DIP12-1C90-51D

Turn Off Voltage (Min):	1.8 VDC
Coil Resistance:	500 Ohms
Coil Power:	290 mW
Contact Material:	--
Operating Temperature:	-20°C ~ 70°C
Termination Style:	PC Pin
Mounting Type:	Through Hole
Features:	Diode
Release Time:	1.5ms
Operate Time:	0.7ms
Series:	DIP
Turn On Voltage (Max):	8.4 VDC
Switching Voltage:	175VAC, 175VDC - Max
Contact Rating (Current):	500mA
Contact Form:	SPDT (1 Form C)
Coil Voltage:	12VDC
Coil Current:	24.0mA
Coil Type:	Non Latching
Part Status:	Active
Packaging:	Tube

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Reed Relays

Reed relays are electromechanical switches that are used in many electronic applications to control the flow of electricity in a circuit. These relays consist of reed switches that are contained within an hermetically sealed glass body and are actuated when an electrical current is applied. Reed relays have very fast switching times and high insulation resistance due to their solid non-metallic construction.

DIP12-1C90-51D

The DIP12-1C90-51D is a type of reed relay that is used in various electronic applications. It contains two glass reed switches which are sealed within a plastic housing and can be operated by a low-voltage electrical current. This type of reed relay has a very low coil drive current and provides a high level of insulation. The DIP12-1C90-51D has a maximum operating voltage of 5V, a contact resistance of less than 50mOhms, and a switching capacity of 1A at 24V.

Application Field and Working Principle

The DIP12-1C90-51D reed relay is most suitable for applications where low power consumption is important and a high level of isolation is required. It is commonly used in communications and industrial control systems, as well as in radio frequency (RF) circuits. In these applications, its hermetically sealed glass construction helps to protect it against the effects of humidity and other corrosive agents.The working principle of the DIP12-1C90-51D reed relay is based on magnetism. Applied electrical current creates a magnetic field, which causes the two reed switches to close, allowing a current to pass through them. When the current is removed, the magnetic field dissipates, and the reed switches open again. This type of reed relay also has a latching feature, which holds the contacts closed even after the current is removed from the coil. This allows for greater control over the switching process.

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