MAX1202AEPP+

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The MAX1202AEPP+ is a high-performance, ultralow power, 13-bit SAR (successive approximation register) analog-to-digital converter (ADC). It offers an onboard, oscillator-based sampling clock, and its versatile architecture provides high flexibility and low power consumption. This ADC includes a voltage reference, allowing high accuracy across a wide input range, with no external component required. It is extremely suitable for applications such as remote environmental monitoring, industrial control systems, automotive, medical, and battery-powered applications where fast, low-power conversion of analog signals to digital information is required.

The MAX1202AEPP+ is a CMOS monolithic device that includes a successive approximation register (SAR) with a conventional single-slope architecture. It also features an onboard voltage reference, clock oscillator, and a 13-bit SAM (sample/hold) amplifier. It operates from a single 2.7–5.5V supply and consumes just 0.6mW of power.

The many features included in the MAX1202AEPP+ make it ideal for applications involving remote environmental monitoring, industrial control systems, automotive, medical, and battery-powered applications. This ADC has a low-power standby mode that allows it to be used in battery-powered applications, and its true single-cycle conversions enable fast conversions with minimal power consumption.

The MAX1202AEPP+ integrates an onboard oscillator that operates at a frequency of 100kHz or higher, which allows it to perform single-cycle conversions. In addition, the device has an onboard voltage reference, allowing it to achieve extremely accurate conversions. The voltage reference is temperature-dependent (typical offset of 50ppm/°C) and is housed in a hermetically sealed package, making it highly stable and reliable.

The MAX1202AEPP+ provides a wide input range of 0.2V to Vdd. Its 13-bit resolution allows it to capture and convert signals with very low spurious levels. It also offers high linearity, with unipolar and bipolar conversions, as well as common-mode rejection and power-OFF protection.

The device is manufactured using advanced µSOP (microminiature small-outline) packaging technology and is compatible with the surface-mount IC (SMIC) assembly process. In addition, the device is designed for operation over the –40°C to +85°C extended temperature range.

The MAX1202AEPP+ is an ideal choice for applications where an ultrasmall package size and low power consumption are required. Its versatile architecture provides high flexibility and low power consumption, and its integrated voltage reference makes it an excellent choice for battery-powered applications where accuracy and speed are critical.

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