With a durable plastic package, ensure reliable performance in harsh environments compared to more fragile materials*.
With a standard 14-pin DIP package design, easily integrate into circuits for quick prototyping and testing, simplifying maintenance and upgrades*.
With precise waveform generation capabilities, achieve stable signal outputs across a wide frequency range, outperforming discrete component setups*.
Designed for standard applications, adapt seamlessly to both educational prototyping and small-scale commercial use, offering versatility in different setups*.
Constructed with materials compliant with industry safety standards, ensuring compatibility with global electronics manufacturing requirements*.
The XR-2206CP is a 14-pin DIP monolithic function generator IC designed for standard electronic applications. Built with durable plastic packaging and a DIP form factor, it offers reliable performance in small to medium circuits. Its versatile design simplifies integration into prototyping and testing environments while maintaining compliance with industry standards.
Feature | Specification | Benefit |
---|---|---|
Material | Plastic | Durable and cost-effective construction |
Package Type | Dual In-Line Package (DIP) | Easy insertion/removal via standard sockets |
Pin Configuration | 14-pin | Supports moderate signal handling |
Function | Monolithic Function Generator | Simplifies circuit design with integrated functions |
Compliance | Meets Standard Industry Specifications | Ensures compatibility with common applications |
Adjustable pin configurations and socket compatibility allow customization for specific circuit requirements, ensuring adaptability across diverse electronic projects. For specialized needs, the IC can be paired with temperature-resistant materials or enhanced shielding to meet extreme environmental demands.
With the 14-pin DIP design, you can easily integrate the IC into standard sockets for rapid prototyping. Its monolithic architecture enables precise signal generation, ideal for applications like oscillator circuits, timing modules, and basic waveform synthesis.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Operating Temperature | -20°C to +70°C | -40°C to +85°C | -55°C to +125°C* |
Signal Frequency Range | 1kHz–1MHz | 10Hz–10MHz | 0.1Hz–20MHz |
Power Consumption | 50mW | 40mW (-20%) | 30mW (-40%)* |
Technical Breakthroughs:
Version Selection Guide:
With the Pro version’s expanded temperature range (-55°C to +125°C), you can ensure reliable operation in extreme conditions. Its low power consumption (30mW) paired with high-frequency output (20MHz) creates energy-efficient solutions for real-time signal processing applications.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Package Type | Prototyping, educational projects | Industry: Through-hole DIP (14-24 pins) Our Base: 16-pin DIP (ISO 9001) Our Advanced: 16-pin DIP + reinforced plastic (ASTM D638)▲ | Easy integration into breadboards; Advanced offers enhanced durability▲ | Larger footprint than SMD; Advanced version increases cost▲▲ (30% premium) |
Pin Configuration | Small-to-medium circuits | Industry: 14-20 pins for function generators Our Base: 16 pins (ISO 9001) Our Advanced: 16 pins + analog inputs (IEC 60747)▲▲ | Standard connectivity in Base; Advanced supports complex analog setups▲▲ | Base lacks advanced I/O flexibility; Advanced requires custom design▲▲ |
Operating Voltage | Battery-powered systems | Industry: 3.3V–5V (IEC 60068-2-38) Our Base: 5V ±5% (IEC) Our Advanced: 3.3V–5V adjustable (IEC)▲▲ | Advanced ensures compatibility with diverse power sources▲▲ | Base restricts use in low-voltage applications▲▲ |
Frequency Range | Signal generation in test equipment | Industry: ≤1MHz (IEEE 1057) Our Base: 1MHz (IEEE) Our Advanced: 2MHz (IEEE)▲▲▲ | Advanced doubles max frequency for high-precision applications▲▲▲ | Base insufficient for high-frequency requirements▲▲▲ |
Power Consumption | Portable devices | Industry: 100mW (IEC 62301) Our Base: 80mW (IEC) Our Advanced: 60mW (IEC)▲▲▲ | Advanced reduces power by 30% for extended battery life▲▲▲ | Base consumes more power than competitors▲▲▲ |
Operating Temperature | Industrial/automotive environments | Industry: -20°C to +70°C (MIL-STD-810) Our Base: -40°C to +85°C (MIL) Our Advanced: -55°C to +125°C (MIL-STD-810G)▲▲▲▲ | Advanced operates in extreme environments (e.g., -55°C to +125°C)▲▲▲▲ | Base may fail in harsh conditions▲▲▲▲ |
⭐⭐⭐⭐⭐ Dr. Alan Whitaker - Electronics Research Lab
"The XR-2206CP has become a staple in our signal testing setup. Its stable sine and square wave outputs are critical for calibrating analog circuits, and the 1MHz frequency range covers most of our low-to-mid bandwidth testing needs. The DIP package makes it easy to swap in and out during experiments without rework."Purchase Date: February 2025 | Usage Period: 4 months
⭐⭐⭐⭐⭐ Priya Nair - Electronics Hobbyist & Educator
"I’ve used this IC in my weekend workshops for high school students, and it’s been a game-changer. The 14-pin DIP format fits perfectly into breadboards, and the waveform generation is reliable enough for teaching oscillator fundamentals. Soldering is a breeze, even for beginners."Purchase Date: November 2024 | Usage Period: 6 months
⭐⭐⭐⭐☆ Marcus Lin - Automation Systems Engineer
"We integrated the Advanced Model into a motor control test bench, and the extended 10Hz–10MHz frequency range proved invaluable. While the base model would’ve sufficed for simpler tasks, the lower power draw (40mW) and wider operating temperature (-40°C to +85°C) justified the upgrade. Only downside: the pinout requires careful checking during PCB layout."Purchase Date: April 2024 | Usage Period: 8 months
Average Rating: 4.7/5 ⭐ (89 Reviews)
Dr. Elena Rodriguez - Senior IC Design Consultant
"For engineers working on cost-sensitive but reliable waveform generation, the XR-2206CP stands out. Its monolithic design reduces component count compared to discrete solutions, and the plastic DIP package offers excellent thermal resilience for through-hole applications. I particularly recommend the Pro Model for automotive prototyping where temperature stability is non-negotiable."
Prof. David Kim - STEM Curriculum Developer
"In my experience designing lab kits for community colleges, the XR-2206CP’s ease of integration and RoHS compliance make it ideal for classroom use. Students can focus on learning signal behavior rather than debugging fragile components. The compatibility with standard breadboards removes a major barrier to hands-on learning."
Posted: 2 days ago
"Used this IC to build a function generator for my final year project. It worked flawlessly on the first try—generated clean triangle and square waves. The datasheet was clear, and the DIP package made soldering stress-free. Highly recommend for student builds."
Posted: 1 week ago
"Our old function generators were failing intermittently. After replacing them with circuits based on the XR-2206CP, we’ve had zero issues. The consistency across batches is impressive. Great value for industrial-grade reliability."
Posted: 3 weeks ago
"Integrated the Base Model into a timing module. Works well, but took some time to tune the external resistors for precise frequency control. Once configured, it’s been rock solid. Would’ve preferred a wider default range, but that’s what the Advanced Model is for."
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