Cornell-Dubilier RC Capacitor 500nF 100Ω Tolerance ±20% 250 V ac, 600 V dc 1-way Through Hole Q Series
Tehnička dokumentacija
Tehnički podaci
Number of Elements
1
Capacitance Tolerance
±20%
Resistance Tolerance
±10%
Minimum Operating Temperature
-55°C
Dielectric
Metallised Polyester
Maximum Operating Temperature
+85°C
Range
SCT
Mounting Type
Through Hole
Depth
15mm
Quantity
6pack
Length
37mm
Height
30mm
Brand
Cornell-DubilierResistance
100Ω
Capacitance
500nF
Series
Q
Dimensions
37 x 15 x 30mm
Zemlja podrijetla
China
Detalji o proizvodu
A1391/2/3/5 3V Linear Hall Effect Sensors, Allegro Microsystems
The A1391/2/3/5 family of linear Hall effect sensors provides a voltage output that is directly proportional to an applied magnetic field.
The A139x minimise current consumption to less than 25 μA through the addition of a user-selectable sleep mode, perfect for battery-operated applications. You can control the current consumption by applying a logic level signal to the SLEEP pin. The outputs of the devices are not valid (high-impedance mode) during sleep mode.
Hall Effect Sensors, Allegro MicroSystems
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Proverite ponovno kasnije.
RSD 2.482
Each (bez PDV-a)
RSD 2.978
Each (s PDV-om)
1
RSD 2.482
Each (bez PDV-a)
RSD 2.978
Each (s PDV-om)
1
Kupujte na veliko
| količina | Jedinična cena |
|---|---|
| 1 - 4 | RSD 2.482 |
| 5 - 9 | RSD 2.417 |
| 10 - 24 | RSD 2.384 |
| 25+ | RSD 2.319 |
Tehnička dokumentacija
Tehnički podaci
Number of Elements
1
Capacitance Tolerance
±20%
Resistance Tolerance
±10%
Minimum Operating Temperature
-55°C
Dielectric
Metallised Polyester
Maximum Operating Temperature
+85°C
Range
SCT
Mounting Type
Through Hole
Depth
15mm
Quantity
6pack
Length
37mm
Height
30mm
Brand
Cornell-DubilierResistance
100Ω
Capacitance
500nF
Series
Q
Dimensions
37 x 15 x 30mm
Zemlja podrijetla
China
Detalji o proizvodu
A1391/2/3/5 3V Linear Hall Effect Sensors, Allegro Microsystems
The A1391/2/3/5 family of linear Hall effect sensors provides a voltage output that is directly proportional to an applied magnetic field.
The A139x minimise current consumption to less than 25 μA through the addition of a user-selectable sleep mode, perfect for battery-operated applications. You can control the current consumption by applying a logic level signal to the SLEEP pin. The outputs of the devices are not valid (high-impedance mode) during sleep mode.