The IQS127D by Azoteq is an ultra-low power capacitive touch and proximity sensor tailored for single-electrode applications. It offers superior touch detection sensitivity, automatic tuning for varying environments, and minimal power consumption. This makes it an excellent choice for wearable devices, toys, and remote controls, providing reliable and efficient touch interaction.
Azoteq is a fabless semiconductor company and world leader incapacitive proximity and touch solutions for user interfaces. Their new ProxFusion product line gathers various sensor technologies in one chipset including ambient ligh sensing, IR, inductive and Hall Effect.
Controller IC | IQS127D |
---|---|
Brand | |
Package | 6 pins TSOT23-6 |
Number of channels | 1 |
Application | 1 Key |
Capacitance | Self |
Interface | Direct |
Evaluation Kit | IQS127DEV01 IQS127DEV02 |
Statut |
Controller IC | IQS127D |
---|---|
Brand | |
Package | 6 pins TSOT23-6 |
Number of channels | 1 |
Application | 1 Key |
Capacitance | Self |
Interface | Direct |
Evaluation Kit | IQS127DEV01 IQS127DEV02 |
Statut |
The IQS127D by Azoteq is an ultra-low power capacitive touch and proximity sensor tailored for single-electrode applications. It offers superior touch detection sensitivity, automatic tuning for varying environments, and minimal power consumption. This makes it an excellent choice for wearable devices, toys, and remote controls, providing reliable and efficient touch interaction.
Controller IC | IQS127D |
---|---|
Brand | |
Package | 6 pins TSOT23-6 |
Number of channels | 1 |
Application | 1 Key |
Capacitance | Self |
Interface | Direct |
Evaluation Kit | IQS127DEV01 IQS127DEV02 |
Statut |
The IQS127D by Azoteq is an ultra-low power capacitive touch and proximity sensor tailored for single-electrode applications. It offers superior touch detection sensitivity, automatic tuning for varying environments, and minimal power consumption. This makes it an excellent choice for wearable devices, toys, and remote controls, providing reliable and efficient touch interaction.