Op amp as Linear Wave Shaping Circuits

Get a Price/Quote

Product Details:

Usage Used for signal conditioning, integration, differentiation, and filtering applications
Display No onboard display; output is analog waveform
Voltage Typical operating range ±15V DC (other voltages e.g. ±12V possible depending on op amp type)
Power Low power consumption (generally <10 mW per channel)
Product Type Analog Electronic Circuit (Op Amp Based Linear Wave Shaping)
Material FR-4 PCB, Semiconductor IC (Op amp), passive components
Design Standard op amp in inverting or non-inverting configurations for integration, differentiation
Click to view more
Share Your Product:

Request To Call Back Send Inquiry

Op amp as Linear Wave Shaping Circuits Price And Quantity

Minimum Order Quantity 1 Unit

Op amp as Linear Wave Shaping Circuits Product Specifications

Accuracy High signal fidelity, typical error <1% for linear applications
Display No onboard display; output is analog waveform
Detector Not applicable (general purpose op amp based circuit)
Weight Varies with enclosure; typically <50 grams
Usage Used for signal conditioning, integration, differentiation, and filtering applications
Product Type Analog Electronic Circuit (Op Amp Based Linear Wave Shaping)
Material FR-4 PCB, Semiconductor IC (Op amp), passive components
Dimension (L*W*H) Dependent on PCB design; circuit size typically 5cm x 3cm x 2cm
Design Standard op amp in inverting or non-inverting configurations for integration, differentiation
Power Low power consumption (generally <10 mW per channel)
Voltage Typical operating range ±15V DC (other voltages e.g. ±12V possible depending on op amp type)
Charging Time Immediate; responds instantly to input signal changes
Power Source Dual rail DC power supply

Common Mode Rejection Ratio (CMRR) >80 dB
Load Drive Capability Up to 10 mA (depending on output stage)
Mounting Type Through-hole (standard DIP package), surface mount available
Output Impedance < 100
Compliance RoHS (for modern components)
Operating Temperature 0C to +70C (typical for standard op amps)
Slew Rate 0.5 - 10 V/s (depending on IC used)
Frequency Response DC to 1 MHz (depends on op amp selected, e.g. 741, 5532, LM324)
Package Type DIP, SOP, or SMD (varies with op amp IC selection)
Application Examples Audio waveform shaping, analog computation, active filters, signal integration/differentiation
Circuit Protection Reverse polarity and over-voltage protection recommended
Input Impedance Typically 100 k

Op amp as Linear Wave Shaping Circuits Trade Information

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

Product Description

Linear Wave Shaping Circuits (AE 315 )

Objective: Linear Wave Shaping Circuits have been designed to study Positive and Negative Clipping & Clamping, Differentiator and Integrator using op-amp IC 741.

Features: Fixed DC Regulated power supply of 12V. Operational amplifier IC 741 is placed inside the cabinet and connections are brought out on sockets.Combination of resistor, capacitor, diodes are provided on the front panel.

Reliable Linear Wave Shaping

Employing high-quality op amps, these circuits deliver consistent linear shaping of analog signals. With minimal distortion and a typical signal error of less than 1%, they are ideal for audio engineering, active filters, and analog computers where precise waveform transformation is crucial.

Adaptability and Protection

Designed for flexibility, these circuits are compatible with various power supplies and package types. They feature recommended protections against reverse polarity and over-voltage, ensuring safe, long-term operation in industrial, laboratory, and educational environments.

Ease of Integration and Use

Thanks to standard through-hole (DIP) or compact surface-mount designs, these circuits fit easily into diverse PCBs and systems. With immediate response to input changes and low power requirements (<10 mW/channel), setup and integration are straightforward for any signal conditioning or processing project.

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

Study of Logrithmic Amplifier (AE 313 ) Minimum Order Quantity : 1 Power Source : AC Mains Voltage : Standard Laboratory Voltage Power : 230V ±10% AC, 50 Hz Design : Table Top, Compact Design Dimension (L*W*H) : 340 x 210 x 82 mm Material : Bakelite/ABS casing, PCB based circuit Product Type : Logarithmic Amplifier Trainer Kit Usage : Laboratory Experiments, Educational Purpose Weight : Approx. 2 kg Accuracy : ±1% of full scale Detector : Solid State Devices Display : Analog (With Scale Marking) Charging Time : Immediate (No battery charging required)

Send Inquiry

Study of Op Amp as Instrumentation Amplifier Minimum Order Quantity : 1 Power Source : External Dual DC supply (included) Voltage : +12V, 12V DC Operation Power : 5 W (approx) Design : Tabletop compact modular Dimension (L*W*H) : 300 mm x 200 mm x 75 mm approx. Material : Highgrade PCB board with ABS Enclosure Product Type : Instrumentation Amplifier Trainer Usage : Educational laboratory instrument for OpAmp study Weight : Approx. 1.2 kg Accuracy : High, depends on component quality (typically <0.1%) Detector : Not Applicable (N/A) Display : LED Indicators and test points Charging Time : Not Applicable (N/A)

Send Inquiry

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

Send Inquiry

Operational Amplifier as Voltage & Current Feedback Amplifier Minimum Order Quantity : 1 Power Source : DC supply Voltage : Dual supply ±5V to ±15V or single supply 5V to 30V Power : Low power consumption, typically < 5 mW (quiescent) Design : Standard operational amplifier IC design for precision analog feedback Dimension (L*W*H) : Standard DIP8 package; 9 mm x 6 mm x 3 mm (approx.) Material : Semiconductor (silicon die) in plastic encapsulated DIP/SOP package Product Type : Voltage & Current Feedback Operational Amplifier Usage : Voltage and current feedback amplification in analog electronic circuits Weight : Approx. 1 gram Accuracy : High input and output accuracy, typical offset voltage < 5 mV Detector : Not applicable (electronic amplifier) Display : No physical display

Send Inquiry

SEND INQUIRY CALL ME FREE