MAX509AEWP+T Overview
A 8-bit resolution has been designed for this product. A compact and concise SOIC package is used for this Digital to Analog converter. In terms of its package, this DAC relies on the state-of-the-art Tape & Reel (TR) package. By using a DAC, the input signal can be converted into a Voltage signal. Due to the fact that this device is a D/A CONVERTER, it has lots of benefits to meet a universal purpose. The first step when experiencing an issue is to check all 20 terminations, especially those with onboard capabilities. A total of 20 pins have been planted on the top level of this DAC. A supply voltage of 5V can be tuned by this DAC. The 260-type circuitry gives this ADC a reference signal. A sensor application will be adequately served by this DAC with its 20 pins. As a Other Converters device, this component has a large market share. A power supply with a voltage no higher than 5.5V V will be necessary to create a standard voltage output. There must be at least 4.5V supply on the input terminations. There are a number of interfaces that can be selected for a high-end listening experience, such as the SPI, Serial interface. There're 4 converters integrated on this chip. The DAC has the capability to handle a Dual power supply as well. An important development requirement of this DAC is that it can handle 5/+-5V power supplies. With this DAC, you have the ability to produce analog outputs up to 5V. Improved techniques have allowed us to reduce this DAC's supply current to 10mA. This DAC can endure a operating temperature as low as -40°C. DAC is ready for working at 85°C. DACs of this type are qualified to handle INDUSTRIAL-grade temperature requirements. There are no requirements for the temperature of this DAC other than being qualified for industrial use.
MAX509AEWP+T Features
SOIC package
20 pin count
20 pins
MAX509AEWP+T Applications
There are a lot of Maxim Integrated MAX509AEWP+T Digital to Analog Converters (DAC)?applications.
- Audio Amplifier
- Data Distribution System
- Low Cost I/O
- Automatic Test Equipment
- Microprocessor Controlled Circuits
- Voltage Set Point Control
- Mobile Communications
- Video Encoder
- Automotive
- Portable Equipment
