CM5-2325

Manufacturer: Coto Technology
Type: Molded Body
Circuit: SPST-NO
Must Release: -
Magnet: Not Specified
Mounting Type: PCB, Surface Mount
Termination Style: Gull Wing
Must Operate: 15 ~ 20AT
Switching Voltage (DC) (Max): 175V
Switching Current (DC) (Max): 250mA
Packaging: Cut Tape (CT)
Switching Power (Max): 5VA
Series: CM5


Features:

• Small size
• SMT-compatible
• Easily formed leads
• Sputtered ruthenium contacts
• Hermetically sealed contacts
• Fast switching speed - up to 500Hz
• Wide range of available magnetic sensitivities
• Superior mechanical strength
• Enhanced for better auto placement

Application

• Security
− Proximity sensing
− Smoke alarms
• Automotive
− Level sensor
− Lamp current sensor
• Relays


Specifications

Parameter	Min	Typ	Max	Units
Switching Voltage CM5 - Molded Ultra Mini-DYAD™	-	-	175	Volts
Switching Current CM5 - Molded Ultra Mini-DYAD™	-	-	0.25	Amps
Carry Current CM5 - Molded Ultra Mini-DYAD™	-	-	0.50	Amps
Switching Frequency CM5 - Molded Ultra Mini-DYAD™	-	-	500	Hz
Contact Resistance CM5 - Molded Ultra Mini-DYAD™	-	-	300	m

Absolute Maximum Ratings are stress ratings. Stresses in excess of these ratings can cause permanent damage to the device. Functional operation of the device at these or any other conditions beyond those indicated in the operational sections of this data sheet is not implied. Exposure of the device to the absolute maximum ratings for extended period may degrade the device and effect its reliability.


Description

Clare's Molded Ultra-Mini DYADTM is well suited for small, signal switching applications. The small size lends itself to surface mountable applications; working well on higher density PC boards. The Molded Ultra-Mini DYADTM CM5-2325 has sputtered ruthenium contacts and an extraordinary seal strength achieved by a patented laser sealing of the leads. In low level or dry switching environments, switches typically exceed 1 billion operations. In addition, the molding process provides a solid plastic outer shell. This plastic shell provides superior mechanical strength, eliminates concerns over handling glass switches, and provides an ideal solution for high speed, automated assembly environments.