Descripción
x10 Unidades: TRANSISTOR 2N6027, TO-92
Programmable Unijunction Transistor (PUT)
Description:
The 2N6027 is a 3-terminal silicon planer passivated PNP device
available in the standard plastic low cost TO92 type package. The
terminals are designated as anode, anode gate, and cathode.
This device has been characterized as a Programmable Unijunction
Transistor (PUT), offering many advantages over conventional unijunction
transistors. The designer can select R1 and R2 to program unijunction
characteristics such as intrinsic standoff ratio, Interbase resistance,
peak–point emitter current, and valley–point current to meet his
particular needs.
PUT’s are specifically charactrized for long interval timers and other
applications requiring low leakage and low peak point current. PUT’s
similar types have been characterized
Applications:
SCR Trigger
Pulse and Timing Circuits
Oscillators
Sensing Circuits
Sweep Circits
Absolute Maximum Ratings: (TA = +25°C unless otherwise specified)
Gate–Cathode Forward Voltage……….+40V
Gate–Cathode Reverse Voltage…………-5V
Gate–Anode Reverse Voltage…………+40V
Anode–Cathode Voltage…………………±40V
DC Anode Current (Note 1)…………150mA
Peak Anode, Recurrent Forward Current
– Pulse Width = 100µs, Duty Cycle = 1%….1A
– Pulse Width = 20µs, Duty Cycle = 1%…… 2A
Peak Anode, Non–Recurrent Forward Current (10µs)………±20mA
Capacitive Discharge Energy (Note 2)………. 250µJ
Total Average Power (Note 1)………. 300mW
Operating Ambient Temperature Range (Note 1)……….-50 ° to +100°C
Description:
The 2N6027 is a 3-terminal silicon planer passivated PNP device
available in the standard plastic low cost TO92 type package. The
terminals are designated as anode, anode gate, and cathode.
This device has been characterized as a Programmable Unijunction
Transistor (PUT), offering many advantages over conventional unijunction
transistors. The designer can select R1 and R2 to program unijunction
characteristics such as intrinsic standoff ratio, Interbase resistance,
peak–point emitter current, and valley–point current to meet his
particular needs.
PUT’s are specifically charactrized for long interval timers and other
applications requiring low leakage and low peak point current. PUT’s
similar types have been characterized
Applications:
SCR Trigger
Pulse and Timing Circuits
Oscillators
Sensing Circuits
Sweep Circits
Absolute Maximum Ratings: (TA = +25°C unless otherwise specified)
Gate–Cathode Forward Voltage……….+40V
Gate–Cathode Reverse Voltage…………-5V
Gate–Anode Reverse Voltage…………+40V
Anode–Cathode Voltage…………………±4
DC Anode Current (Note 1)…………150mA
Peak Anode, Recurrent Forward Current
– Pulse Width = 100µs, Duty Cycle = 1%….1A
– Pulse Width = 20µs, Duty Cycle = 1%…… 2A
Peak Anode, Non–Recurrent Forward Current (10µs)………±20mA
Capacitive Discharge Energy (Note 2)………. 250µJ
Total Average Power (Note 1)………. 300mW
Operating Ambient Temperature Range (Note 1)……….-50 ° to +100°C
