Termination Style:
Coil Current:
Coil Voltage:
Contact Rating (Current):
Turn On Voltage (Max):
Turn Off Voltage (Min):
Operate Time:
Release Time:
Odonata Lepidoptera products 9
Image part manufacturer quantitas partus tempus Unit Price buy Description Mounting Type Termination Style Contact Form Coil Current Coil Voltage Contact Rating (Current) Switching Voltage Turn On Voltage (Max) Turn Off Voltage (Min) Operate Time Release Time
8001-05-011
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED SPST 500MA 5V
Through Hole PC Pin SPST-NO (1 Form A) 10mA 5VDC 500mA 200VAC,200VDC - Max 3.8 VDC 0.5 VDC 0.5ms 1ms
8061-12-011
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED SPDT 250MA 12V
Surface Mount J Lead SPDT (1 Form C) 24mA 12VDC 250mA 100VAC,100VDC - Max 9.6 VDC 1 VDC 1ms 1.5ms
8041-05-011
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED SPDT 250MA 5V
Through Hole PC Pin SPDT (1 Form C) 25mA 5VDC 250mA 100VAC,100VDC - Max 3.8 VDC 0.5 VDC 1ms 1.5ms
8041-12-011
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED SPDT 250MA 12V
Through Hole PC Pin SPDT (1 Form C) 24mA 12VDC 250mA 100VAC,100VDC - Max 9.6 VDC 1 VDC 1ms 1.5ms
8061-05-011
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED SPDT 250MA 5V
Surface Mount J Lead SPDT (1 Form C) 25mA 5VDC 250mA 100VAC,100VDC - Max 3.8 VDC 0.5 VDC 1ms 1.5ms
2235986
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED SPST 500MA 12V
Through Hole PC Pin SPST-NC (1 Form B) 24mA 12VDC 500mA 200VAC,200VDC - Max 9.6 VDC 1 VDC 0.5ms 1ms
2235772
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED SPST 500MA 5V
Through Hole PC Pin SPST-NC (1 Form B) 25mA 5VDC 500mA 200VAC,200VDC - Max 3.8 VDC 0.5 VDC 0.5ms 1ms
2228832
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED DPST 500MA 5V
Through Hole PC Pin DPST (2 Form A) 25mA 5VDC 500mA 200VAC,200VDC - Max 3.8 VDC 0.5 VDC 0.5ms 1ms
2229046
Coto Technology
Quaestiones
-
-
MOQ: 1  MPQ: 1
RELAY REED DPST 500MA 12V
Through Hole PC Pin DPST (2 Form A) 24mA 12VDC 500mA 200VAC,200VDC - Max 9.6 VDC 1 VDC 0.5ms 1ms