+7 (812) 645-08-06
Analog / digital converter ICs
select brand
Analog-digital converter - 8701
The Model 8701 ADC is a 100 MHz Wilkinson analog-todigital converter designed to provide a full 8192 channels of resolution in a wide range of applications. Its exceptional linearity...
Analog-digital converter - 8701
The Model 8701 ADC is a 100 MHz Wilkinson analog-todigital converter designed to provide a full 8192 channels of resolution in a wide range of applications. Its exceptional linearity improves peak shape and resolution, thereby improving the overall performance of your spectroscopy system.
Concentric Gain and Range controls together with digital Offset allow the user to maximize the use of limited MCA memory by selecting only a specific energy range of interest. This can be particularly useful for multi-input applications such as alpha spectroscopy, thus eliminating the need for analog bias amplifiers. These digital controls accomplish the same end more accurately and repeatably.
Concentric Gain and Range controls together with digital Offset allow the user to maximize the use of limited MCA memory by selecting only a specific energy range of interest. This can be particularly useful for multi-input applications such as alpha spectroscopy, thus eliminating the need for analog bias amplifiers. These digital controls accomplish the same end more accurately and repeatably.
Analog-digital IC converter / high-speed - 40 - 500 MS/s | ISLA2xx series
Intersil offers the world's lowest power, high-performance analog-to-digital data converters....
Analog-digital IC converter / high-speed - 40 - 500 MS/s | ISLA2xx series
Intersil offers the world's lowest power, high-performance analog-to-digital data converters. These ADCs boast best-in-class sampling rate and low power consumption versus the competition. With a product portfolio spanning resolutions of 8 to 16 bits and sample rates from 40 to 500 MSPS , Intersil offers solutions for any high speed conversion application.
Analog-digital IC converter - CS53xx series
Cirrus Logic provides the industry’s most complete digital audio converters in...
Analog-digital IC converter - CS53xx series
Cirrus Logic provides the industry’s most complete digital audio converters in...
Delta-sigma converter / analog-digital - 16 bit | CS5451A
6-Channel Delta-Sigma A/D Converter
The CS5451A is a highly integrated, Delta-Sigma analog/digital converter (ADC) developed for the power measurement...
The CS5451A is a highly integrated, Delta-Sigma analog/digital converter (ADC) developed for the power measurement...
Delta-sigma converter / analog-digital - 16 bit | CS5451A
6-Channel Delta-Sigma A/D Converter
The CS5451A is a highly integrated, Delta-Sigma analog/digital converter (ADC) developed for the power measurement industry. The CS5451A combines six Delta-Sigma ADCs, decimation filters and a serial interface on a single chip.
The CS5451A interfaces directly to a current transformer or shunt to measure current and to a resistive divider or transformer to measure voltage. The product features a serial interface for communication with a microcontroller or DSP. The product is initialized and fully functional upon reset and includes a voltage reference.
The CS5451A is a highly integrated, Delta-Sigma analog/digital converter (ADC) developed for the power measurement industry. The CS5451A combines six Delta-Sigma ADCs, decimation filters and a serial interface on a single chip.
The CS5451A interfaces directly to a current transformer or shunt to measure current and to a resistive divider or transformer to measure voltage. The product features a serial interface for communication with a microcontroller or DSP. The product is initialized and fully functional upon reset and includes a voltage reference.
Analog-digital converter / CMOS - CS550x series
The CS5505/06/07/08 family of low-power CMOS analog-to-digital (A/D) converters are ideal for measuring low-frequency signals representing physical, chemical, and biological processes.
The CS5507/08 family members have single-channel differential analog and reference...
The CS5507/08 family members have single-channel differential analog and reference...
Analog-digital converter / CMOS - CS550x series
The CS5505/06/07/08 family of low-power CMOS analog-to-digital (A/D) converters are ideal for measuring low-frequency signals representing physical, chemical, and biological processes.
The CS5507/08 family members have single-channel differential analog and reference inputs, and the CS5505/06 members have four pseudo-differential analog input channels. The CS5505/07 family provides a 16-bit output word. The CS5506/08 provides a 20-bit output word. The CS5505/06/07/08 family samples upon command up to 100 output updates per second.
The on-chip digital filter offers superior line rejection at 50 Hz and 60 Hz when the device is operated from a 32.768 kHz clock (output word rate = 20 Hz).
The CS5505/06/07/08 family includes on-chip, self-calibration circuitry, which can be initiated at any time or temperature to ensure minimum offset and full-scale errors.
The CS5505/06/07/08 familys serial port offers two general-purpose modes for the direct interface to shift registers or synchronous serial ports of industry-standard microcontrollers.
The CS5507/08 family members have single-channel differential analog and reference inputs, and the CS5505/06 members have four pseudo-differential analog input channels. The CS5505/07 family provides a 16-bit output word. The CS5506/08 provides a 20-bit output word. The CS5505/06/07/08 family samples upon command up to 100 output updates per second.
The on-chip digital filter offers superior line rejection at 50 Hz and 60 Hz when the device is operated from a 32.768 kHz clock (output word rate = 20 Hz).
The CS5505/06/07/08 family includes on-chip, self-calibration circuitry, which can be initiated at any time or temperature to ensure minimum offset and full-scale errors.
The CS5505/06/07/08 familys serial port offers two general-purpose modes for the direct interface to shift registers or synchronous serial ports of industry-standard microcontrollers.
Delta-sigma converter / analog-digital - 16, 24 bit | CS552x series
2-, 4- or 8-Channel, 16/24-Bit, Buffered Delta-Sigma Multirange A/D Converters
The CS5521/22/23/24/28 family of...
The CS5521/22/23/24/28 family of...
Delta-sigma converter / analog-digital - 16, 24 bit | CS552x series
2-, 4- or 8-Channel, 16/24-Bit, Buffered Delta-Sigma Multirange A/D Converters
The CS5521/22/23/24/28 family of highly integrated, Delta-Sigma analog-to-digital (A/D) converters use charge-balance techniques to achieve 16-bit (CS5521/23) and 24-bit (CS5522/24/28) performance. The A/D converters come as either 2-channel (CS5521/22), 4-channel (CS5523/24), or 8-channel (CS5528) devices. They each include a low input current and chopper-stabilized, instrumentation amplifier.
The CS5521/22/23/24/28 family of highly integrated, Delta-Sigma analog-to-digital (A/D) converters use charge-balance techniques to achieve 16-bit (CS5521/23) and 24-bit (CS5522/24/28) performance. The A/D converters come as either 2-channel (CS5521/22), 4-channel (CS5523/24), or 8-channel (CS5528) devices. They each include a low input current and chopper-stabilized, instrumentation amplifier.
Analog-digital converter / delta-sigma / high-speed - CS55xx series
The CS556x family of Delta-Sigma-based industrial analog-to-digital converters sets new industry performance standards. This new family of high-precision analog...
Analog-digital converter / delta-sigma / high-speed - CS55xx series
The CS556x family of Delta-Sigma-based industrial analog-to-digital converters sets new industry performance standards. This new family of high-precision analog converters combines the higher-bandwidth, low-distortion performance of a SAR converter with high-resolution, low-noise performance that is the hallmark of Delta-Sigma ADCs. The breakthrough combination of features provides designers of precision instrumentation, such as industrial process controllers, laboratory instrumentation, medical instrumentation, and high-speed weighing systems, with a significantly higher level of measurement accuracy, lower noise and higher throughput.