Operational Amplifier as Voltage to current & current to Voltage Convertor

Get a Price/Quote

Product Details:

Power Low power consumption operational amplifier
Usage Voltage-to-Current converter, Current-to-Voltage converter in analog circuits
Voltage 3V to 18V typical supply voltage
Product Type Operational Amplifier Configured as Converter
Material Semiconductor (Silicon), Plastic DIP/SOIC package
Design Standard Op-amp connection; as per image (https://cpimg.tistatic.com/2914072/s/4/Operational-Amplifier-as-Voltage-to-current-current-to-Voltage-Convertor.jpg)
Power Source DC Supply
Click to view more
Share Your Product:

Request To Call Back Send Inquiry

Operational Amplifier as Voltage to current & current to Voltage Convertor Price And Quantity

Minimum Order Quantity 1 , , Unit

Load Regulation Strong, negligible current/voltage variation with varying load (within op-amp & supply limits).
Component Sourcing Readily available in electronics markets; standard op-amp ICs and passive components used.
Op-Amp Model Compatibility General-purpose (741, LM358, TL082) and precision op-amps.
Output Range Current output: Up to 20mA; Voltage output: Matches op-amp supply and feedback network.
Input Range Voltage input: Typically 0V to ±10V; Current input: Up to 20mA depending on resistor selection.
Application Examples Sensor output reading, process control, analog signal transmission, current/voltage monitoring.
Linearity Excellent, depends mainly on external resistor tolerance and op-amp specs.
Protection Features Add-on clamping diodes and fuses may be implemented for over-voltage/current protection.
Frequency Response DC to 100kHz (dependent on op-amp used).
Conversion Modes Voltage to current (V-I) converter, current to voltage (I-V) converter.
Temperature Stability High stability with minimal drift when using precision resistors and quality op-amps.
Signal Type Analog DC signals.
PCB Mounting Compatible with through-hole or SMD components, breadboard prototyping possible.

Operational Amplifier as Voltage to current & current to Voltage Convertor Product Specifications

Material Semiconductor (Silicon), Plastic DIP/SOIC package
Power Source DC Supply
Weight Approx. 2 grams per IC
Power Low power consumption operational amplifier
Design Standard Op-amp connection; as per image (https://cpimg.tistatic.com/2914072/s/4/Operational-Amplifier-as-Voltage-to-current-current-to-Voltage-Convertor.jpg)
Product Type Operational Amplifier Configured as Converter
Voltage 3V to 18V typical supply voltage
Accuracy High accuracy for signal conversion ensuring minimal error
Usage Voltage-to-Current converter, Current-to-Voltage converter in analog circuits
Dimension (L*W*H) Standard breadboard compatible; IC form, typically 9mm x 4mm x 3mm

Load Regulation Strong, negligible current/voltage variation with varying load (within op-amp & supply limits).
Component Sourcing Readily available in electronics markets; standard op-amp ICs and passive components used.
Op-Amp Model Compatibility General-purpose (741, LM358, TL082) and precision op-amps.
Output Range Current output: Up to 20mA; Voltage output: Matches op-amp supply and feedback network.
Input Range Voltage input: Typically 0V to ±10V; Current input: Up to 20mA depending on resistor selection.
Application Examples Sensor output reading, process control, analog signal transmission, current/voltage monitoring.
Linearity Excellent, depends mainly on external resistor tolerance and op-amp specs.
Protection Features Add-on clamping diodes and fuses may be implemented for over-voltage/current protection.
Frequency Response DC to 100kHz (dependent on op-amp used).
Conversion Modes Voltage to current (V-I) converter, current to voltage (I-V) converter.
Temperature Stability High stability with minimal drift when using precision resistors and quality op-amps.
Signal Type Analog DC signals.
PCB Mounting Compatible with through-hole or SMD components, breadboard prototyping possible.

Operational Amplifier as Voltage to current & current to Voltage Convertor Trade Information

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

Product Description

Study of Operational Amplifier as V to I & I to V Convertor (AE 310 )

Objective : Basic Operational Amplifier Circuits have been designed to verify the operational amplifier as voltage to current convertor and current to voltage convertor.

Features : Instrument comprises of ± 15 VDC Regulated Power Supply, 2 round meters, combination of Resistances & IC 741 connected inside & connections brought out at sockets on front panel.

Flexible Signal Conversion

This operational amplifier-based module excels in both voltage-to-current and current-to-voltage conversion, catering to a wide spectrum of analog DC signal applications. Its excellent linearity and low drift ensure consistent performance, making it suitable for high-precision tasks such as sensor signal conditioning or current monitoring.

Wide Compatibility & Simple Integration

Designed for convenience, the module supports a range of general-purpose and precision op-amps, including 741, LM358, and TL082, and is suitable for through-hole and SMD mounting. This adaptability allows for straightforward use in breadboards or professional PCBs, facilitating rapid development for engineers and hobbyists alike.

FAQs of Operational Amplifier as Voltage to current & current to Voltage Convertor:

Q: How does an operational amplifier function as a voltage-to-current (V-I) or current-to-voltage (I-V) converter?

A: An operational amplifier can be configured with appropriate resistor networks to convert an input voltage to a proportional output current (V-I converter) or an input current to a corresponding output voltage (I-V converter). This process uses the op-amps high gain and feedback properties to achieve accurate signal conversion.

Q: What are the typical input and output ranges for these converters?

A: For voltage-to-current conversion, the input voltage typically ranges from 0V to 10V, and the output current can reach up to 20mA based on the selected resistor. In the current-to-voltage conversion mode, the input current can go up to 20mA with the output voltage matching the op-amps supply and feedback network.

Q: When should I use a V-I or I-V converter in my circuit design?

A: Use these converters when you need to interface sensors with output voltages to systems that require current input, or vice versa. Common scenarios include analog signal transmission, current monitoring, and sensor output reading in industrial or laboratory settings.

Q: Where can I implement these operational amplifier converters?

A: These converters are suitable for various environments, including process control, industrial automation, research labs, and applications requiring accurate analog signal conversion. They are also ideal for prototyping on breadboards and integration into custom PCB designs.

Q: What op-amp models are compatible and what are the benefits of using quality components?

A: General-purpose op-amps like 741, LM358, and TL082, as well as precision op-amps, are supported. Using precision resistors and high-quality op-amps enhances accuracy, temperature stability, and minimizes linearity errors or signal drift, leading to reliable performance in diverse conditions.

Q: How is protection against over-voltage or over-current achieved in these configurations?

A: Add-on circuit elements, such as clamping diodes and fuses, can be integrated into the design to safeguard the circuit from excessive voltage or current, ensuring long-term stability and protecting sensitive components.

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 Differentiator & Integrator Minimum Order Quantity : 1 Dimension (L*W*H) : Approx. 180 mm x 120 mm x 50 mm (varies with breadboard/enclosure) Accuracy : High accuracy for analog computation and signal waveform transformation Usage : For analog signal processing, waveform shaping, educational and laboratory demonstrations Design : Open PCB or boxed module, with clear functional labelling Power Source : External DC dual power supply Material : PCB with mounted electronic components Power : Typically 3 mW 10 mW (depends on opamp model) Product Type : Educational Electronic Trainer / Analog Circuit Module Voltage : 12V to 15V dual supply, or as specified for operational amplifier Weight : Approx. 350 grams Detector : Not applicable (not a detection device) Display : No inbuilt display; results are observed via external oscilloscope Charging Time : Not required (operates continuously with power supply)

Send Inquiry

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

Send Inquiry

Op amp as Linear Wave Shaping Circuits Minimum Order Quantity : 1 Dimension (L*W*H) : Dependent on PCB design; circuit size typically 5cm x 3cm x 2cm Accuracy : High signal fidelity, typical error <1% for linear applications Usage : Used for signal conditioning, integration, differentiation, and filtering applications Design : Standard op amp in inverting or noninverting configurations for integration, differentiation Power Source : Dual rail DC power supply Material : FR4 PCB, Semiconductor IC (Op amp), passive components Power : Low power consumption (generally <10 mW per channel) Product Type : Analog Electronic Circuit (Op Amp Based Linear Wave Shaping) Voltage : Typical operating range 15V DC (other voltages e.g. 12V possible depending on op amp type) Weight : Varies with enclosure; typically <50 grams Detector : Not applicable (general purpose op amp based circuit) Display : No onboard display; output is analog waveform Charging Time : Immediate; responds instantly to input signal changes

Send Inquiry

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

Send Inquiry

SEND INQUIRY CALL ME FREE