The product integrates four low-side drivers that function as relay drivers, allowing forward and reverse control of two brushed DC motors when using SPDT relays. The device also features a built-in ...

Discover Toshiba's new Smart Motor Control Driver, designed for efficient automotive DC motor control, and learn how it ...

Toshiba's second product in Smart Motor Control Driver SmartMCD™ series delivers integrated solution for automotive brushed DC motor control.

Research that is taking a closer look at activity in the thalamus—a region long considered a relay station for the brain and ...

WATER is a critical resource, underpinning life, industry, and agriculture. For water treatment plants and pumping stations, maintaining uninterrupted and effic ...

The e-Relay line-up isn’t quite as comprehensive as the diesel’s, with just five panel van variants in L3H2, L3H3, L4H2 and L4H3 sizes, a single Window Van and an L3H1 Chassis Cab option.

Automotive bypass relays were developed to help troubleshoot relay-controlled circuits in your vehicle’s electrical system. Bypass relays temporarily override the control system side of a circuit.

Note: Solid State Relays (SSRs) and Solid State Contactors (SSCs) are essentially if not exactly the same functionally. The differentiation between them is that by definition a “contactor” must carry ...

Designed a robust control mechanism to ensure accurate relay switching and motor display management in response to button presses and releases.

For further assistance in the Solid State Relay choosing process, Table 2 offers General Use ratings versus Typical SSR motor rating (FLA). The Locked rotor value provided in Table 2 is the real ...

Three-phase solid state relays (SSRs) have been available not long after single-phase SSRs were introduced in 1970. These relays' first iteration comprised three individual SSRs packaged in a single ...