Industrial Parts Supplier - High-Speed ADC Chip - MS2510

High-Speed ADC Chip - MS2510

Analog Input Range:
- Mode 1: 2V MAX
- Mode 2: 4V MAX
8-bit Resolution
Integral Linearity Error
±0.75 LSB（25℃） ±1 LSB（-20℃-75℃） 
Differential Linearity Error
±0.5 LSB（25°C） ±0.75 LSB（-20℃-75℃） 
Maximum Conversion Rate: 20MSPS
3.3V/5V Single Supply Operation
Low Power Consumption
Mode 1: 127.5mW
Mode 2: 150mW

Part Number: MS2510

Product Description

MS2510 is8bit,20MSPSADC (ADCs）,using a half-flash architecture.MS2510operating at5Vsupply voltage, typical power consumption is only130mW, includes an internal sample-and-hold circuit, withhigh-impedance parallel output port and internal reference resistors.Compared to flash converters (flash converters), the half-flash architecture reduces power consumption and die size. By implementing conversion in a2step process (2-step process), the number of comparators is greatly reduced. Conversion data latency is2.5clock cycles.

MS2510There are two operating modes. Mode 1 uses3internal reference resistors connected toVDDAto produce a standard2V(5VDD)/1.3V(3.3VDD)full-scale conversion range. To implement this option, only an external jumper is needed. Mode 2 uses the internalresistor network to produce a standard4Vfull-scale conversion range. This reduces the need for external references or resistors. Differential linearity at25°C is0.5LSB, and the maximum over the full operating temperature range is0.75LSB. Dynamic performance can be specified with differential gain1%and differentialphase of0.7%.MS2510 Operating temperature range is from-20°C to75℃。

I. Features of High-Speed ADC Chip MS2510:

II. Applications of High-Speed ADC Chip MS2510:

Digital TV

Multimedia Image Processing

Video Conferencing

High-Speed Data Conversion

Quadrature Modulators/Demodulators