ADCs (Peak Sensing)

Analog

ADCs (Peak Sensing)

ADCs (Peak Sensing) Models

C420
Obsolete

C420

  • 4 V full scale range
  • 12 bit resolution
  • 10 µs/8 ch. conversion time
  • Integral non-linearity: ±2 counts
  • Differential non linearity ±1 %
  • Gate width programmable from 1 to 15 µs
  • Zero suppression
N6741

N6741

  • 1-unit wide NIM Module

  • 1k, 2k, 4k 8k, 16k Peak Sensing ADC

  • 32 input channels, single-ended, with 68-pin ERNI SMC connector (Zin: 2.5 kΩ)

    • Accepts positive and negative inputs

    • 4 Vpp or 8 Vpp Full Scale Range software selectable (3.75 Vpp and 7.5 Vpp when sliding scale is enabled)

  • Common Gate mode (32 channels converted at once) with linear gate width or programmable by software

  • Low dead time (about 50 ns after the previous gate closes)

  • Sliding scale algorithm for DNL reduction

  • Zero suppression with programmable threshold

  • Multi-Event Buffer (1024 events)

  • USB2.0 and Optical link (CAEN CONET proprietary protocol) communication interfaces

  • Windows and Linux drivers, C and LabVIEW libraries, demo software

  • Firmware upgradable by the user
N957

N957

  • 1 input Multichannel Analyzer

  • Fully computer controlled MCA

  • 8K ADC, fast conversion time with linearization enhancement circuit

  • PHA acquisition mode

  • Suitable for HPGe, Nai(Tl), CdTe and other detector technologies

  • USB 2.0 communication interface

  • Libraries, Demos (C and LabView) and Software tools for Windows and Linux
V1741

V1741

  • 1-unit wide 6U VME64 module

  • 1k, 2k, 4k 8k, 16k Peak Sensing ADC

  • 64 input channels, single-ended, with 68-pin Dual Row ERNI SMC connector (Zin: 2.5 kΩ)

    • Accepts positive and negative inputs

    • 4 Vpp or 8 Vpp Full Scale Range software selectable (3.75 Vpp and 7.5 Vpp when sliding scale is enabled)

  • Common Gate mode (64 channels converted at once) with linear gate width or programmable by software

  • Low dead time (about 50 ns after the previous gate closes)

  • Sliding scale algorithm for DNL reduction

  • Zero suppression with programmable threshold

  • Multi-Event Buffer (1024 events)

  • VME64 and Optical link (CAEN CONET proprietary protocol) communication interfaces

  • Windows and Linux drivers, C libraries, demo software

  • Firmware upgradable by the user
V1785

V1785

  • Two simultaneous ranges: 0 ÷ 4 V / 0 ÷ 500 mV

  • 12 bit resolution with 15 bit dynamics

  • 125 µV LSB on low range, 1mV LSB on high range

  • 2.8 µs / 8 ch conversion time

  • 600 ns fast clear time

  • Zero and overflow suppression for each channel

  • ±0.1 % Integral non linearity

  • ±1.5 % Differential non linearity

  • 32 event buffer memory

  • BLT32/MBLT64/CBLT32/CBLT64 data transfer

  • Multicast commands

  • Live insertion
V419

V419

  • 0 ÷ 4 V input range
  • Full 12 bit resolution
  • 1 mV LSB
  • 1.2 µs / ch. conversion time
  • ±0.5 counts integral non linearity
  • ±1% differential non linearity
  • Gate width (Rise Time Protection) programmable from 2 to 32 µs
V785

V785

  • High channel density

  • 12-bit resolution

  • 5.7 µs / 32 ch conversion time

  • 600 ns fast clear time

  • Zero and overflow suppression for each channel

  • ±1.5% differential non linearity

  • ±0.1% integral non linearity

  • 32 event buffer memory

  • BLT32/MBLT64/CBLT32/CBLT64 data transfer

  • Multicast commands

  • Live insertion

  • Libraries, Demos (C and LabView) and Software tools for Windows and Linux
V785N

V785N

  • High channel density

  • 12 bit resolution

  • 2.8 µs / 16 ch conversion time

  • 600 ns fast clear time

  • Zero and overflow suppression for each channel

  • ±1.5% differential non linearity

  • ±0.1% integral non linearity

  • 32 event buffer memory

  • BLT32/MBLT64/CBLT32/CBLT64 data transfer

  • Multicast commands

  • Live insertion

  • Libraries, Demos (C and LabView) and Software tools for Windows and Linux