amplifier

6CY7 DUAL TRIODE VALVE AMPLIFIER

6CY7 DUAL TRIODE VALVE AMPLIFIER

I’ve always wanted to know what the “tube magic” was all about. There is much opinion in the science of music production, probably because music and its perception is highly personal and subjective. Ive always imagined that since transistor amplifiers were “perfect” with their large amounts of negative feedback, great linearity, and low THD that […]

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IB822 – 3.5 INCH SBC FEATURES INTEL GEMINI LAKE

IB822 – 3.5-INCH SBC FEATURES INTEL GEMINI LAKE

IBASE Technology Inc., a world leading supplier of embedded board and industrial computing systems, has released the IB822 3.5-inch SBC (single board computer) supporting Intel’s “Gemini Lake” Pentium® Silver J5005 and Celeron® J4005 processors built with 14nm fabrication, a base clock/burst rate of 1.5GHz/2.8GHz and 2.0GHz/2.7GHz, and integrated Intel® UHD Graphics 605 (18EUs@800MHz) and UHD

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How to Build a Class D Power Amp

How to Build a Class-D Power Amp

The mighty Class-D amplifier—build one yourself and be amazed by its efficiency. The heat sink barely gets warm! Have you always wanted to build your own audio power amplifier? An electronic project where you not only see the results but also hear them? If your answer is yes, then you should continue reading this article on

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Temperature to period circuit provides linearization of thermistor response

Temperature-to-period circuit provides linearization of thermistor response

Designers often use thermistors rather than other temperature sensors because thermistors offer high sensitivity, compactness, low cost, and small time constants. But most thermistors’ resistance-versus-temperature characteristics are highly nonlinear and need correction for applications that require a linear response. Using a thermistor as a sensor, the simple circuit in Figure 1 provides a time period varying linearly

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4DSYSTEMS – DIABLO16 AND PICASO BASED LCD MODULES

4DSYSTEMS – DIABLO16- AND PICASO-BASED LCD MODULES

RS Components, a global multi-channel provider of industrial and electronic products and solutions, has introduced the Gen4 Series of integrated TFT LCD modules and related starter packs from embedded graphics specialist 4D Systems. Gen4 display modules are designed for ease of integration and use by electronics design engineers developing touch screen interfaces, achieving high functionality with a limited space requirement.

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5.5W – 2 CHANNEL AUDIO AMPLIFIER

5.5W – 2 CHANNEL AUDIO AMPLIFIER

This project is a 5.5W – 2 Channel Audio Amplifier based on LA4445 IC. DESCRIPTION The small 2 Channel amplifier constructed around Sanyo’s LA4445 IC delivers 5.5Watts +5.5 Watts at 4 ohm load, supply in 12V DC 2Amp, Input impedance 30K. SPECIFICATIONS Dual Channels output : 5.5W Minimum External Parts Very small pop noise at the time

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10W STEREO AUDIO AMPLIFIER

10W STEREO AUDIO AMPLIFIER

This project is a 10W Stereo Audio Amplifier based on TDA1521 IC. DESCRIPTION The project built around Philips TDA1521 IC, The project provides high quality audio 2X10W Audio output. The device is especially designed for mains fed applications, (e.g. Stereo TV Sound and Stereo Radio). The circuit designed for asymmetrical power supply systems. SPECIFICATIONS It has few external

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MINI STEREO AUDIO AMPLIFIER

MINI STEREO AUDIO AMPLIFIER

This project is a Mini Stereo Audio Amplifier based on TDA2822 IC. DESCRIPTION The dual low power amplifier built around TDA2822 8pin DIP. IC, it is mainly designed to use in portable players, radios and other building block project. A 3V supply can be used to drive headphones providing 20mW in 32 Ohms per channel, and a

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MCP6V51 45 V ZERO DRIFT OP AMP

MCP6V51 45 V ZERO-DRIFT OP-AMP

The MCP6V51 operational amplifier provides input offset voltage correction for very low offset and offset drift. This device provides a gain bandwidth product of 2 MHz, is unity gain stable, has no 1/f noise, and provides superior CMRR and PSRR performance. These products operate with a single supply voltage from 4.5V to 45V, with a

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