Used ICOS SX1221VC #293591929 for sale

ICOS SX1221VC is an integrated circuit (IC) handler that provides a digital interface for single chip transceivers, automating the modulation and demodulation of signals in a range of modulation formats, including FSK, GFSK, and MSK. This chip has been developed to provide a low-cost, low-power solution for wireless communication systems. SX1221VC has been designed for applications where low-power wireless communication is paramount. It integrates all the necessary MCU functions in a single chip, saving time and cost when interfacing with remote devices. ICOS SX1221VC operates in the UHF range and at speeds of up to 10Mbit/s in FSK, GFSK and MSK modulation schemes. Its on-board oscillator allows the chip to directly synthesize the desired frequency with no need for an external inductor, thus saving costs and space. The chip features a low power shutdown mode and a low power reception mode, where it can detect incoming transmissions without consuming additional energy. SX1221VC integrates a high-performance AFE (analog front end) that provides the analog signal transmission control, such as signal amplification, filtering, AGC, and digital signal reception filtering. This enables the chip to have excellent noise immunity, making it suitable for low-power applications in noisy environments. ICOS SX1221VC comes with integrated synchronization, a low-voltage operation system (1.2V), adjustable data rate, and programmable RF output power. This allows the chip to provide reliable wireless communication with robust data detect and decode capability. It also allows the chip to easily interface with a variety of other devices and systems, making it an ideal choice for low-power wireless communication applications. Overall, SX1221VC is an attractive option for low-power wireless communication applications. Its integrated AFE and flexible feature set allow the chip to provide reliable performance with excellent noise immunity. The chip offers low power shutdown and reception modes, adjustable data rates and programmable RF output power, making it an ideal choice for applications where reliable and low-power wireless communication is essential.