8002-05-01

Turn Off Voltage (Min):	0.5 VDC
Coil Resistance:	200 Ohms
Coil Power:	--
Contact Material:	--
Operating Temperature:	-20°C ~ 85°C
Termination Style:	PC Pin
Mounting Type:	Through Hole
Features:	Diode
Release Time:	1ms
Operate Time:	0.5ms
Series:	8000
Turn On Voltage (Max):	3.8 VDC
Switching Voltage:	200VAC, 200VDC - Max
Contact Rating (Current):	500mA
Contact Form:	DPST-NO (2 Form A)
Coil Voltage:	5VDC
Coil Current:	25.0mA
Coil Type:	Non Latching
Part Status:	Obsolete
Packaging:	Tube

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Reed RelaysReed relays are electrical relays that use an electromagnetically operated reed switch and a set of contacts as their switching element. They are widely used for a range of applications, from small scale electronics to large-scale industrial automation. In this article, we will discuss some of the advantages of reed relays, as well as their application fields and working principles.Reed relays are often used for a variety of electronic applications, such as high speed switching, short signal transmission, and pulse forming circuit designs. Additionally, reed relays are widely used in industrial automation, robotics, data processing, and medical equipment. Furthermore, reed relays are often used as switches in signal conditioning stages, such as in the contact closure of solid state-based opto-isolator (optocoupler) designs.Reed relays have several benefits that make them appealing in certain applications. For example, they have low power consumption, with switch current ratings typically ranging from a few milliamps to hundreds of milliamps. Additionally, their small form factor makes them ideal for space-constrained applications, such as in printed circuit boards. Furthermore, they can be soldered directly onto PCB boards, eliminating the need for compression connections.When it comes to their application field, reed relays can be used for both low and high-speed switching applications. Low-speed applications are often used in signal conditioning, pulse forming, and switching circuits, while high-speed applications are commonly used in robotics and industrial automation. They can also be used in applications where high timing accuracy is required, such as frequency measurement. The working principle of reed relays is based on an electromagnetically operated reed switch and a set of contacts. When power is applied, an electromagnet is activated, which attracts a thin reed switch blade, causing the contacts to close. When power is removed, the reed switch returns to its original position, and the contacts open. The reed switch blade is made of materials such as glass, and because of its impermeability to magnetic fields, its switching action is relatively immune to external magnetic fields and vibration. In short, reed relays are reliable electromechanical relays, well suited for a variety of applications. They are fast, highly reliable, and can be soldered directly onto printed circuit boards. Additionally, their small size allows them to be installed in tight spaces where other types of relays cannot fit. In terms of their working principle, reed relays use an electromagnetically operated reed switch and a set of contacts to open and close the circuit.

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