Showing 1129–1140 of 2322 results

NEUTRIK – XLR MOUNTING CONNECTOR. 3-PIN MALE. GOLD PLATED. BLACK. D-SIZE

7,46 
3 pole male receptacle. Nickel housing and silver contacts. Cups for wire soldering.

NEUTRIK – XLR MOUNTING CONNECTOR. 3-PIN FEMALE. GOLD PLATED. BLACK. D-SIZE

9,10 
3-pole female receptacle. Cups for wire soldering. Nickel housing and silver contacts.

NICKEL-PLATED BRASS SOCKET 4mm – BU10

1,81 
4mm Ψ nickel-plated brass socket in bright metal.remark: nickel-plated • rated voltage: 60Vdc • rated current: 16A • volume resistance:

NTC DISC THERMISTOR 100K 500mW Ø5mm

0,50 
For temperature compensation. temperature measurement and control.material: epoxy-coatednom. resistance: 100 kohm • B-constant (+/-7%): 4400deg K • max. permissible current:

NTC DISC THERMISTOR 100E 500mW Ø5mm

0,50 
For temperature compensation. temperature measurement and control.material: epoxy-coatednom. resistance: 100 ohm • B-constant (+/-7%): 3100deg K • max. permissible current:

NTC DISC THERMISTOR 150K 500mW Ø5mm

0,37 
For temperature compensation. temperature measurement and control.material: epoxy-coatednom. resistance: 150 kohm • B-constant (+/-7%): 4500deg K • max. permissible current:

NTC DISC THERMISTOR 10K 500mW Ø5mm

1,00 
For temperature compensation. temperature measurement and control.material: epoxy-coatednom. resistance: 10 kohm • B-constant (+/-7%): 4100deg K • max. permissible current:

NTC DISC THERMISTOR 20K 500mW Ø5mm

0,54 
For temperature compensation. temperature measurement and control.material: epoxy-coatednom. resistance: 20 kohm • B-constant (+/-7%): – • max. permissible current: –

NTC DISC THERMISTOR 1K 500mW Ø5mm

0,89 
For temperature compensation. temperature measurement and control.material: epoxy-coatednom. resistance: 1 kohm • B-constant (+/-7%): 3700deg K • max. permissible current:

NTC DISC THERMISTOR 2K 500mW Ø5mm

0,55 
For temperature compensation. temperature measurement and control.material: epoxy-coatednom. resistance: 2 kohm • B-constant (+/-7%): – • max. permissible current: –