MAX660ESA+T

MAX660ESA+T Applications：

LCD Biasing:

Used to generate a negative voltage for biasing the contrast control in LCD displays.

RS-232 Communication:

Applied in RS-232 communication circuits to provide a negative voltage for driving the transmit and receive lines.

Op-Amp Biasing:

Utilized to generate a negative supply voltage for biasing operational amplifiers in single-supply applications.

Audio Circuits:

Integrated into audio circuits to provide a negative voltage for biasing or powering certain components.

Power Amplifiers:

Used in audio power amplifier circuits to generate a negative supply rail.

Photomultiplier Tube Biasing:

Applied in applications involving photomultiplier tubes to generate the required bias voltage.

Data Acquisition Systems:

Integrated into data acquisition systems for applications where a negative voltage is required.

Sensor Interface Circuits:

Utilized in circuits interfacing with sensors that require a bipolar power supply.

Portable Devices:

Applied in portable devices where space and weight constraints limit the use of dual power supplies.

Electret Microphone Biasing:

Used to provide a negative bias voltage for electret microphones.

LED Drivers:

Integrated into LED driver circuits where a negative voltage is needed for certain configurations.

Charge-Pump Voltage Inversion:

Utilized for basic voltage inversion applications where a negative voltage is required.

Low-Power Applications:

Applied in low-power devices due to its low power consumption.

Test and Measurement Equipment:

Used in various test and measurement instruments for generating negative voltages.

Battery-Powered Devices:

Integrated into battery-powered devices where a negative voltage is needed.

Signal Conditioning Circuits:

Utilized in signal conditioning circuits where a bipolar power supply is required.

Electronic Gadgets:

Applied in various electronic gadgets for specific applications requiring a negative voltage.

Voltage Splitting:

Used to split a positive voltage into positive and negative components.