MCP6547-I/SN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MCP6547-I/SN is one of the most reliable and versatile linear-comparator ICs available today. It is designed to allow quick and precise comparison of analog signals, with an ultra-low-voltage operation and a wide range of input/output capabilities. The product is ideal for a variety of linear-comparator applications, with applications ranging from high-voltage testing to precision readings; and output types ranging from standard TTL levels to logic-level-compatible pulse-width-modulator devices.

The MCP6547-I/SN is a low-power and low-cost linear-comparator IC that provides many of the benefits of high-end devices, but at a much lower cost. This includes the wide temperature range, current-sense, low voltage operation, and precise timing characteristics. The product also provides a stable and precise power supply, with a wide operating and storage temperature range.

The MCP6547-I/SN works by comparing two analog signals. At the input, both signals are applied in a single-ended input format. The output of the comparator is either high or low, depending on the signal levels compared. All outputs are TTL-compatible, and the product supports a wide range of operating and standby current. The product also comes with a built-in Under-Voltage Lockout (UVL) feature that prevents the output from going low until the input voltage reaches a specified level, ensuring safe operation in all conditions.

The product also comes with a programmable analog output gradient feature, allowing a designer to adjust the response time or output gain for different types of applications. This product also features an extremely low power consumption of 48mW, providing an energy-efficient and reliable solution for even the most demanding applications.

In summary, the MCP6547-I/SN is a versatile and reliable linear-comparator IC that provides many of the benefits associated with high-end devices at a much lower cost. Its wide temperature range, current-sense, low voltage operation, and precise timing characteristics make it applicable in a wide variety of applications. Its energy-efficient design, low power consumption, and wide operating temperature range make it suitable for a variety of applications, from high-voltage testing to logic-level-compatible pulse-width-modulator devices.

The specific data is subject to PDF, and the above content is for reference