ISD1760 Recording Playback Module
The ISD1760 Recording Playback Module is designed for those who are familiar with and capable of utilizing the ISD1700 series family chips. It is compatible with all chips in the ISD1700 series and offers a straightforward, comprehensive set of features. These recording chips, which are highly integrated and high-performing, belong to the ISD1700 series.
The ISD1760 Recording Playback Module offers a variety of features, including multi-segment recording with adjustable sampling rates from 4K to 12K. It also has a versatile power supply range of 2.4V to 5.5V. Additionally, the module includes new recording prompts which cause an LED to flash periodically, notifying users of new recordings. There are also four distinct sound prompts for different user actions, such as starting or stopping recording and erasing functions.
The FLASH chip stores recording data without compression, resulting in superior sound quality and power storage. It also has two distinct audio signal input channels: one for microphones and one for analog signals.
In independent key mode, after completion of the operation, the chip will enter power-saving mode to minimize energy usage. In SPI mode, additional functions can be performed during chip operation. For playback on the APC register for analog channel configuration, memory addresses can be read and written to.
Please take note of the following information.
ISD1760 Recording Playback Module is available in both blue and red colors, with the color selection being random.
The characteristics of this product include…
- Our patented MLS technology allows for non-volatile message storage.
- Experience a wide variety of Record and Playback Durations, ranging from 26 to 120 seconds.
- With a sampling frequency ranging from 4.0 to 12.0KHz, our product offers exceptional sound quality that sets the standard in the industry.
- Intended for managing messaging
- Messages can be either singular or plural.
- The operating voltage must remain low.
- This package includes PDIP, SOIC, and Die.
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