CC2640F128RSM
₹463.00
Application of CC2640F128RSM
- Building and Home Automation-Appliances That Are Connected
-Lights
-Locks
-The Gateways
-Systems for Security
- Industrial- Supply chain
– Manufacturing and Production
– Robotics
– Asset Management and Tracking
– Wireless Display
– Replacement of cables
? HMI
– Access Management
- Retail-The beacons
– Promotion
– Price Tags and ESL
– Payment and Point of Sale Systems
- Medical and Health-Temperature gauges
– SpO2
– Blood pressure and glucose metres
– Weighbridges
– Vitals Tracking
– Aids to hearing
- Exercise and Sports-Fitness trackers and activity monitors
-Monitors for Heart Rate
-Operating Sensors
-Bicycle Sensors
-Watches for sports
– Fitness Gear
– Gear for team sports
- Accessories-Toys
-Followers
-Tags for bags
-Smartwatches
Features of CC2640F128RSM
- Microcontroller-Strong ARM? Cortex?
-M3
– 142 for EEMBC CoreMark?
– Maximum Clock Speed of 48 MHz
– 128 KB of programmable in-system flash
– Cache: 8KB of SRAM
– 20KB of SRAM with ultra-low leakage.
– JTAG and 2-Pin cJTAG Debugging
– Facilitates Over-The-Air Upgrade (OTA)
- Sensor Controller with Ultralow Power- Can Operate Independently of the Rest of the System
-16-Bit architecture
– 2KB of SRAM with extremely minimal leakage for code and data.
- Peripherals- Any GPIO Can Be Used to Route All Digital Peripheral Pins
– Four modules for general-purpose timers.
– 200 ksamples/s, 8-Channel Analog MUX, 12-Bit ADC
– Comparator for Continuous Time
– Ultralow-Power Analog Comparer
-Modifiable Current Source
– Clock in Real Time (RTC)
– Security Module AES-128
-The TRNG (True Random Number Generator) (TRNG)
– Depending on the package option, 10, 15, or 31 GPIOs
– Eight capacitive-sensing buttons are supported.
– Temperature sensor built-in
2877 in stock
Description of CC2640F128RSM
A wireless MCU designed for Bluetooth applications is the CC2640F128RSM gadget. The gadget belongs to the CC26xx family of 2.4 GHz, ultralow power, and reasonably priced RF devices.
Excellent battery lifetime is provided by the extremely low active RF and MCU current and low-power mode current consumption, which also enable operation on small coin cell batteries and in energy-harvesting applications.
A 32-bit ARM Cortex-M3 CPU with a clock speed of 48 MHz serves as the primary processor in the CC2640F128RSM device, which also has a wide range of peripheral features, including an original ultralow power sensor controller.
While the rest of the system is in sleep mode, this sensor controller is the best choice for integrating external sensors and for autonomously gathering analogue and digital data.
The ROM-embedded Bluetooth Low Energy controller uses an ARM Cortex-M0 processor in part to function. This architecture reduces power consumption, boosts system performance, and frees up flash memory for the application.
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