The 370A is a Curve Tracer from Tektronix. A curve tracer, or curve checker, is a type of electronic test equipment engineers use to analyze semiconductor device characteristics. Curve tracers contain current and voltage sources to stimulate the equipment under test (EUT). A curve tracer applies a swept voltage to two terminals of the EUT, measuring the level of current flowing at each voltage.
Additional Features:
High Precision Measurements of Semiconductor Devices
Up to 2000 Volts or 10 Amp Sourcing
Up to 220 Watts
1 Nanoamp Measurement Resolution
Down to 2 Millivolt Measurement Resolution
Waveform Comparison
Envelope Display
Waveform Averaging
Dot Cursor
Kelvin Sense Measurements
Fully Programmable
3.5 Inch MS DOS Compatible Disk Storage to Save and Recall Setups
The Tektronix 370A Programmable Curve Tracer is a high-resolution curve tracer that takes high precision measurements of semiconductor devices in ranges of up to 2000 V or 10 amp sourcing, up to 200 watts, down to 1 nanoamp / 2 millivolt measurement resolution. It also has waveform comparison and averaging.
The 370A is a Curve Tracer from Tektronix. A curve tracer, or curve checker, is a type of electronic test equipment engineers use to analyze semiconductor device characteristics. Curve tracers contain current and voltage sources to stimulate the equipment under test (EUT). A curve tracer applies a swept voltage to two terminals of the EUT, measuring the level of current flowing at each voltage.
Additional Features:
- High Precision Measurements of Semiconductor Devices
- Up to 2000 Volts or 10 Amp Sourcing
- Up to 220 Watts
- 1 Nanoamp Measurement Resolution
- Down to 2 Millivolt Measurement Resolution
- Waveform Comparison
- Envelope Display
- Waveform Averaging
- Dot Cursor
- Kelvin Sense Measurements
- Fully Programmable
- 3.5 Inch MS DOS Compatible Disk Storage to Save and Recall Setups
The Tektronix 370A Programmable Curve Tracer is a high-resolution curve tracer that takes high precision measurements of semiconductor devices in ranges of up to 2000 V or 10 amp sourcing, up to 200 watts, down to 1 nanoamp / 2 millivolt measurement resolution. It also has waveform comparison and averaging.
