Varactor Diodes - Skyworks Solutions

79 Varactor Diodes from Skyworks Solutions meet your specification.
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  • Manufacturers : Skyworks Solutions
Description:Silicon Hyperabrupt Junction Varactor Diode for Battery Operation
Capacitance:
1.35 to 3.45 pF
Capacitance Ratio:
1.8
Forward Continous Currenrt:
Less than 20 mA
Peak reverse voltage:
Less than 10 V
Power Dissipation:
Less than 250 mW
more info
Description:Hyperabrupt Varactor Diodes
Capacitance:
18.3 pF@Vr=1 V, 6.1 pF@Vr=4 V, @Vr=10 V
Forward Continous Currenrt:
20 mA
Reverse Voltage:
12 V@Ir = 10 µA (V) Min.
more info
Description:Wide Tuning Range (Hyperabrupt) Varactor Diodes
Capacitance:
2.8 pF
Forward Continous Currenrt:
20 mA
Reverse Voltage:
12V@Ir = 10 µA
more info
Description:Hyperabrupt Varactor Diodes
Capacitance:
22.9 pF@Vr=1 V, 6.9 pF@Vr=4 V, @Vr=10 V
Forward Continous Currenrt:
20 mA
Reverse Voltage:
12 V@Ir = 10 µA (V) Min.
more info
Description:Hermetic Ceramic Hyperabrupt Varactor Diodes
Capacitance:
7.67 pF@Vr=1 V, 4.75 pF@Vr=4 V, 2.68 pF@Vr=10 V, 1...
Forward Continous Currenrt:
100 mA
Q factor:
400@Vr = 4 V, 50 MHz
Reverse Voltage:
22 V@Ir = 10 µA (V) Min.
more info
Description:Hyperabrupt Varactor Diodes
Capacitance:
5.2 pF@Vr=1 V, 1.9 pF@Vr=4 V, @Vr=10 V
Forward Continous Currenrt:
20 mA
Reverse Voltage:
10 V@Ir = 10 µA (V) Min.
more info
Description:Hyperabrupt Varactor Diodes
Capacitance:
4.855 pF@Vr=4 V, @Vr=10 V, 1.005 pF@Vr=20 V
Forward Continous Currenrt:
20 mA
Reverse Voltage:
22 V@Ir = 10 µA (V) Min.
more info
Description:Hyperabrupt Varactor Diodes
Capacitance:
1.355 pF@Vr=4 V, @Vr=10 V, 0.355 pF@Vr=20 V
Forward Continous Currenrt:
20 mA
Reverse Voltage:
22 V@Ir = 10 µA (V) Min.
more info
Description:Hyperabrupt Varactor Diodes
Capacitance:
8.6 pF@Vr=1 V, 5.09 pF@Vr=4 V, 2.63 pF@Vr=10 V, 1....
Forward Continous Currenrt:
20 mA
Reverse Voltage:
22 V@Ir = 10 µA (V) Min.
more info
Description:Hyperabrupt Varactor Diodes
Capacitance:
0.855 pF@Vr=4 V, @Vr=10 V, 0.255 pF@Vr=20 V
Forward Continous Currenrt:
20 mA
Reverse Voltage:
22 V@Ir = 10 µA (V) Min.
more info

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