Product Description
SINCOM SA-110 Semiconductor Diode, Zener Diode and LED Characteristics is very useful to study the V-I characteristics of Silicon, Germanium PN Junction Diodes, Zener Diode and Light Emitting Diode (LED). The trainer is simply designed to plot PN Junction Diode, Zener diode, LED characteristics and determine its various parameters in a simple experimental way.
Product Features
- DO-41 Silicon and Germanium Diodes package.
- Zener Diode used is Silicon Planer Power in DO-41 package
- Silicon & Germanium PN Junction diodes, two Zener Diodes and one Red color LED are provided
- PN Junction Diodes used are having Higher average forward current and Non-repetitive Peak forward surge current, Higher Peak repetitive Reverse voltage and Power dissipation.
- Zener Diodes used are having Low forward voltage drop and High operating Temperature range.
- LED used is having Red Color, 5mm Diameter and convex front.
- Current controlling resistor in series
- Facility to vary wide range of applied DC input voltage
- In-Built Variable regulated DC Power Supply
- Multi color Circuit Diagram is printed on the front of the white board
- Enclosed in an attractive, light weight, High Quality, Poly Coated Imported Pine Wooden cabinet
- Facility to connect the external Digital/ Analog Voltmeter and Ammeter
- Easy to select the different types of Diodes
- User friendly Designed
- Very Easy for Operation
- Interconnections by 2mm high quality banana sockets and pins
- Maximum Test points to explore all the corners of experiment
Learning Scope
- To Study the Forward & Reverse characteristics of Silicon and Germanium PN Junction Diodes.
- To Determine Forward static & dynamic resistance of diode at a given operating point.
- To Study and plot the Forward & Reverse characteristics of Zener Diodes.
- To Determine the Zener Voltage Vz from the reverse characteristics of Zener Diode.
- To Study Forward characteristics of Red, Yellow and Green colors Light Emitting Diodes (LED).
- To Observe & Note the Change in the Intensity & Voltage across LEDs w.r.t. applied forward Voltage.