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We ship world wide- if you live outside of the continental USA, please contact us for a shipping quote.You are looking at a top quality SRS BiasToo...

Stock biasing rods from a Trick Pro 1V pedal. These are the updated 2020+ versions made from heat treated stainless.

Let the FX953 "Bad Bass Preamp" pedal, a highly versatile and professional-grade preamplifier pedal, unlock a universe of innovative sonic possibilities for your music. Crafted from our in-depth expertise in biasing amplifiers and preamps, the FX953 offers the unique ability to intentionally over or under bias a circuit, resulting in dramatic alterations in sound quality. With the FX953, musicians can safely and accurately navigate this sonic frontier, eliminating any risk of equipment damage or unwanted voltage surges. Initially designed for bass guitar applications, this pedal's compatibility extends to any guitar, making it an indispensable asset for crafting your distinctive sound. Our specially designed class A preamplifiers meticulously emulate the characteristics of tube amplification under both over and under bias conditions, offering a rich and immersive audio experience. The FX953 also boasts an LPF (Low Pass Filter) engineered to mimic the unique tonal qualities of various bass guitar cabinets. At its heart, this pedal's primary function is to intentionally manipulate circuit bias, leading to a desired effect. This manipulation can result in significant and potentially dramatic changes in sound level and distortion, typically enhancing the overall sound. However, the bias manipulation can be extreme, causing the signal to shift to one extreme and nearly disappear. This intentional design feature allows users to explore the full spectrum of bias shift effects. Please note that using this pedal can yield a wide range of outcomes, some highly favorable and others that may be considered "Bad Bass Preamp". The FX953 Bad Bass Preamp Pedal, with its sleek, modern design and reputable brand backing, is your ticket to a world of unique and creative soundscapes.

Great fuzz tones without temperature or biasing issues: that was the goal for the Sisyphuzz Silicon Fuzz pedal. The transistors for the Sisyphuzz w...

BMF Effects Sisyphuzz Silicon FuzzGreat fuzz tones without temperature or biasing issues: that was the goal for the Sisyphuzz Silicon Fuzz pedal. T...

Great tool for easy amp biasing. Basically you plug the tubes into the socket adaptor and plug those into the amp tube sockets. You can also plug a...

BMF Effects Sisyphuzz Silicon Fuzz Great fuzz tones without temperature or biasing issues: that was the goal for the Sisyphuzz Silicon Fuzz p...

Great fuzz tones without temperature or biasing issues: that was the goal for the Sisyphuzz Silicon Fuzz pedal. The transistors for the Sisyphuzz w...

Great fuzz tones without temperature or biasing issues: that was the goal for the Sisyphuzz Silicon Fuzz pedal. The transistors for the Sisyphuzz ...

View our Tube Biasing TutorialFlathead screwdriver adjustment.

Mojo direct reading panel mount lighted current meter. These meters will add output section biasing, balancing and class to any tube amp project or...

The Park Little Head with the Colby auto bias feature - change out your power tubes with no biasing requiRed . nice...and easy!The Park Little H...

Special Edition 300-watt Tube Bass Head with 6550 Output Tubes XLR DI out SpeakOn Outputs User Biasing and Spring-loaded Side Handles.

This book tackles challenges for the design of analog integrated circuits that operate from ultra-low power supply voltages (down to 0.5V). Coverage demonstrates the signal processing circuit and circuit biasing approaches through the design of operational transconductance amplifiers (OTAs). These amplifiers are then used to build analog system functions including continuous time filter and a sample and hold amplifier.

This book presents comprehensive coverage of electronic devices, discrete and integrated, with real-world applications. Chapter topics include diode applications, bipolar junction transistors and DC biasing the BJT amplifier, transistor modeling, small-signal operation of the BJT amplifier, field-effect transistors, small-signal operation of the FET amplifier, frequency response of BJT and FET amplifiers, current-mirror current sources and differential amplifiers, operational amplifiers, power amplifiers and output stages, active filters, and oscillators and waveform generators. For engineering technology and engineering programs.

This book hypothesizes a basic misunderstanding in our commonly accepted view of the relation between reason and spontaneity. The source of this misunderstanding, Dr. Graham maintains, is the assumption that all reasoning has to be detached from the spontaneous, which is thought to function only as emotion biasing judgment. This assumption has prevented us from understanding what happens, for example, in the making of reasoned choices. Even in our most deeply considered choices, the spontaneous plays a crucial but unacknowledged role.In pursuing the far-reaching implications of his basic premise, the author proves a clear guide through a wide range of philosophical questions and makes a persuasive case for abandoning certain strictures that prevent us from expanding our understanding of both the process of reason and the nature of spontaneity.

This book hypothesizes a basic misunderstanding in our commonly accepted view of the relation between reason and spontaneity. The source of this misunderstanding, Dr. Graham maintains, is the assumption that all reasoning has to be detached from the spontaneous, which is thought to function only as emotion biasing judgment. This assumption has prevented us from understanding what happens, for example, in the making of reasoned choices. Even in our most deeply considered choices, the spontaneous plays a crucial but unacknowledged role.In pursuing the far-reaching implications of his basic premise, the author proves a clear guide through a wide range of philosophical questions and makes a persuasive case for abandoning certain strictures that prevent us from expanding our understanding of both the process of reason and the nature of spontaneity.

This book presents comprehensive coverage of electronic devices, discrete and integrated, with real-world applications. Chapter topics include diode applications, bipolar junction transistors and DC biasing the BJT amplifier, transistor modeling, small-signal operation of the BJT amplifier, field-effect transistors, small-signal operation of the FET amplifier, frequency response of BJT and FET amplifiers, current-mirror current sources and differential amplifiers, operational amplifiers, power amplifiers and output stages, active filters, and oscillators and waveform generators. For engineering technology and engineering programs.

HiPIMS (High Power Impulse Magnetron Sputtering) is a relatively new highly ionized sputtering technique used to deposit engineering quality thin films, with the advantage that the deposition flux can be guided to the substrate through the electrical biasing. As the technique is on the verge of being adopted by the industries, it is necessary to understand its physics very well so that thin films with tailored properties can be deposited. Therefore, time-resolved diagnostic studies have been carried out to get better physical insight of the HiPIMS processes. This book also provides information of lower deposition rates in HiPIMS discharge and suggests its solutions.

This text presents the principles and techniques for designing analog circuits to be implemented in a CMOS technology. The level is appropriate for seniors and graduate students familiar with basic electronics, including biasing, modeling, circuit analysis, and some familiarity with frequency response. Students learn the methodology of analog integrated circuit design through a hierarchically-oriented approach to the subject that provides thorough background and practical guidance for designing CMOS analog circuits, including modeling, simulation, and testing. The authors' vast industrial experience and knowledge is reflected in the circuits, techniques, and principles presented. They even identify the many common pitfalls that lie in the path of the beginning designer--expert advice from veteran designers. The text mixes the academic and practical viewpoints in a treatment that is neither superficial nor overly detailed, providing the perfect balance.