Study of Logrithmic Amplifier (AE 313 )

Get a Price/Quote

Product Details:

Display Analog (With Scale Marking)
Power 230V 10% AC, 50 Hz
Voltage Standard Laboratory Voltage
Usage Laboratory Experiments, Educational Purpose
Product Type Logarithmic Amplifier Trainer Kit
Material Bakelite/ABS casing, PCB based circuit
Design Table Top, Compact Design
Click to view more
Share Your Product:

Request To Call Back Send Inquiry

Study of Logrithmic Amplifier (AE 313 ) Price And Quantity

Minimum Order Quantity 1 Unit

Instruction Manual Comprehensive in English
Output Signal Logarithmic of input
In Built Power Supply Provided
Operating Temperature 0°C to 50°C
Test Points Multiple accessible test points for study
Input Signal Range 0 - 1V (DC or low frequency AC)
Front Panel Printed circuit layout with block diagram
Practical Experiments Verification of logarithmic amplification, plotting I/O characteristics
Internal Components Precision operational amplifier, matched diodes/transistors
Accessories Included Connecting leads, instruction manual

Study of Logrithmic Amplifier (AE 313 ) Product Specifications

Charging Time Immediate (No battery charging required)
Weight Approx. 2 kg
Material Bakelite/ABS casing, PCB based circuit
Dimension (L*W*H) 340 x 210 x 82 mm
Accuracy 1% of full scale
Power Source AC Mains
Voltage Standard Laboratory Voltage
Usage Laboratory Experiments, Educational Purpose
Design Table Top, Compact Design
Detector Solid State Devices
Power 230V 10% AC, 50 Hz
Display Analog (With Scale Marking)
Product Type Logarithmic Amplifier Trainer Kit

Instruction Manual Comprehensive in English
Output Signal Logarithmic of input
In Built Power Supply Provided
Operating Temperature 0°C to 50°C
Test Points Multiple accessible test points for study
Input Signal Range 0 - 1V (DC or low frequency AC)
Front Panel Printed circuit layout with block diagram
Practical Experiments Verification of logarithmic amplification, plotting I/O characteristics
Internal Components Precision operational amplifier, matched diodes/transistors
Accessories Included Connecting leads, instruction manual

Study of Logrithmic Amplifier (AE 313 ) Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

Study of Logrithmic Amplifier (AE 313 )

Objective : To study the Log. Antilog and ideality factor for Log Amplifier and plot a graph of V1-V for Antilog Amplifier.

Features : Instrument comprises of DC Regulated short circuit and over-load protected continuously variable Power Supply, ±15 VDC Regulated Power Supply, one Potentiometer, IC 741 and Diode 4007/IN 34.

Precision Logarithmic Amplification for Education

The AE 313 offers students and educators a reliable platform to explore the principles of logarithmic amplification. Featuring matched solid-state components, the instrument ensures accurate results across a 01V input range for both DC and low-frequency AC signals. Multiple test points allow in-depth study and facilitate hands-on learning.

User-Friendly Design and Operation

Engineered for convenience, the AE 313 is housed in durable Bakelite/ABS and runs directly on 230V AC mains without the need for charging. Its compact tabletop design, analog readout with clear scale markings, and printed panel layout make setup and operation straightforward for laboratory environments.

Practical Experiments and Comprehensive Documentation

The device supports core practical experiments, including verification of logarithmic amplification and plotting of input/output characteristics. It includes connecting leads and an English instruction manual, providing step-by-step guidance to maximize educational value.

FAQs of Study of Logrithmic Amplifier (AE 313 ):

Q: How does the AE 313 logarithmic amplifier work?

A: The AE 313 converts a linear input signal (01V DC or low-frequency AC) into a corresponding logarithmic output using a precision operational amplifier in combination with matched diodes or transistors, providing an analog display of the log value.

Q: What experiments can be performed with this logarithmic amplifier?

A: Users can verify the process of logarithmic amplification, plot input-output characteristics, and analyze response curves through its multiple test points. These experiments help illustrate logarithmic circuit theory in a practical lab setting.

Q: When is this device typically used?

A: AE 313 is primarily used during laboratory sessions in educational institutions, such as engineering or physics courses, whenever hands-on learning of signal amplification characteristics is required.

Q: Where can the AE 313 be set up for experiments?

A: The compact, table-top design allows easy placement on any laboratory workbench where standard mains power (230V AC, 50Hz) is available. Its robust construction makes it suitable for frequent student use.

Q: What is the process for operating the logarithmic amplifier?

A: Set up the device using the supplied connecting leads, apply the input signal within the 01V range, and monitor the logarithmic output through the analog display or test points. The instruction manual provides a step-by-step guide for different experiments.

Q: What are the benefits of using the AE 313 in educational settings?

A: AE 313 fosters a deeper understanding of logarithmic functions and amplifier behavior. Its accurate performance (1% of full scale) and clear output display make it an effective educational tool for reinforcing theoretical concepts.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Operational Amplifier trainers' category

Operational Amplifier as Voltage Comparator Minimum Order Quantity : 1 Weight : ~2g (typical for DIP8 package) Material : IC encapsulated in epoxy/plastic with metal pins Dimension (L*W*H) : Depends on the opamp package, e.g., 8mm x 6mm x 3mm (typical DIP8) Power Source : External DC supply Accuracy : High accuracy depending on opamp model and reference voltage stability Voltage : Supply voltage typically 5V to 15V or 5V single supply Usage : Used as voltage level comparator in circuits Power : Low Power Consumption; based on opamp specifications Design : Comparator configuration using operational amplifier Product Type : Integrated Circuit (IC) Application Detector : Analog voltage difference detection capability Display : No display; output is electrical signal only

Send Inquiry

Study of Characteristics of Operational Amplifier Minimum Order Quantity : 1 Weight : Approx. 1.5 kg Material : ABS plastic panel with printed circuit and components Dimension (L*W*H) : 325 mm x 220 mm x 80 mm Power Source : AC mains Accuracy : High accuracy for educational measurements Voltage : Input: 220V AC; Output: 12V DC Usage : Laboratory study and experimentation of opamp characteristics Power : 220V AC/50 Hz, 12V DC regulated supply Design : Portable desktop unit, colourcoded circuit layout Product Type : Educational Training Kit Detector : Not applicable (uses external measurement tools) Display : Analog/Digital readout (External multimeter required)

Send Inquiry

Operational Amplifier Trainer (with DPM) Minimum Order Quantity : 1 Weight : Approx. 2 Kg Material : Highgrade ABS plastic enclosure Dimension (L*W*H) : 340mm x 220mm x 110mm Power Source : 230V AC, 50Hz through supplied adapter Accuracy : 1% Voltage : +12V, 12V DC Dual output Usage : Educational Laboratory, OpAmp configuration experiments Power : External AC Mains adapter included Design : Portable with labeled experimentation area Product Type : Operational Amplifier Trainer Kit Detector : Digital Panel Meter (DPM) for measurement Display : 3 Digit Digital Panel Meter

Send Inquiry

Operational Amplifier as Schmitt Trigger Minimum Order Quantity : 1 Weight : Approx. 1 gram (typical for standard IC) Material : Semiconductor (Silicon), plastic or ceramic case Dimension (L*W*H) : Depends on package; e.g. standard Op Amp IC like 8pin DIP (typically 9.81 x 6.35 x 3.3 mm) Power Source : DC power supply Accuracy : High threshold and low threshold voltages precisely set by resistor network Voltage : Operational voltage typically 5V to 15V Usage : Converts noisy or slowly varying analog signals to clean digital output Power : Low power consumption, typically in milliwatt range Design : Noninverting/inverting opamp Schmitt Trigger with positive feedback Product Type : Operational Amplifier Schmitt Trigger circuit Detector : Comparator operation using operational amplifier Charging Time : Immediate; dependent on input signal transition

Send Inquiry

SEND INQUIRY CALL ME FREE