VOM160R-X001T

Optoisolators – Triac, SCR Output is a type of opto-electronic component that can be used to transfer an electrical signal from one circuit to another isolated circuit. This is done utilizing a photo-sensitive dielectric material, usually silicon or gallium arsenide. The most common application is to provide electrical isolation with the use of a control signal between two circuits. VOM160R-X001T is one of those triac/ SCR output opto-isolators with specific features designed for several different application fields. The VOM160R-X001TF is a commercially available triac opto-isolator with a current input of up to 40mW (with typical power consumption of 8mW). It features a high off-state voltage of 6V and max on-state current of 100mA. The triac/ SCR output is triggered by a light-emitting diode (LED), and the trigger voltage can be adjusted with a potentiometer as needed. The VOM160R-X001TF is also includes a short-circuit protection circuit, eliminating the need for an external protection circuit. The VOM160R-X001TF is specially designed for control signal isolation in low-voltage DC circuits. Its isolated load voltage tolerance ranges from 5V to 25V, making it suitable for a wide range of applications such as data logging for computers, remote controlling for household appliances, lighting systems, White Goods (such as fridge, washing machine, and oven) and similar applications.On a basic level, the VOM160R-X001TF is a standard triac/ SCR output opto-isolator. Its main working principle involves the transfer of electric signals between two circuits that are electrically isolated from one another. This concept is based on the principle known as photoelectric transduction, which is the conversion of light signals into electrical signals. When this particular opto-isolator is applied to a circuit, a light-emitting diode (LED) is connected to the output of a signal generator, which then passes a current through the LED. When the LED receives this current, it emits light, which is then sensed by a photo-sensitive material, such as silicon or gallium arsenide. As the light is detected, electric pulses are generated in the photo-sensitive material. These electric pulses are then used to induce a magnetic field, thus producing a flow of electronic current in the isolated circuit, which can then be used to control another circuit. The VOM160R-X001TF features a built-in self-test and audit function, enabling technicians and designers to easily test whether or not the opto-isolator is operating correctly. The device also utilizes a polyphonic low-power delay circuit, allowing it to process signals in an efficient and precise manner. The built-in short-circuit protection circuit ensures that the device remains safe and uninterrupted during operation, while the adjustable trigger voltage allows for greater accuracy in triggering the triac/ SCR output. In conclusion, the VOM160R-X001TF is an advanced triac/ SCR output opto-isolator designed to provide electrical isolation for control signals in low-voltage DC circuits. The device is able to process signals quickly and accurately, thanks to its low-power delay circuit, and the adjustable trigger voltage gives it greater control over the flow of electric pulses in an isolated circuit. With its short-circuit protection circuit and wide range of applications, the Vom160R-X001TF is an efficient and reliable way to safely transfer electrical signals between two circuits.

VOM1271T	Vishay Semic...	0.7 $	1000	OPTOISOLATOR 4.5KV PHVOLT...
VOM160NT	Vishay Semic...	0.22 $	6000	OPTOISOLATOR 3.75KV TRIAC...
VOM160PT	Vishay Semic...	0.25 $	2000	OPTOISOLATOR 3.75KV TRIAC...
VOM160RT	Vishay Semic...	0.27 $	1000	OPTOISOLATOR 3.75KV TRIAC...
VOM160N-X001T	Vishay Semic...	0.22 $	1000	OPTOISOLATOR 3.75KV TRIAC...
VOM160R-X001T	Vishay Semic...	0.29 $	1000	OPTOISOLATOR 3.75KV TRIAC...
VOM160P-X001T	Vishay Semic...	0.26 $	1000	OPTOISOLATOR 3.75KV TRIAC...