3 C damage to the device. Furthermore, extended operation at these maximum ratings may reduce the life of this device. Center Frequency Accuracy -50 +50 kHz Channel Spacing 250 kHz 3 First IF Frequency 34.7 MHz 4 PERFORMANCE DATA Second IF Frequency 10.7 MHz 4 Noise Bandwidth N 280 kHz These performance parameters 3DB ANT NC Data Rate 100 56,000 bps are based on module operation at GND NC Analog / Audio Bandwidth 50 28,000 Hz 4 25C from a 3.0VDC supply unless GND NC GND NC Analog / Audio Output Level 0.8 1.1 2.0 VAC 5 otherwise noted. Figure 2 GND NC GND NC Data Output: illustrates the connections GND NC GND NC Logic Low 0.0 0.5 VDC 6 necessary for testing and NC NC CS0 NC Logic High V -0.3 V VDC 6 PC CC CC operation. It is recommended all CS1 / SS CLOCK NC PC Output Impedance 17 kohms CS2 / SS DATA NC ground pins be connected to the PC PDN NC Data Output Source Current 230 A7 5VDC ground plane. The pins marked NC RSSI NC MODE NC PC Receiver Sensitivity -94 -100 -107 dBm 8,9 have no electrical connection. VCC NC AUDIO NC RSSI: DATA NC Dynamic Range 60 70 80 dB 4 Figure 2: Test / Basic Application Circuit Gain 24 mV/dB 4 Voltage With No Carrier 1.6 V 4 TYPICAL PERFORMANCE GRAPHS Spurious Emissions -57 dBm 4 Interference Rejection: F 1MHz 54 dB 4 3.0 C PDN F 57 dB 4 5MHz C 2.5 ANTENNA PORT RF Input Impedance R 50 4 OUT 2.0 1 RX DATA TIMING Receiver Turn-On Time: 1.5 via V T4 7.0 mSec 4 CC 2 1.0 via PDN T3 3.0 mSec 4 -110 -100 -90 -80 -70 -60 -50 -40 RF INPUT (dBm) Channel Change Time T2 1.5 mSec 4 CH1 1.00V CH2 2.00V 500uS Delta 1.920mS Max time between transitions T 20 mSec 4 1 Figure 3: RX Enabled to Valid Data Figure 4: Receiver RSSI ENVIRONMENTAL Operating Temperature Range -30 +85 C4 -6 10 Table 1: HP3 Series Receiver Specifications -5 10 Notes BER 1. Over the entire operating voltage range. -4 10 2. With the PDN pin low. 3. Serial mode. 4. Characterized, but not tested. -3 5. With 1kHz sine wave 115kHz transmitter deviation 10 -92 -93 -94 -95 -96 -97 -98 -99 -100 -101 -102 6. No load. 1 PIN (dBm) 7. With 1V output drop. CH1 500mV 1mS Delta 4.080mS -5 8. For 10 9,600bps. Figure 5: Worst Case RSSI Response Time Figure 6: BER vs. Input Power (typical) 9. At specified center frequency. Page 2 Page 3 RX OFF RX ON >-35dBm RSSI VOLTAGE (V)