Hello, Welcome to Dasenic

Microchip Technology ATA8204P3C-TKQW Environmental and export classification status description

Microchip Technology ATA8204P3C-TKQW Overview The Microchip Technology ATA8204P3C-TKQW is a highly integrated transceiver IC designed for low-power, narrowband sub-1 GHz wireless communication applications. It includes a complete Narrow Band FM (NBFM) radio transmitter and a superheterodyne radio receiver. The chip operates in the UHF band, typically in the 315/433/868/915 MHz ISM frequency ranges. Functions and Features 1. Transmitter Functions: - Integrated NBFM transmitter with preamplifier - ASK Modulation - Data Rate up to 10 kbps 2. Receiver Functions: - Superheterodyne receiver with LNA and image reject mixer - RSSI Measurement 3. General Features: - Low power consumption - Built-in temperature sensor - SPI interface for control and configuration - Supply voltage range: 1.8V to 3.6V Applications - Remote keyless entry (RKE) systems - Remote controls - Wireless sensors - Home automation - Industrial control and monitoring Alternative Components 1. CC1101: Low-power RF transceiver from Texas Instruments. 2. Si4463: Silicon Labs' sub-GHz RF transceiver. Embedded Modules There are no specific embedded modules associated with the ATA8204P3C-TKQW. However, it can be integrated into various embedded systems for wireless communication applications. --- Related Q&A 1. What is the typical operating range of the Microchip ATA8204P3C-TKQW in an open environment? The operating range can vary depending on factors like output power, antenna design, and environmental conditions. However, in ideal conditions, the ATA8204P3C-TKQW can achieve ranges of up to a few hundred meters. 2. Can the ATA8204P3C-TKQW be used for bidirectional communication? While the ATA8204P3C-TKQW primarily integrates a transmitter and receiver for simplex communication, it can be used in conjunction with other components to enable bidirectional communication in a system. 3. What is the typical current consumption of the ATA8204P3C-TKQW in active transmit and receive modes? The current consumption can vary based on the operating parameters. Typically, in active transmit mode, the chip may consume around 10-20 mA, while in receive mode, it may consume around 8-15 mA. 4. Does the Microchip ATA8204P3C-TKQW support frequency agility for hopping or frequency diversity schemes? The ATA8204P3C-TKQW is designed for narrowband applications and operates on a fixed frequency. It does not inherently support frequency hopping or agile frequency schemes. 5. Are there evaluation kits available for the Microchip ATA8204P3C-TKQW to facilitate rapid prototyping and testing? Yes, Microchip provides evaluation kits that include the ATA8204P3C-TKQW IC, supporting documentation, and software tools to aid in the evaluation and development of systems using this transceiver.