Technical Document
Specifications
Brand
NexperiaTransistor Type
PNP
Maximum DC Collector Current
4 A
Maximum Collector Emitter Voltage
80 V
Package Type
HUSON
Mounting Type
Surface Mount
Maximum Power Dissipation
500 mW
Transistor Configuration
Single
Maximum Collector Base Voltage
-80 V
Maximum Emitter Base Voltage
-7 V
Maximum Operating Frequency
100 MHz
Pin Count
3
Number of Elements per Chip
1
Maximum Operating Temperature
+150 °C
Dimensions
2.1 x 2.1 x 0.65mm
Country of Origin
Hong Kong
Product details
Low Saturation Voltage PNP Transistors
A range of NXP BISS (Breakthrough In Small Signal) Low Saturation Voltage PNP Bipolar Junction Transistors. These devices feature very low collector-emitter saturation voltages and high collector current capacities in compact space-saving packages. The reduced losses of these transistors results in lower heat generation and an overall increase in efficiency when used in switching and digital applications.
Bipolar Transistors, Nexperia
Price on asking
Each (Supplied on a Reel) (Exc. VAT)
Production pack (Reel)
20
Price on asking
Each (Supplied on a Reel) (Exc. VAT)
Stock information temporarily unavailable.
Production pack (Reel)
20
Stock information temporarily unavailable.
Technical Document
Specifications
Brand
NexperiaTransistor Type
PNP
Maximum DC Collector Current
4 A
Maximum Collector Emitter Voltage
80 V
Package Type
HUSON
Mounting Type
Surface Mount
Maximum Power Dissipation
500 mW
Transistor Configuration
Single
Maximum Collector Base Voltage
-80 V
Maximum Emitter Base Voltage
-7 V
Maximum Operating Frequency
100 MHz
Pin Count
3
Number of Elements per Chip
1
Maximum Operating Temperature
+150 °C
Dimensions
2.1 x 2.1 x 0.65mm
Country of Origin
Hong Kong
Product details
Low Saturation Voltage PNP Transistors
A range of NXP BISS (Breakthrough In Small Signal) Low Saturation Voltage PNP Bipolar Junction Transistors. These devices feature very low collector-emitter saturation voltages and high collector current capacities in compact space-saving packages. The reduced losses of these transistors results in lower heat generation and an overall increase in efficiency when used in switching and digital applications.


