Low input voltage operation/low on-resistance characteristics

Typical On-Resistance Curves for the TCK206G/207G/208GTCK206G/207G/208G
Typical characteristics of TCK206G/207G/208G on-resistance

Toshiba load switch ICs have a wide range of operating voltages and low on-resistance characteristics, and a series featuring ultra-low input voltage operation from 0.75 V and low on-resistance characteristics. They can be used in a wide range of applications including battery line drive switches and low voltage drive switches above 1 A.

Typical On-Resistance Curves for the TCK111G/112G
Typical characteristics of TCK111G/112G on-resistance

Our low on-resistance (low RON) load switch IC incorporates a charge pump circuit (boost circuit) internally. Therefore, it is an extremely small and compact package, and it has achieved low voltage 0.75-V operation (TCK20x series) and 8 mΩ ultra-low RON (TCK11x series). In addition, it has low on-resistance characteristics that are flat with respect to output current and input voltage. Therefore, it is possible to keep low RON and low loss at all times regardless of changes in operating conditions.

Low Input Voltage Type Load Switch ICs

Low On-resistance Type Load Switch IC

문의

기술 문의

문의

문의

자주 있는 문의

자주 있는 문의

Questions about purchasing, sampling and IC reliability

재고 확인 및 구매

keyword:

Disclaimer for External Link
Through this website you are able to proceed to the website of our distributors ("Third Party Website") which is not under the control of Toshiba Corporation and its subsidiaries and affiliates (collectively "Toshiba"). The Third Party Website is made available to you as a convenience only and you agree to use the Third Party Website at your own risk. The link of the Third Party Website does not necessarily imply a recommendation or an endorsement by Toshiba of the Third Party Website. Please be aware that Toshiba is not responsible for any transaction done through the Third Party Website, and such transactions shall be subject to terms and conditions which may be provided in the Third Party Website.