NTE54 - 

Brand/Series Transistor Series  NTE Electronics, Inc. Brand/Series Transistor Series  Bipolar Transistors Brand/Series Transistor Series  NTE Electronics, Inc. Bipolar Transistors Brand/Series Transistor Series   Complement to PNP  NTE Electronics, Inc. Complement to PNP  Bipolar Transistors Complement to PNP  NTE Electronics, Inc. Bipolar Transistors Complement to PNP   Configuration Common Base  NTE Electronics, Inc. Configuration Common Base  Bipolar Transistors Configuration Common Base  NTE Electronics, Inc. Bipolar Transistors Configuration Common Base   Current, Collector 20 A  NTE Electronics, Inc. Current, Collector 20 A  Bipolar Transistors Current, Collector 20 A  NTE Electronics, Inc. Bipolar Transistors Current, Collector 20 A   Current, Continuous Collector 8 A  NTE Electronics, Inc. Current, Continuous Collector 8 A  Bipolar Transistors Current, Continuous Collector 8 A  NTE Electronics, Inc. Bipolar Transistors Current, Continuous Collector 8 A   Current, Emitter Cutoff 10 μA  NTE Electronics, Inc. Current, Emitter Cutoff 10 μA  Bipolar Transistors Current, Emitter Cutoff 10 μA  NTE Electronics, Inc. Bipolar Transistors Current, Emitter Cutoff 10 μA   Current, Gain 20  NTE Electronics, Inc. Current, Gain 20  Bipolar Transistors Current, Gain 20  NTE Electronics, Inc. Bipolar Transistors Current, Gain 20   Device Dissipation 50 W  NTE Electronics, Inc. Device Dissipation 50 W  Bipolar Transistors Device Dissipation 50 W  NTE Electronics, Inc. Bipolar Transistors Device Dissipation 50 W   Dimensions 10.67 L x 15.49 H mm  NTE Electronics, Inc. Dimensions 10.67 L x 15.49 H mm  Bipolar Transistors Dimensions 10.67 L x 15.49 H mm  NTE Electronics, Inc. Bipolar Transistors Dimensions 10.67 L x 15.49 H mm   Frequency, Operating 30 MHz  NTE Electronics, Inc. Frequency, Operating 30 MHz  Bipolar Transistors Frequency, Operating 30 MHz  NTE Electronics, Inc. Bipolar Transistors Frequency, Operating 30 MHz   Gain, DC Current, Minimum 40  NTE Electronics, Inc. Gain, DC Current, Minimum 40  Bipolar Transistors Gain, DC Current, Minimum 40  NTE Electronics, Inc. Bipolar Transistors Gain, DC Current, Minimum 40   Height 0.61" (15.49mm)  NTE Electronics, Inc. Height 0.61" (15.49mm)  Bipolar Transistors Height 0.61" (15.49mm)  NTE Electronics, Inc. Bipolar Transistors Height 0.61" (15.49mm)   Length 0.42" (10.67mm)  NTE Electronics, Inc. Length 0.42" (10.67mm)  Bipolar Transistors Length 0.42" (10.67mm)  NTE Electronics, Inc. Bipolar Transistors Length 0.42" (10.67mm)   Material Si  NTE Electronics, Inc. Material Si  Bipolar Transistors Material Si  NTE Electronics, Inc. Bipolar Transistors Material Si   Material Type Silicon  NTE Electronics, Inc. Material Type Silicon  Bipolar Transistors Material Type Silicon  NTE Electronics, Inc. Bipolar Transistors Material Type Silicon   Mounting Type Through Hole  NTE Electronics, Inc. Mounting Type Through Hole  Bipolar Transistors Mounting Type Through Hole  NTE Electronics, Inc. Bipolar Transistors Mounting Type Through Hole   Number of Elements per Chip 1  NTE Electronics, Inc. Number of Elements per Chip 1  Bipolar Transistors Number of Elements per Chip 1  NTE Electronics, Inc. Bipolar Transistors Number of Elements per Chip 1   Number of Pins 3  NTE Electronics, Inc. Number of Pins 3  Bipolar Transistors Number of Pins 3  NTE Electronics, Inc. Bipolar Transistors Number of Pins 3   Package Type TO-220  NTE Electronics, Inc. Package Type TO-220  Bipolar Transistors Package Type TO-220  NTE Electronics, Inc. Bipolar Transistors Package Type TO-220   Polarity NPN  NTE Electronics, Inc. Polarity NPN  Bipolar Transistors Polarity NPN  NTE Electronics, Inc. Bipolar Transistors Polarity NPN   Power Dissipation 50 W  NTE Electronics, Inc. Power Dissipation 50 W  Bipolar Transistors Power Dissipation 50 W  NTE Electronics, Inc. Bipolar Transistors Power Dissipation 50 W   Primary Type Si  NTE Electronics, Inc. Primary Type Si  Bipolar Transistors Primary Type Si  NTE Electronics, Inc. Bipolar Transistors Primary Type Si   Resistance, Thermal, Junction to Case 2.5 °C/W  NTE Electronics, Inc. Resistance, Thermal, Junction to Case 2.5 °C/W  Bipolar Transistors Resistance, Thermal, Junction to Case 2.5 °C/W  NTE Electronics, Inc. Bipolar Transistors Resistance, Thermal, Junction to Case 2.5 °C/W   Temperature Range, Junction, Operating -65 to 150 °C  NTE Electronics, Inc. Temperature Range, Junction, Operating -65 to 150 °C  Bipolar Transistors Temperature Range, Junction, Operating -65 to 150 °C  NTE Electronics, Inc. Bipolar Transistors Temperature Range, Junction, Operating -65 to 150 °C   Temperature, Operating, Maximum +150 °C  NTE Electronics, Inc. Temperature, Operating, Maximum +150 °C  Bipolar Transistors Temperature, Operating, Maximum +150 °C  NTE Electronics, Inc. Bipolar Transistors Temperature, Operating, Maximum +150 °C   Temperature, Operating, Minimum -65 °C  NTE Electronics, Inc. Temperature, Operating, Minimum -65 °C  Bipolar Transistors Temperature, Operating, Minimum -65 °C  NTE Electronics, Inc. Bipolar Transistors Temperature, Operating, Minimum -65 °C   Temperature, Operating, Range -65 to +150 °C  NTE Electronics, Inc. Temperature, Operating, Range -65 to +150 °C  Bipolar Transistors Temperature, Operating, Range -65 to +150 °C  NTE Electronics, Inc. Bipolar Transistors Temperature, Operating, Range -65 to +150 °C   Transistor Polarity NPN  NTE Electronics, Inc. Transistor Polarity NPN  Bipolar Transistors Transistor Polarity NPN  NTE Electronics, Inc. Bipolar Transistors Transistor Polarity NPN   Transistor Type NPN  NTE Electronics, Inc. Transistor Type NPN  Bipolar Transistors Transistor Type NPN  NTE Electronics, Inc. Bipolar Transistors Transistor Type NPN   Type Amplifier, Driver  NTE Electronics, Inc. Type Amplifier, Driver  Bipolar Transistors Type Amplifier, Driver  NTE Electronics, Inc. Bipolar Transistors Type Amplifier, Driver   Voltage, Base to Emitter 1 V  NTE Electronics, Inc. Voltage, Base to Emitter 1 V  Bipolar Transistors Voltage, Base to Emitter 1 V  NTE Electronics, Inc. Bipolar Transistors Voltage, Base to Emitter 1 V   Voltage, Breakdown, Collector to Emitter 150 V  NTE Electronics, Inc. Voltage, Breakdown, Collector to Emitter 150 V  Bipolar Transistors Voltage, Breakdown, Collector to Emitter 150 V  NTE Electronics, Inc. Bipolar Transistors Voltage, Breakdown, Collector to Emitter 150 V   Voltage, Collector to Base 150 V  NTE Electronics, Inc. Voltage, Collector to Base 150 V  Bipolar Transistors Voltage, Collector to Base 150 V  NTE Electronics, Inc. Bipolar Transistors Voltage, Collector to Base 150 V   Voltage, Collector to Emitter 150 V  NTE Electronics, Inc. Voltage, Collector to Emitter 150 V  Bipolar Transistors Voltage, Collector to Emitter 150 V  NTE Electronics, Inc. Bipolar Transistors Voltage, Collector to Emitter 150 V   Voltage, Collector to Emitter, Saturation 0.5 V  NTE Electronics, Inc. Voltage, Collector to Emitter, Saturation 0.5 V  Bipolar Transistors Voltage, Collector to Emitter, Saturation 0.5 V  NTE Electronics, Inc. Bipolar Transistors Voltage, Collector to Emitter, Saturation 0.5 V   Voltage, Emitter to Base 5 V  NTE Electronics, Inc. Voltage, Emitter to Base 5 V  Bipolar Transistors Voltage, Emitter to Base 5 V  NTE Electronics, Inc. Bipolar Transistors Voltage, Emitter to Base 5 V   Voltage, Saturation, Collector to Emitter 0.5 V  NTE Electronics, Inc. Voltage, Saturation, Collector to Emitter 0.5 V  Bipolar Transistors Voltage, Saturation, Collector to Emitter 0.5 V  NTE Electronics, Inc. Bipolar Transistors Voltage, Saturation, Collector to Emitter 0.5 V