G3MB202P Semiconductor Relay - key benefits and practical use - Flexible control voltages - Accepts DC control signals of 5V, 12V, or 24V, enabling easy integration with a range of microcontrollers and automation hardware. - DC to AC switching capability - Designed to switch AC loads from a DC control signal, providing a simple interface to control AC devices from low voltage logic. - Compact PCB SIP SSR design - Board-mountable solid-state relay in a PCB SIP package for easy integration into compact electronics and control boards. - Power switching performance - Capable of switching AC loads up to 240V at 2A, serving as a reliable power relay switch for small to mid-size loads. - Ready-to-use 24V configuration - Comes in a pack of 5 pieces, specifically configured for 24V operation, making it convenient for 24V control systems and consolidated stocking. - Reliable and versatile - Delivers dependable switching performance across a variety of electrical applications, with the added flexibility of multi-voltage input and AC conversion capability. Key attributes at a glance - Function: Semiconductor relay with DC control inputs (5V, 12V, 24V) and DC-to-AC switching capability - Compatibility: Supports AC loads up to 240V and 2A - Size and form: PCB SIP SSR design for compact board mounting - Pack and configuration: Pack of 5 units, configured for 24V operation - Performance: Reliable switching suitable for various electrical applications Use scenarios - Scenario 1: Microcontroller to AC load - Use a 24V control signal from a microcontroller or PLC to switch a 240V AC device (up to 2A). The relay provides isolation between the control circuitry and the power circuit while enabling simple digital control of an AC load such as a small fan, pump, or heater. - Scenario 2: Automation systems and prototyping - In an automation or test bench setup, drive multiple AC devices from a single 24V control system. The 5-pack allows parallel control of several loads while preserving control-side isolation and compatibility with board-level designs. - Scenario 3: 24V system integration - Integrate into 24V-powered equipment where DC control signals need to switch higher voltage AC loads. The compact SIP form supports tight PCB layouts and streamlined assembly without bulky relays. Notes - The device maintains key safety and performance characteristics as a solid-state relay option for controlling AC loads via DC inputs. - This description preserves the original model, capabilities, and intended use without adding or omitting specifications.