Through use of specialized design simulation and validation development services, Coto Technology can help customers to accelerate the effective design & development of their magnetically-actuated devices – which feature Coto’s TMR sensors.

RedRock® TMR magnetic sensors are used in a variety of proximity applications such as detecting the opening/closure of an automatic sliding gate or detecting position of a linear actuator or a conveyor belt. Watch a TMR sensor stop a moving motor.

Coto’s resident App Support Engineer explains how RedRock® Omnipolar TMR magnetic sensors work, their primary benefits and the applications for which they are best suited.

To conserve battery power, many devices are kept “asleep”/turned off until the time is right for them to operate. When the device is removed from its enclosure, a RedRock® TMR magnetic sensor is used to trigger its “wake-up.

Featuring RedRock® TMR magnetic sensors’ extremely low power consumption, high sensitivity, ultraminiature size and high degree of robustness and reliability, this brief video demonstrates TMR to be the ideal solution when used in security devices.

Coto's App Engineer reveals the contents and delivers informative demo of the new RR1EK3-0003 2022 RedRock® TMR Magnetic Switch/Sensor Demo Board. A variety of digital and analog (linear) sensors are demonstrated for performance and sensitivity.

RedRock® TMR Magnetic Sensors in Metering Applications: what kind of information is a customer looking for in his application? How does TMR satisfy these needs?

Coto’s VP of Product & Technology dives deep into the correlation between RedRock® Tunneling Magnetoresistive (TMR) sensor technology and meeting the challenge of long shelf life in hermetically sealed, disposable medical devices.

Coto’s resident App Support Engineer explains how RedRock® Bipolar TMR magnetic sensors work, their primary benefits and the applications for which they are best suited.

RedRock® Tunneling Magnetoresistive (TMR) sensors are a great alternative to Hall Effect Sensors. With recent supply chain shortages of Hall Sensors, more design engineers are turning to TMR technology to replace Hall in active designs.

Coto Technology Applications Engineer reveals the contents of the new 2022 RedRock® TMR Magnetic Switch/Sensor Demoboard. A variety of sensors are demonstrated for performance and sensitivity.

Due to their low power consumption, high sensitivity and incredibly small size, Coto Technology’s RedRock® TMR magnetic sensors are popular alternatives to existing Hall Effect sensors and Reed Switches.

How can one tell if the performance of both technologies is similar when Operate & Release Distance is measured in two different units? Understanding the relationship between the two can help one appreciate Coto’s RedRock® magnetic sensors.

Featuring Coto Technology Application Engineer, Eduardo Montalvo. Understand more about the fundamental versatility of RedRock TMR Sensors with regard to their orientation to a magnet within an device.

Coto Technology Applications Engineer, Tony Parakka, provides a peek at Coto’s TMR demo board featuring RedRock® TMR magnetic sensor products: RR111 (Analog Output Sensor); RR121 (Bipolar Digital Latching Sensor) and RR121 (Digital Omnipolar).

Showcasing five of Coto Technology’s RedRock® TMR magnetic sensors of omnipolar, unipolar, bipolar and linear types, the RR1EK3-0002 demo board provides an engineering playground designed to promote understanding of TMR’s performance.

This brief introductory video offers design tips for electronic engineers designing with reed switches. Dr. Stephen Day, Ph.D. offers a brief overview on reed switches with a detailed explanation as to how they react to magnetic fields.

A Liquid Level Sensing application is featured using a level sensing demo which compares the typical use of older technology (reed switches) with the smaller, more efficient, precise, cost-effective TMR magnetic sensor technology.