RXC101

Packaging : Reel
Type : Receiver
Operating Supply Voltage : 2.5 V, 3.3 V, 5 V
Package / Case : TSSOP-16
Operating Frequency : 1000 MHz


Features:

• Modulation: OOK/FSK (Frequency Hopping Spread Spectrum capability)
• Operating frequency: 315/433/868/915 MHz
• High Sensitivity: (-113dBm)
• Low current consumption (RX current ~ 8mA)
• Wide Operating supply voltage: 2.2 to 5.4V
• Low standby current (0.1uA)
• FSK Data rate up to 256kbps
• Support for Multiple Channels
• [315/433 Bands]: 380 Channels (25kHz)
• [868 Band]: 761 Channels (25kHz)
• [915 Band]: 1040 Channels (25kHz)
• Generic 10MHz Xtal reference
• Processor or Standalone Operation Mode
• Automatic Frequency Alignment
• Programmable Analog/Digital Baseband Filter
• Programmable Data Rate
• Programmable Input LNA Gain
• Programmable Clock Output Frequency
• Programmable Wake-up Timer with programmable Duty Cycle
• Programmable Crystal Load Capacitance
• Programmable, Positive/Negative FSK Deviation
• Programmable Push Button Control
• Internal Valid Data Recognition
• Integrated PLL, IF & Baseband Circuitry
• Integrated Selectable Analog/Digital RSSI
• Integrated, Programmable Low Battery Voltage Detector
• Integrated Crystal Oscillator
• Integrated Clock Recovery
• Standard SPI interface
• External Wake-up Events
• External Processor Interrupt pin
• Receive FIFO or External Pin
• TTL/CMOS Compatible I/O pins
• No Manual Adjustment Needed for Production
• Very few external components requirement
• Small size plastic package: 16-pin TSSOP
• Standard 13 inch reel, 2000 pieces.




Application

• Remote control applications
• Active RFID tags
• Wireless PC Peripherals
• Automated Meter reading
• Home & Industrial Automation
• Security systems
• Remote keyless entry
• Automobile Immobilizers
• Sports & Performance monitoring
• Wireless Toys
• Medical equipment
• Low power two way telemetry systems
• Wireless mesh sensors
• Wireless modul




Pinout






Specifications

White Papers Reflow Soldering of SMD Products To Printed Wiring Boards (PWBs)Using Lead-Free Solder Saw-Based Hybrid Transceivers in Slam Packaging Advances in SAW Technology (LPRA Presentation)Application Notes Implementing a FHSS radio with the TRC103 Antenna App Note: Part I Loop Antennas RFIC Battery Life Calculator RFIC TX/RX Configuration Using the TR8100 in ISSS Mode FCC Regulations Antenna Lengths TRC101-102 FHSS RFIC High Power TRC101-102 TRC102 Range Test at 433.92MHz High Data Rate SAW-Stabilized ASK Transmitter SAW Based Transmitter Design Notes Simple Clock & Data Recovery RFM Battery Life Calculator RFM 1% Transmitter Duty Cycle Calculator Comparison Between OOK/ASK and FSK Modulation Techniques for Radio Links World Wide Frequency Allocations for RFM's Transceivers, Transmitters and Receivers Hand Soldering for TX, RX, and TR Removing the TX, RX, and TR from the PCB 2nd Generation ASH Transceiver Designers Guide (English) 2nd Generation ASH Transceiver Designers Guide (Japanese Translation) 3rd-Generation ASH Transceiver Designer's Guide Antennas for Low Power Applications ASH Transceiver Antenna Impedance Matching Design and Certification of ASH Radio Systems for Japan Assembling ASH Radio Products Onto Customers' PWBs ESD Protection 2nd Generation ASH Radio PCB Gerber Files10mWpcb_1522001x1.zipSM20HEMI_1528002x2.zipSM20LEMI_1528001x1.zip 2nd Generation ASH Transceiver 10 mW Power Amplifier Circuit Board Unique Considerations for Data Radio UARTS Transmitter Design Notes Low Power ASK Transmitter OOK Vs ASK Vs FSK Saw- Stabilized FSK Oscillator 2nd Generation Ash Receiver 5V to 3V Conversion Software 2nd Generation ASH Design Assistance Software (New Version 2.5.4) RFIC Design Assistance SoftwareDownload RFDA Software zip file 35MB RFDA Software Datasheet RX Software Uart Example 2nd Generation ASH Transceiver Software Designer's Guide (Updated, Faster Software) Virtual Wire? Development Kits & Software Free VWO Firmware Source CodeOther Resources Top 10 Ways To Get Greater Range And Reliability From Your Short-Range Wireless System

Symbol	Parameter	Notes	Min	Max	Units
VDD	Positive supply voltage		-0.5	6	V
Vin	Voltage in on any pin		-0.5	Vdd+0.5	V
Iin	Input current into any pin except VDD and VSS		-25	25	mA
ESD	Electrostatic discharge with human body model			1000	V
Tstg	Storage temperature		-55	125
Tlead	Soldering Lead temperature (max 10 s)			260

Description

RXC101 is a highly integrated single chip, zero-IF, multi-channel, low power, high data rate RF receiver designed to operate in the unlicensed 315/433/868 and 915 MHz frequency bands. All critical RF and baseband functions are completely integrated in the chip, thus minimizing external component count and simplifying design-ins. Its small size with low power consumption makes it ideal for various short range radio applications.

The RXC101 supports two modes Micro controller mode and Standalone mode. In the Micro controller mode, the use of a generic 10MHz crystal and a low-cost microcontroller is all that is needed to create a complete Receiver link. Simple short range radio applications can be supported by using the RXC101 in the Standalone mode, which allows complete receiver operation without the use of a microcontroller.