Product Overview:
HY-234001V1 Bluetooth Low Energy SIP IC is targeted at low-power sensors and nearby single-mode devices.
HY-234001V1 provides Bluetooth low energy features: radio, Bluetooth protocol stack, profiles and required space for customer applications.
The IC also provides flexible hardware interfaces for connecting sensors.
HY-234001 V1 can be powered directly using a standard 3V button battery or a pair of AAA batteries. In the lowest power shutdown mode, it consumes only 0.15uA and wakes up in a few microseconds.
HY-234001V1 transmission distance will vary depending on the structure of the entire product, part material, layout, antenna type, placement, and surrounding environment. Chip solution: TICC2340R52
Product features:
Support the latest communication protocol: developed based on the BLUETOOTH® 5.3 LOW ENERGY standard, compatible with Bluetooth 4.2-5.3 protocols, with a wide compatibility range, applicable to most products on the market.
Support host mode, slave mode, master-slave mode;
Integrated Bluetooth low energy stack;
GAP, GATT, L2CAP, SMP Bluetooth low energy profile
Ultra-low current power consumption
1) Standby state: 0.7uA (RTC running and RAM/CPU retention, LFXT DCDC charging current setting: ipeak=7);
2) Shutdown state: 150nA (no clock running, no storage);
Programmable ARM Cortex-M0+ processor for embedding complete applications.
Related certifications: The module has completed the Bluetooth SIG BQB-5.3 identification and declaration process, CE/RED (Europe), FCC (USA) and IC (Canada), EU-RED, SRRC and other certifications, and can serve various application scenarios in various regions around the world.
User-defined antenna: The module has a reserved antenna interface, and users can flexibly choose the antenna to use, which greatly improves the communication distance of the module and further expands the application field.
High-performance processor: The integrated high-performance ARM CORTEX-M0+ processor provides sufficient computing power to support complex application scenarios. Support customers to carry out secondary development and embed complete applications.
Wide operating temperature range: Adapt to the temperature of -40℃~85℃, can adapt to most natural environments, and meet the temperature requirements of various application scenarios. It can also adapt to some application scenarios with extreme temperatures.
Highly integrated design: Ultra-small size (7×6×0.75mm), easy to integrate into various small or compact devices.
Remote upgrade: The Bluetooth slave version supports OAD (Over-the-Air Download) upgrade, and firmware updates can be achieved without physical contact. The Bluetooth host version supports SBL (Software Bootloader) upgrade, providing a flexible upgrade path.
Production capacity: Fully automatic production line production, production capacity is guaranteed.
Product parameters:
Model：HY-234001V1
Bluetooth version:Bluetooth 5.3 protocol
Chip:cc2340
Frequency range :2402-2480MHZ (2.4G ISM band)
Modulation mode:GFSK
Transmit power: -21-+8dBm (users can set through software programming)
Receive sensitivity: -96dBm (typical value)
Transparent transmission mode (factory setting required):Host/slave
Upgrade method: Support OAD upgrade/SBLupgrade
Transmission distance :Adjustable
Size :7×6×0.75mm
Module communication interface: UART/SPI
Module pin number :16 PIN (10 GPIO)
Antenna:Customized
Operating voltage (DC): 2.7 - 3.3V
Operating temperature: -40℃-+85℃
This module can be applied to multiple fields:
Fitness: sports bracelet, pedometer, sports measurement (running, cycling, golf)
Smart home: socket modification, remote control switch, dimming and color lighting, door locks, curtains, thermometer and hygrometer, smart scale, environmental smoke detector, pet supervision.
Health care: medical testing/tracking (heart rate, blood pressure, blood oxygen, pulse, body temperature)
Infant care: real-time body temperature detection, smart crib, anti-loss.
Toys: interactive remote control toys, robots, aircraft, toy cars, anti-lost devices.
Automotive electronics: tire pressure detection, car automatic locks, parking space records, electric vehicle anti-theft devices, data acquisition monitoring.
Human-machine interface: HID keyboard, mouse, remote control, handle.
