Pigtronix Resotron Tracking Filter

Description: The Pigtronix Resotron is a dynamic filter pedal inspired by vintage analog synth filters, designed to bring those classic sounds to guitar, bass, and other instruments. It stands out for its ability to replicate the sound of 1970s synthesizer filters, particularly in the style of the ARP 2600s voltage-controlled filter (VCF). Heres a breakdown of its key features and design: Features: 1. Filter Modes: Low-pass, Band-pass, and High-pass Modes: These three modes allow the Resotron to provide a wide variety of filter shapes for different tonal effects. Low-pass filters emphasize the low-end, band-pass isolates mid frequencies, and high-pass filters favor treble frequencies. 2. Envelope Follower: The envelope follower dynamically adjusts the filter's response based on the input signal's amplitude. This allows for an expressive, touch-sensitive response, reacting to how hard or soft you play your instrument. 3. Resonance Control: Q Control: The resonance control adjusts the peak at the filters cutoff frequency. Higher resonance settings can lead to sharper, more pronounced filter sweeps and even self-oscillation at extreme levels. 4. Frequency Range: The cutoff frequency can be fine-tuned, offering flexibility in shaping the tone. You can manually adjust the filter frequency or let the envelope follower modulate it in response to your playing. 5. LFO (Low-Frequency Oscillator): The Resotron includes an LFO to modulate the filter's cutoff frequency. The LFO adds periodic modulation to create sweeping filter effects, making the Resotron well-suited for creating classic synth-like modulation effects. 6. Expression Pedal Input: It supports an external expression pedal for hands-free control over the filter frequency or other parameters, giving real-time control over your sound. 7. True Bypass: For signal integrity when the effect is not engaged, the pedal offers true bypass switching. Design: Retro Synth Aesthetic: The Resotron has a design inspired by vintage analog synthesizers, with a control layout reminiscent of synth modules. Compact and Sturdy: Despite its powerful features, the pedal is relatively compact, built for durability, and suitable for both pedalboard use and studio setups. Top-Mounted Jacks: This design feature saves pedalboard space by keeping cables out of the way. The Pigtronix Resotron blends the flexibility of a multi-mode filter with dynamic control, allowing musicians to bring synth-like filtering to their instruments tone. Its mix of envelope following, resonance control, and LFO modulation offers a wide range of sonic possibilities. The Pigtronix Resotron is designed with a circuit architecture that draws inspiration from vintage analog synth filters, particularly focusing on the circuitry found in classic synthesizers like the ARP 2600s VCF (Voltage Controlled Filter). The key components and design choices reflect a focus on high-quality analog sound and modulation flexibility. While the exact proprietary details of the circuit design may not be publicly available, we can break down the likely key aspects based on its behavior and design ethos. 1. Analog Signal Path All-Analog Filter Circuit: The Resotron is built on an analog filter circuit, as it is designed to replicate the sound of vintage synthesizers. Analog filters are prized for their warm, organic sound, and Pigtronix emphasizes this in the Resotrons design. OTA (Operational Transconductance Amplifier) Core: Many vintage filter circuits, like the ARP 2600s, are based on OTAs. These devices convert voltage into current, which allows the filter to respond dynamically to both the players input and external control voltages. This would be a reasonable guess for the core of the Resotrons filter section. 2. Multi-mode Filter Switchable Filter Topology: The Resotron features low-pass, band-pass, and high-pass filters, which are likely achieved through the use of switchable capacitors and resistors that modify the signal routing in the OTA-based filter. These modes allow for different frequency responses, which are likely implemented via analog switching ICs or relays to toggle between different capacitor and resistor configurations. Frequency Range: The cutoff frequency is manually adjustable through a potentiometer and can also be modulated by

Price: 120 USD

Location: Beaumont, California

End Time: 2024-11-16T00:05:45.000Z

Shipping Cost: N/A USD