> DDS Function Signal Generator
> Digital Multimeters
> Distortion Analyzer
> Four Probe experiment
> Function Generator
> IC Testers
> LCR Meters
> Oscilloscopes
> Power Supplies
> Pulse Wave Frequency Meter
> Signal / Function Generator
> Storage Oscilloscopes
> Two Probe Setup
> Withstand Tester
> General Physics Equipments
 
- Digital Micro Volt Meter
- Digital Nano Ammeter
- Digital Pico Ammeter
- Digital Gaussmeter
- Magnetic Field Measurement Apparatus
- Study of Dieletric Constant & Curie Temp of Ferroelectric Ceramics
- e/m Experiment
- Planck’s Constant by Photoelectric Effect
- Determination of Planck’s Constant by means of LED’s
- Frank Hertz Experiment
- Ionisation Potential Set-up
- Measurement of Magnetoresistance of Semiconductors
- Two Probe Method for Resistivity Measurement of Insulators
- Electron Spin Resonance Spectrometer
- Study of Thermoluminescence of F-centres in Alkali Halide Crystals
- Hall Effect in Metals
- Dependence of Hall Coefficient on Temperature
- Apparatus for the Measurement of Susceptibility of Paramagnetic Solution by Quinck's Tube Method
- Apparatus for the Measurement of Susceptibility of Solids by Gouy’s Method
- Magnetic Hysteresis Loop Tracer
   
> TEKON INSTRUMENTS
  - T100 Network Cable Detector
  - T550 Power Quality Analyzer
  - T560 Power Quality Analyzer
  - T600 Txr Turn to Ration
  - T610 Txr Analyzer
  - T650 ESS Diagnostic
  - T700 Ind. Robot Diagnostic
  - T800 EV-HEV Diagonstic
 
   
   
   
   
 
 
     
 
General Physics Equipments
 
Digital Nano-ammeter
  • Measures current down to 100pA
  • All solid state and IC design
  • Accepts either polarity of input current

Introduction

Digital Nanoammeter, a rugged and low cost instrument, is a product of extensive R&D using high input impedance integrated circuits. It has 4 decade ranges with 100% over-ranging. The unit is suitable for current measurement in the range of 100pA to 200µA. For the ease, readings are directly obtained on a 3½ digit DPM. The instrument is capable of accepting either polarity of the input current.

The very low leakage current of the input stage combined with the high linearity fast response due to high negative feedback enables accurate and easily reproducible measurements. The instrument uses a FET input operational amplifier that offers the very low input bias current, low offset voltage, low drift and noise. These characteristics have been fully utilized in the present Nanoammeter. This operational amplifier is used in low level current to voltage configuration.

Applications

  • To measure current from photomultiplier tubes, photometer etc.
  • Leakage currents in solid state devices. FET gate and tube grid voltages without loading errors.
  • Current through very high resistance in conjunction with a power supply.
  • Potentials across semiconductors, piezoelectric systems & pH electrodes.
Range 100nA, 1mA, 10mA, 100mA with 100% over-ranging
Accuracy 0.2% for all ranges
Resolution 0.1nA
Input Resistance 25W, 2.5W, 0.25W, 0.025W
Display 3½ digit 7 segment LED with auto polarity and decimal indication
Input Through amphenol connector
Power Supply 220V±10%, 50Hz
Weight 2.5Kg
Dimensions 240mm X 275mm X 120mm
 
 
 
* Products not listed can be ordered as per request.
* Model number may subject to change without intimation