TOSHIBA 1SS385FV(TPL3,Z)
- Part Number:
- 1SS385FV(TPL3,Z)
- Manufacturer:
- TOSHIBA
- Ventron No:
- 6338625-1SS385FV(TPL3,Z)
- Description:
- ECAD Model:
-
- Datasheet:
- 1SS385FV(TPL3,Z)
TOSHIBA 1SS385FV(TPL3,Z) technical specifications, attributes, parameters and parts with similar specifications to TOSHIBA 1SS385FV(TPL3,Z).
- ECCN (US)EAR99
- Maximum DC Reverse Voltage (V)10
- Peak Reverse Repetitive Voltage (V)15
- Maximum Continuous Forward Current (A)0.1
- Peak Non-Repetitive Surge Current (A)1
- Peak Forward Voltage (V)0.5
- Peak Reverse Current (uA)20
- Maximum Power Dissipation (mW)150
- Minimum Operating Temperature (°C)-40
- Maximum Operating Temperature (°C)100
- AEC QualifiedNo
- Standard Package NameSOT
- Supplier PackageVESM
- MilitaryNo
- MountingSurface Mount
- Package Length1.2
- Package Width0.8
- PCB changed3
- Lead ShapeFlat
- PackagingTape and Reel
- Part StatusActive
- Pin Count3
- ConfigurationSingle Dual Anode
- RoHS StatusRoHS Compliant
1SS385FV(TPL3,Z) Overview
Datasheets indicate 0.5 as the peak forward voltage.RF diode consumes about 0.1 continuous forward current at any given time.RF diode must be operated wRF diodeh a DC reverse voltage less than 10 V.
1SS385FV(TPL3,Z) Features
the forward peak voltage is 0.5
1SS385FV(TPL3,Z) Applications
There are a lot of Toshiba
1SS385FV(TPL3,Z) applications of RF diodes.
Ultra high-speed switching
Clamping circuits
Diode ring mixer
RF detector
RF voltage doubler
Wearables
Smart metering
Set top boxes
RF attenuators and switches
Low-loss, high-power limiters
Datasheets indicate 0.5 as the peak forward voltage.RF diode consumes about 0.1 continuous forward current at any given time.RF diode must be operated wRF diodeh a DC reverse voltage less than 10 V.
1SS385FV(TPL3,Z) Features
the forward peak voltage is 0.5
1SS385FV(TPL3,Z) Applications
There are a lot of Toshiba
1SS385FV(TPL3,Z) applications of RF diodes.
Ultra high-speed switching
Clamping circuits
Diode ring mixer
RF detector
RF voltage doubler
Wearables
Smart metering
Set top boxes
RF attenuators and switches
Low-loss, high-power limiters
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