1 x Silicon Laboratories Dev. Kit , 434MHz EZRadio One-Way AES 4010-AESK1W-434 - Silicon Laboratories
Silicon Laboratories
Silicon Laboratories Dev. Kit 434MHz EZRadio One-Way AES
- BMUK Part # :-771-0571
- BrandSilicon Laboratories
- Mfr. Part No.4010-AESK1W-434
- You will get 1 Kit
EZRadio® Si4010/4355 Secure Remote Control Demonstration Kits
Silicon Laboratories one-way AES demo utilizes the capabilities of the Si4010 key fob transmitter and the Si4355 EZRadio receiver in order to demonstrate a one-way secure link application. The Si4010 key fob as the transmitter sends radio packets with partially encoded content. At the receiver side an EZRadio receiver, the Si4355 chip receives the packet, then evaluates and decodes it. The receiver can handle OOK or 2FSK modulated RF packets as well as the transmitter can set up to transmit OOK or 2FSK modulated RF packets.
Si4010 Universal Key Fob
RX Pico Board, PCB Antenna, SMA
LCD Baseboard with AES Demo Code
Antenna
Key Fob Plastic Case
CR2032 3 V Coin Battery
(4) AA Battery
USB Cable
Single-Chip Components, Silicon Laboratories
Classification | Development Kit | |
Technology | Wireless |
TE Connectivity Black Heat Shrink Tubing, 9.5mm, 2:1, 10m Length
DR-25 Heat shrink Tubing (Shrink Ratio 2:1)
Robust and flexible heat shrink tubing. It protects wires and cables against damage from chemicals, abrasion, and fluids. The tubing is ideal for use in high temperature environments as it has been specially designed for long term heat resistance and is flame retardant.
Features and Benefits
• Offers excellent protection and insulation
• Provides strain relief
• Performs well under long-term heat exposure
• The tubing is printed with the product description and size
• Shrink ratio of 2:1
• Use with System 25 range products for a complete cable harness system
Standards
VG95343 Part 5 Type D, VDE 0341/Pt 9005, AMS-DTL-23053/16, BS36-198 Part 3 10A.
High Temperature
Sleeve Diameter | 9.5mm | |
Shrunk Diameter | 4.8mm | |
Colour | Black | |
Sleeve Type | Heat Shrink | |
Shrink Ratio | 2:1 | |
Sleeve Length | 10m | |
Material | Elastomer | |
Minimum Operating Temperature | -75°C | |
Maximum Operating Temperature | +150°C | |
Dielectric Strength | 8kV/mm |
Microchip MCP7940M-I/SN Real Time Clock — Calendar, NV SRAM, 64B RAM 8-Pin SOIC
MCP7940M I²C Real-Time Clock/Calendars
The Microchip MCP7940M is Real-Time Clock Calendar (RTCC) that supports I²C communications. The MCP7940M includes a digital trimming circuit for accuracy which can compensate for crystal tolerance and temperature.
The MCP7940M features a multi-functional output that can be configured as an alarm output, to output a selectable frequency square wave or as a general purpose output.
Features
2-Wire Serial Interface, I²C™ Compatible: I²C clock rate up to 400 kHzOn-Chip Digital Trimming/Calibration: ±1 ppm resolution, ±129 ppm range
Tracks Hours, Minutes, Seconds, Day of Week, Day, Month and Year
Leap Year Compensated to 2399
12/24 Hour Modes
Oscillator for 32.768 kHz Crystals: Optimised for 6-9 pF crystals
Dual Programmable Alarms
Versatile Output Pin
Wide Operating Voltage Range: 1.8V to 5.5V
Low Typical Timekeeping Current: 1.2μA at 3.3V
Real Time Clock Peripherals - Microchip
Functions | Calendar, NV SRAM | |
Date Format | DW:DM:M:Y | |
Time Format | HH:MM:SS | |
User RAM | 64B | |
Bus Type | Serial-I2C | |
Mounting Type | Surface Mount | |
Package Type | SOIC | |
Pin Count | 8 | |
Dimensions | 4.9 x 3.9 x 1.25mm | |
Length | 4.9mm | |
Width | 3.9mm | |
Height | 1.25mm | |
Maximum Operating Supply Voltage | 5.5 V | |
Minimum Operating Supply Voltage | 1.8 V | |
Maximum Operating Temperature | +85 °C | |
Minimum Operating Temperature | -40 °C |