Curve tracers: Difference between revisions

Revision as of 07:36, 20 December 2023

Curve tracers are lab devices that are used to analyze performance characteristics of active devices like tubes, diodes and transistors.

They trace current/voltage characteristics, in the case of 3- or more terminal devices as a function of a third parameter such as grid voltage or base current.

Links

Documents Referencing Curve tracers

Document	Class	Title	Authors	Year	Links
062-1009-00.pdf	Book	Measurement Concepts: Semiconductor Device Measurements	John Mulvey	1969	Curve tracers • Tunnel diodes
Tekscope 1969 V1 N1 Feb 1969.pdf	Article	Curve Tracing Displays		1969	Curve tracers • 576
Tekscope 1969 V1 N5 Oct 1969.pdf	Article	Troubleshooting the Sweep Ciruits	Charles Phillips	1969	575 • 576 • Curve tracers
Tekscope 1972 V4 N3 May 1972.pdf	Article	Semiautomatic Testing with the Curve Tracer	Jack Millay	1972	576 • 172 • Curve tracers
Tektronix Curve Tracers - Device Testing Techniques.pdf	Book	Tektronix Curve Tracers - Device Testing Techniques		1985	Curve tracers • Tunnel diodes

Instruments

Curve tracer measurement examples

BC337 I_C = f(V_CE, I_B) traced on a 7CT1N
no-name optocoupler I_C = f(V_CE, I_LED) on 7CT1N
NE-2 neon bulb I = f(V) on a 7CT1N
one system of a 6J6 triode I_A = f(V_A, V_G1) on a 7CT1N
2N2222A transistor on 571
1N3020B (10 V Zener diode) on 571
10 mA tunnel diode I = f(V) on 571

@@ Line 1: / Line 1: @@
 '''Curve tracers''' are lab devices that are used to analyze performance characteristics of active devices like tubes, diodes and transistors.
-They trace current/voltage characteristics, in the case of 3- or more terminal devices, as a function of a third parameter such as grid voltage or base current.
+They trace current/voltage characteristics, in the case of 3- or more terminal devices as a function of a third parameter such as grid voltage or base current.
 ==Links==