Contact Resistance:
250 mΩ
Dimensions:
60 x 15.8 x 18.5mm
Electrical Life:
10^6 (50W Switching) cycles, 10^9 (Dry Switching) cycles
Coil Resistance:
38Ω
Life:
10^6 (50W Switching) cycles, 10^9 (Dry Switching) cycles
Standards Met:
UL Approved
Maximum Switching Voltage DC:
3500V
Maximum Switching Power DC:
50 W
Isolation Coil To Contact:
17kV
Maximum Operating Temperature:
+70°C
Terminal Type:
PCB Pin
Maximum Switching Current AC:
2 A
Coil Voltage:
5V dc
Operating Temperature Range:
-20 → +70°C
Contact Configuration:
NC
Depth:
15.8mm
Relay Switching Classification:
General Purpose Relay
Special Features:
7.5kV or 5kV Isolation, Choice of 10kV, Excellent AC Characteristics, Low Contact Resistance, PCB or Panel mΩunt
Mounting Type:
PCB Mount
Operating Time Including Bounce:
2ms
Length:
60mm
Height:
18.5mm
Maximum Switching Current DC:
2 A
Maximum Switching Voltage AC:
3500V
Minimum Operating Temperature:
-20°C
Number of Poles:
1
Contact Material:
Tungsten
The Cynergy3 DBT70505FU is a refined reed relay built to control and monitor electronic circuits. A reed relay is a type of component that uses an electromagnetic coil to control the operation of a switch. The DBT70505FU is recognised for its reliable performance, versatility, and robustness, making it flawless for numerous applications.
Unique Features and Benefits:
Application Information:
The Cynergy3 DBT70505FU reed relay is a versatile component utilised in various industries. It is typically employed in:
Performance and Durability of the Product:
Cynergy3's DBT70505FU is a balance of performance and durability. It is designed for long-term use with minimal maintenance. Its high tolerance to environmental extremes ensures consistent performance under all conditions. The compact layout allows it to fit into tighter spaces, increasing its versatility.
Why Choose the Cynergy3 DBT70505FU, SPST n/c 5kV Isolation 5V Coil?
The Cynergy3 DBT70505FU is a high-quality reed relay that stands out in the field of electronic circuit control. Its robust construction, high switching voltage, and ability to operate in challenging environments offer an effective solution for a wide range of applications. Its high performance and durability make it a valuable addition to any electronic system.
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