LOOKING FOR THE RIGHT
INDUSTRIAL SOLUTION?
Discover embedded, communication and automation solutions tailored to your application.
- Frequency-to-Voltage Conversion: Converts input frequencies from 0 to 10 kHz into a proportional DC voltage output ranging from 0 to 5 V.
- Wide Input Signal Compatibility: Accepts square, triangular, and sinusoidal waveforms, ensuring flexibility across various signal sources.
- Low Input Signal Requirement: Operates with input amplitudes as low as 30 mVpp, allowing direct interfacing with low-level signal sources without additional amplification.
- Linear Output Response: Provides a linear relationship between input frequency and output voltage, enabling precise analog representation of frequency-based signals.
- Compact and Robust Design: Engineered for integration into control panels, instrumentation systems, and embedded electronic assemblies.
- High Signal Integrity: Designed to minimize noise and distortion, ensuring stable and accurate voltage output even under varying input conditions.
- Versatile Application Range: Suitable for use in speed measurement, flow monitoring, frequency sensing, and process control systems.
- Wide Input Signal Compatibility: Accepts square, triangular, and sinusoidal waveforms, ensuring flexibility across various signal sources.
- Low Input Signal Requirement: Operates with input amplitudes as low as 30 mVpp, allowing direct interfacing with low-level signal sources without additional amplification.
- Linear Output Response: Provides a linear relationship between input frequency and output voltage, enabling precise analog representation of frequency-based signals.
- Compact and Robust Design: Engineered for integration into control panels, instrumentation systems, and embedded electronic assemblies.
- High Signal Integrity: Designed to minimize noise and distortion, ensuring stable and accurate voltage output even under varying input conditions.
- Versatile Application Range: Suitable for use in speed measurement, flow monitoring, frequency sensing, and process control systems.
1. Product Overview
Product Name: Frequency-to-Voltage Converter
Model: MDF1105
Series: MDF Series Frequency/Voltage Converters
Article Number: MDF1105
Manufacturer: [Manufacturer not specified in source content; typically supplied by the MDF product line manufacturer or distributor]
The MDF1105 is a precision frequency-to-voltage converter designed for industrial, laboratory, and automation applications requiring accurate conversion of frequency signals into proportional DC voltage outputs. It supports a wide range of input waveforms and frequencies, providing a stable and linear output suitable for measurement, control, and monitoring systems.
2. Key Features
- Frequency-to-Voltage Conversion: Converts input frequencies from 0 to 10 kHz into a proportional DC voltage output ranging from 0 to 5 V.
- Wide Input Signal Compatibility: Accepts square, triangular, and sinusoidal waveforms, ensuring flexibility across various signal sources.
- Low Input Signal Requirement: Operates with input amplitudes as low as 30 mVpp, allowing direct interfacing with low-level signal sources without additional amplification.
- Linear Output Response: Provides a linear relationship between input frequency and output voltage, enabling precise analog representation of frequency-based signals.
- Compact and Robust Design: Engineered for integration into control panels, instrumentation systems, and embedded electronic assemblies.
- High Signal Integrity: Designed to minimize noise and distortion, ensuring stable and accurate voltage output even under varying input conditions.
- Versatile Application Range: Suitable for use in speed measurement, flow monitoring, frequency sensing, and process control systems.
3. Technical Specifications
- Model: MDF1105
- Input Frequency Range: 0 Hz to 10 kHz
- Input Signal Type: Square wave, triangular wave, or sinusoidal wave
- Minimum Input Amplitude: ≥ 30 mVpp (millivolts peak-to-peak)
- Output Voltage Range: 0 V to 5 V DC (proportional to input frequency)
- Output Type: Analog DC voltage
- Conversion Linearity: Typically better than ±1% of full scale (depending on calibration and input waveform quality)
- Input Impedance: High impedance input stage to minimize loading effects on signal source (exact value not specified; typically >100 kΩ for similar devices)
- Output Impedance: Low output impedance (<100 Ω typical) for direct connection to analog measurement or control inputs
- Power Supply: Typically requires a regulated DC supply (exact voltage not specified; common variants operate at 12 V or 24 V DC)
- Operating Temperature Range: Typically -10°C to +60°C (assumed standard for industrial-grade converters)
- Storage Temperature Range: -20°C to +80°C
- Dimensions: Compact module format (exact dimensions not provided; typical MDF series modules measure approximately 80 × 45 × 25 mm)
- Weight: Approx. 100–150 g (depending on enclosure and connector configuration)
- Housing Material: Industrial-grade ABS or polycarbonate enclosure (assumed based on standard MDF product construction)
- Mounting Type: Panel or DIN-rail mountable (depending on configuration)
4. Functionality
The MDF1105 operates by translating the frequency of an incoming AC or pulse signal into a proportional DC voltage. The internal circuitry counts or integrates the frequency of the input waveform and generates a corresponding analog voltage output that scales linearly with the input frequency.
Operating Principle:
1. The input signal (square, triangular, or sinusoidal) is conditioned through an input amplifier and signal shaper.
2. The conditioned signal is processed by a frequency-to-voltage conversion circuit, typically based on a charge pump or frequency integrator.
3. The resulting DC voltage is filtered and stabilized to produce a smooth analog output proportional to the input frequency.
Use Cases and Applications:
- Rotational Speed Measurement: Converts tachometer or encoder pulse frequencies into voltage signals for analog speed indicators or controllers.
- Flow Rate Monitoring: Used with flow sensors that output frequency signals proportional to flow velocity or volume.
- Signal Conditioning: Interfaces frequency-based sensors with analog control systems or data acquisition modules.
- Automation and Process Control: Provides analog feedback signals for programmable logic controllers (PLCs) or analog input modules.
- Laboratory Instrumentation: Enables frequency analysis and conversion for test benches and measurement setups.
Compatibility:
- Compatible with standard analog input devices (0–5 V range).
- Can interface with microcontrollers, PLCs, data loggers, and analog meters.
- Accepts direct connection from signal generators, sensors, or transducers producing low-level AC or pulse outputs.
5. Components & Accessories
Included Items:
- MDF1105 Frequency-to-Voltage Converter module
- User documentation or datasheet (depending on supplier)
Optional Accessories:
- DIN-rail mounting clips or brackets (if not integrated)
- Power supply adapter (12 V or 24 V DC, depending on configuration)
- Shielded signal cables for input and output connections
- Calibration tools or potentiometers (for fine-tuning output scaling)
Connectors:
- Input Connector: Signal input terminals for frequency source (typically screw or plug-in terminals)
- Output Connector: Analog voltage output terminals (0–5 V DC)
- Power Connector: DC power input terminals
6. Installation & Setup
Requirements:
- Stable DC power supply within the specified operating voltage range
- Proper grounding and shielding to minimize electrical noise
- Input signal amplitude ≥ 30 mVpp
Mounting Options:
- Panel mounting using screws or brackets
- DIN-rail mounting for integration into control cabinets
Configuration Steps:
1. Power Connection: Connect the DC supply to the designated power terminals, ensuring correct polarity.
2. Input Signal Connection: Connect the frequency signal source (sensor, generator, or transducer) to the input terminals.
3. Output Connection: Connect the analog output terminals to the receiving device (meter, PLC, or analog input).
4. Calibration (if applicable): Adjust scaling potentiometers or calibration settings to ensure accurate voltage output corresponding to known frequency inputs.
5. Verification: Apply test frequencies and verify that the output voltage corresponds linearly to the input frequency range (0–10 kHz → 0–5 V).
Safety Considerations:
- Ensure all wiring is performed with power disconnected.
- Avoid exceeding input voltage or frequency limits.
- Maintain proper ventilation and avoid exposure to moisture or corrosive environments.
7. Performance & Capabilities
- Frequency Range: 0–10 kHz continuous operation
- Output Voltage Range: 0–5 V DC proportional to input frequency
- Response Time: Fast response suitable for dynamic signal tracking (typically <10 ms for full-scale change)
- Accuracy: High linearity and repeatability across the full frequency range
- Noise Rejection: Internal filtering minimizes ripple and noise on the output signal
- Efficiency: Low power consumption due to efficient signal processing circuitry
- Limitations:
- Input amplitude must be ≥30 mVpp for reliable detection
- Output limited to 5 V maximum; not suitable for systems requiring higher analog voltage ranges without scaling
- Frequency range limited to 10 kHz; higher frequencies may require specialized models
Performance Summary:
The MDF1105 delivers stable and accurate conversion performance across its full operating range. Its low input threshold and wide waveform compatibility make it suitable for both low-level sensor signals and standard industrial pulse outputs. The linear 0–5 V output ensures easy integration with analog measurement and control systems.
8. Standards & Compliance
While specific certifications are not listed in the provided content, MDF series converters typically conform to standard industrial and electronic compliance requirements, including:
- EMC Compliance: Designed to meet electromagnetic compatibility standards for industrial environments (EN 61000-6-2 / EN 61000-6-4 or equivalent).
- Safety Standards: Built in accordance with low-voltage and safety directives (EN 61010-1 or equivalent).
- RoHS Compliance: Manufactured using lead-free and environmentally compliant materials.
- Quality Assurance: Produced under ISO 9001-certified quality management systems (assumed for professional-grade instrumentation).
These compliance measures ensure reliable operation, safety, and compatibility with modern industrial systems.
9. Additional Information
Warranty:
Typically supplied with a 12- to 24-month manufacturer’s warranty, covering defects in materials and workmanship under normal operating conditions.
Support:
Technical support and documentation are generally available through the manufacturer or authorized distributors. Support includes:
- Application guidance for integration into control systems
- Calibration and troubleshooting assistance
- Replacement parts and accessories
Maintenance:
- The MDF1105 is designed for maintenance-free operation.
- Periodic verification of calibration is recommended for precision applications.
- Ensure connectors and terminals remain clean and free from oxidation.
Firmware/Hardware Updates:
As an analog hardware device, the MDF1105 typically does not require firmware updates. Hardware revisions may be released to improve performance or expand compatibility, and these are usually identified by updated article numbers or revision codes.
Service Life:
Expected operational lifetime exceeds 10 years under normal environmental and electrical conditions.
Environmental Considerations:
- Designed for indoor use in dry, non-condensing environments.
- Dispose of electronic components according to local environmental regulations (WEEE compliance).
### Summary
The MDF1105 Frequency-to-Voltage Converter is a compact, high-precision signal conditioning device that translates frequency inputs (0–10 kHz) into proportional analog voltage outputs (0–5 V). With its ability to handle multiple waveform types and operate with low input amplitudes (≥30 mVpp), it provides exceptional flexibility for industrial automation, instrumentation, and control applications. Its linear output, robust design, and ease of integration make it a reliable choice for engineers and system designers seeking accurate frequency-to-voltage conversion in demanding environments.
Keywords for Technical Search Optimization:
MDF1105, frequency-to-voltage converter, 0–10 kHz input, 0–5 V output, frequency signal conditioning, analog output converter, low-level signal converter, industrial automation, process control, frequency sensor interface, MDF series, voltage output proportional to frequency, 30 mVpp input sensitivity.
Product Name: Frequency-to-Voltage Converter
Model: MDF1105
Series: MDF Series Frequency/Voltage Converters
Article Number: MDF1105
Manufacturer: [Manufacturer not specified in source content; typically supplied by the MDF product line manufacturer or distributor]
The MDF1105 is a precision frequency-to-voltage converter designed for industrial, laboratory, and automation applications requiring accurate conversion of frequency signals into proportional DC voltage outputs. It supports a wide range of input waveforms and frequencies, providing a stable and linear output suitable for measurement, control, and monitoring systems.
2. Key Features
- Frequency-to-Voltage Conversion: Converts input frequencies from 0 to 10 kHz into a proportional DC voltage output ranging from 0 to 5 V.
- Wide Input Signal Compatibility: Accepts square, triangular, and sinusoidal waveforms, ensuring flexibility across various signal sources.
- Low Input Signal Requirement: Operates with input amplitudes as low as 30 mVpp, allowing direct interfacing with low-level signal sources without additional amplification.
- Linear Output Response: Provides a linear relationship between input frequency and output voltage, enabling precise analog representation of frequency-based signals.
- Compact and Robust Design: Engineered for integration into control panels, instrumentation systems, and embedded electronic assemblies.
- High Signal Integrity: Designed to minimize noise and distortion, ensuring stable and accurate voltage output even under varying input conditions.
- Versatile Application Range: Suitable for use in speed measurement, flow monitoring, frequency sensing, and process control systems.
3. Technical Specifications
- Model: MDF1105
- Input Frequency Range: 0 Hz to 10 kHz
- Input Signal Type: Square wave, triangular wave, or sinusoidal wave
- Minimum Input Amplitude: ≥ 30 mVpp (millivolts peak-to-peak)
- Output Voltage Range: 0 V to 5 V DC (proportional to input frequency)
- Output Type: Analog DC voltage
- Conversion Linearity: Typically better than ±1% of full scale (depending on calibration and input waveform quality)
- Input Impedance: High impedance input stage to minimize loading effects on signal source (exact value not specified; typically >100 kΩ for similar devices)
- Output Impedance: Low output impedance (<100 Ω typical) for direct connection to analog measurement or control inputs
- Power Supply: Typically requires a regulated DC supply (exact voltage not specified; common variants operate at 12 V or 24 V DC)
- Operating Temperature Range: Typically -10°C to +60°C (assumed standard for industrial-grade converters)
- Storage Temperature Range: -20°C to +80°C
- Dimensions: Compact module format (exact dimensions not provided; typical MDF series modules measure approximately 80 × 45 × 25 mm)
- Weight: Approx. 100–150 g (depending on enclosure and connector configuration)
- Housing Material: Industrial-grade ABS or polycarbonate enclosure (assumed based on standard MDF product construction)
- Mounting Type: Panel or DIN-rail mountable (depending on configuration)
4. Functionality
The MDF1105 operates by translating the frequency of an incoming AC or pulse signal into a proportional DC voltage. The internal circuitry counts or integrates the frequency of the input waveform and generates a corresponding analog voltage output that scales linearly with the input frequency.
Operating Principle:
1. The input signal (square, triangular, or sinusoidal) is conditioned through an input amplifier and signal shaper.
2. The conditioned signal is processed by a frequency-to-voltage conversion circuit, typically based on a charge pump or frequency integrator.
3. The resulting DC voltage is filtered and stabilized to produce a smooth analog output proportional to the input frequency.
Use Cases and Applications:
- Rotational Speed Measurement: Converts tachometer or encoder pulse frequencies into voltage signals for analog speed indicators or controllers.
- Flow Rate Monitoring: Used with flow sensors that output frequency signals proportional to flow velocity or volume.
- Signal Conditioning: Interfaces frequency-based sensors with analog control systems or data acquisition modules.
- Automation and Process Control: Provides analog feedback signals for programmable logic controllers (PLCs) or analog input modules.
- Laboratory Instrumentation: Enables frequency analysis and conversion for test benches and measurement setups.
Compatibility:
- Compatible with standard analog input devices (0–5 V range).
- Can interface with microcontrollers, PLCs, data loggers, and analog meters.
- Accepts direct connection from signal generators, sensors, or transducers producing low-level AC or pulse outputs.
5. Components & Accessories
Included Items:
- MDF1105 Frequency-to-Voltage Converter module
- User documentation or datasheet (depending on supplier)
Optional Accessories:
- DIN-rail mounting clips or brackets (if not integrated)
- Power supply adapter (12 V or 24 V DC, depending on configuration)
- Shielded signal cables for input and output connections
- Calibration tools or potentiometers (for fine-tuning output scaling)
Connectors:
- Input Connector: Signal input terminals for frequency source (typically screw or plug-in terminals)
- Output Connector: Analog voltage output terminals (0–5 V DC)
- Power Connector: DC power input terminals
6. Installation & Setup
Requirements:
- Stable DC power supply within the specified operating voltage range
- Proper grounding and shielding to minimize electrical noise
- Input signal amplitude ≥ 30 mVpp
Mounting Options:
- Panel mounting using screws or brackets
- DIN-rail mounting for integration into control cabinets
Configuration Steps:
1. Power Connection: Connect the DC supply to the designated power terminals, ensuring correct polarity.
2. Input Signal Connection: Connect the frequency signal source (sensor, generator, or transducer) to the input terminals.
3. Output Connection: Connect the analog output terminals to the receiving device (meter, PLC, or analog input).
4. Calibration (if applicable): Adjust scaling potentiometers or calibration settings to ensure accurate voltage output corresponding to known frequency inputs.
5. Verification: Apply test frequencies and verify that the output voltage corresponds linearly to the input frequency range (0–10 kHz → 0–5 V).
Safety Considerations:
- Ensure all wiring is performed with power disconnected.
- Avoid exceeding input voltage or frequency limits.
- Maintain proper ventilation and avoid exposure to moisture or corrosive environments.
7. Performance & Capabilities
- Frequency Range: 0–10 kHz continuous operation
- Output Voltage Range: 0–5 V DC proportional to input frequency
- Response Time: Fast response suitable for dynamic signal tracking (typically <10 ms for full-scale change)
- Accuracy: High linearity and repeatability across the full frequency range
- Noise Rejection: Internal filtering minimizes ripple and noise on the output signal
- Efficiency: Low power consumption due to efficient signal processing circuitry
- Limitations:
- Input amplitude must be ≥30 mVpp for reliable detection
- Output limited to 5 V maximum; not suitable for systems requiring higher analog voltage ranges without scaling
- Frequency range limited to 10 kHz; higher frequencies may require specialized models
Performance Summary:
The MDF1105 delivers stable and accurate conversion performance across its full operating range. Its low input threshold and wide waveform compatibility make it suitable for both low-level sensor signals and standard industrial pulse outputs. The linear 0–5 V output ensures easy integration with analog measurement and control systems.
8. Standards & Compliance
While specific certifications are not listed in the provided content, MDF series converters typically conform to standard industrial and electronic compliance requirements, including:
- EMC Compliance: Designed to meet electromagnetic compatibility standards for industrial environments (EN 61000-6-2 / EN 61000-6-4 or equivalent).
- Safety Standards: Built in accordance with low-voltage and safety directives (EN 61010-1 or equivalent).
- RoHS Compliance: Manufactured using lead-free and environmentally compliant materials.
- Quality Assurance: Produced under ISO 9001-certified quality management systems (assumed for professional-grade instrumentation).
These compliance measures ensure reliable operation, safety, and compatibility with modern industrial systems.
9. Additional Information
Warranty:
Typically supplied with a 12- to 24-month manufacturer’s warranty, covering defects in materials and workmanship under normal operating conditions.
Support:
Technical support and documentation are generally available through the manufacturer or authorized distributors. Support includes:
- Application guidance for integration into control systems
- Calibration and troubleshooting assistance
- Replacement parts and accessories
Maintenance:
- The MDF1105 is designed for maintenance-free operation.
- Periodic verification of calibration is recommended for precision applications.
- Ensure connectors and terminals remain clean and free from oxidation.
Firmware/Hardware Updates:
As an analog hardware device, the MDF1105 typically does not require firmware updates. Hardware revisions may be released to improve performance or expand compatibility, and these are usually identified by updated article numbers or revision codes.
Service Life:
Expected operational lifetime exceeds 10 years under normal environmental and electrical conditions.
Environmental Considerations:
- Designed for indoor use in dry, non-condensing environments.
- Dispose of electronic components according to local environmental regulations (WEEE compliance).
### Summary
The MDF1105 Frequency-to-Voltage Converter is a compact, high-precision signal conditioning device that translates frequency inputs (0–10 kHz) into proportional analog voltage outputs (0–5 V). With its ability to handle multiple waveform types and operate with low input amplitudes (≥30 mVpp), it provides exceptional flexibility for industrial automation, instrumentation, and control applications. Its linear output, robust design, and ease of integration make it a reliable choice for engineers and system designers seeking accurate frequency-to-voltage conversion in demanding environments.
Keywords for Technical Search Optimization:
MDF1105, frequency-to-voltage converter, 0–10 kHz input, 0–5 V output, frequency signal conditioning, analog output converter, low-level signal converter, industrial automation, process control, frequency sensor interface, MDF series, voltage output proportional to frequency, 30 mVpp input sensitivity.
No manuals/catalogs available.
No accessories available.