CT135

Series:	COTOMOS™
Packaging:	Tube
Part Status:	Active
Mounting Type:	Through Hole
Circuit:	SPST-NO (1 Form A)
Output Type:	AC, DC
Voltage - Input:	1.37VDC
Voltage - Load:	0V ~ 80V
Load Current:	100mA
On-State Resistance (Max):	30 Ohms
Termination Style:	PC Pin
Package / Case:	6-DIP (0.300", 7.62mm)
Supplier Device Package:	6-DIP

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Solid State Relays

Solid state relays combine the convenience of traditional relays with the robustness of modern semiconductor technology. They are increasingly being used in industrial applications and are becoming a fixture in many factories around the world. The CT135 is an especially popular solid state relay, and its application field and working principle are outlined below.

Application Field

The CT135 is used in a wide variety of applications, including automotive systems, home appliance motors, power tools, photocopiers, and even industrial drones. It is also widely used in 3D printers and robotics due to its high level of accuracy and reliability. The CT135 is also utilized in a variety of safety and security applications. In hazardous environments, for example, the CT135 can be used to more accurately control the power being fed to motorized equipment, thus reducing the risk of injury to personnel.

Working Principle

The CT135 operates by utilizing a semiconductor switch that is activated when a voltage is applied. When the voltage is applied, the switch closes and current is able to flow between the terminals. This allows for an improved level of accuracy over mechanical relays as the switch is opened and closed more quickly and precisely.In addition, the CT135 is also noted for its low operating voltage. As compared to other solid state relays, the CT135 can be operated with as little as 5V, which reduces energy consumption and helps maintain a low overall cost.

Advantages

The CT135 offers many advantages over traditional mechanical relays. The main advantage is its ability to switch current faster and with more accuracy than mechanical relays. Because the CT135 uses a semiconductor switch, the opening and closing of the switch is not constrained by mechanical parts like in a mechanical relay. This allows the CT135 to switch quicker and more precisely, which is critical in many applications. In addition, the CT135 also requires much less power to operate than a traditional relay, making it ideal for applications such as robotics and 3D printing where energy consumption is an important factor. As mentioned above, the CT135 can be operated with as little as 5V, which helps to reduce energy costs and improve efficiency.Finally, the CT135 is also highly reliable. It is able to withstand the high temperatures and shock that would otherwise damage a mechanical relay, and is rated for up to 10,000 hours of operation. This makes it a preferable choice for applications that require high levels of reliability and accuracy.

Disadvantages

The CT135 is not without its drawbacks. The main disadvantage is its cost. The CT135 is more expensive than traditional relays due to its use of advanced semiconductor technology. While this cost can be offset by its energy efficiency and ability to operate at lower voltages, it is still an important factor to consider.Another potential disadvantage is its complexity. As compared to mechanical relays, the CT135 is more complex and requires more time and effort to set up and maintain. This can be especially troublesome in applications that require frequent maintenance or adjustment, as the extra time and effort can add up over time.Finally, the CT135 is not ideal for applications that require high levels of current. While the CT135 is capable of handling up to 5A, it is best suited for applications that require low to medium levels of current.

Conclusion

The CT135 is a versatile solid state relay that is increasingly being used in a variety of applications. It offers many advantages over traditional mechanical relays, including faster switching times, lower operating voltages, and improved reliability. However, it also has its drawbacks including a higher upfront cost and greater complexity. Ultimately, whether or not the CT135 is the right choice for a particular application will depend on the specific requirements.

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