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IDEAS is a Norwegian fabless semiconductor company founded in 1992 by scientists and engineers from CERN and the University of Oslo, specializing in custom application-specific integrated circuits (ASICs) for the readout of radiation detectors and image sensors. The company designs low-noise, radiation-tolerant/rad-hard ICs, radiation detection modules, and infrared imaging front-end electronics for space, scientific, medical, industrial, and defense applications. IDEAS has contributed to over 25 space missions in partnership with agencies including ESA, NASA, and JAXA, with flight heritage dating back to NASA's AMS-1 mission (1997) and the SWIFT satellite (2004). The company positions itself as 100% European design, with over 30 years of applied-physics and detector-instrumentation expertise.
The CA3 is an ASIC with 32/64-channels for energy resolved single-photon counting optimized for CZT/CdTe detectors.
The CA3 is an ASIC with 32/64-channels for energy resolved single-photon counting optimized for CZT/CdTe detectors.
The CA3 is an ASIC with 32/64-channels for energy resolved single-photon counting optimized for CZT/CdTe detectors.
| Channels | 32/64 |
|---|
The IDE1140 (previously VA140) is a 64 channel low-noise/low power high dynamic range charge sensitive preamplifier-shaper circuit, with simultaneous sample and hold, multiplexed analogue readout, cal
The IDE1140 (previously VA140) is a 64 channel low-noise/low power high dynamic range charge sensitive preamplifier-shaper circuit, with simultaneous sample and hold, multiplexed analogue readout, cal
The IDE1140 (previously VA140) is a 64 channel low-noise/low power high dynamic range charge sensitive preamplifier-shaper circuit, with simultaneous sample and hold, multiplexed analogue readout, calibration facilities and internally generated biases.
The IDE1180 is an application specific integrated circuit (ASIC), which has been designed for the front-end readout of multi-channel plates (MCPs).
The IDE1180 is an application specific integrated circuit (ASIC), which has been designed for the front-end readout of multi-channel plates (MCPs).
The IDE1180 is an application specific integrated circuit (ASIC), which has been designed for the front-end readout of multi-channel plates (MCPs).
The IDE3160 (previously VATA160) is an application specific integrated circuit (ASIC), which has been designed for the front-end readout of photomultiplier tubes coupled to scintillators.
The IDE3160 (previously VATA160) is an application specific integrated circuit (ASIC), which has been designed for the front-end readout of photomultiplier tubes coupled to scintillators.
The IDE3160 (previously VATA160) is an application specific integrated circuit (ASIC), which has been designed for the front-end readout of photomultiplier tubes coupled to scintillators.
The IDE3380 is an integrated circuit (IC) for the readout of photon detectors, such as photomultiplier tubes (PMTs), silicon photomultipliers (SiPMs), and multi-pixel photon counters (MPPCs).
The IDE3380 is an integrated circuit (IC) for the readout of photon detectors, such as photomultiplier tubes (PMTs), silicon photomultipliers (SiPMs), and multi-pixel photon counters (MPPCs).
The IDE3380 is an integrated circuit (IC) for the readout of photon detectors, such as photomultiplier tubes (PMTs), silicon photomultipliers (SiPMs), and multi-pixel photon counters (MPPCs).
IDE3381 APOCAT – ROIC for high-rate, high-resolution x-ray and gamma-rayspectroscopy with scintillators and PMTs or SiPMs, operating in space and for solar missions.
IDE3381 APOCAT – ROIC for high-rate, high-resolution x-ray and gamma-rayspectroscopy with scintillators and PMTs or SiPMs, operating in space and for solar missions.
IDE3381 APOCAT – ROIC for high-rate, high-resolution x-ray and gamma-rayspectroscopy with scintillators and PMTs or SiPMs, operating in space and for solar missions.
20-channel charge sensitive preamplifier-shaper circuit with a total of 37 digital logic trigger outputs and one analog multiplexer output for pulse heights.
20-channel charge sensitive preamplifier-shaper circuit with a total of 37 digital logic trigger outputs and one analog multiplexer output for pulse heights.
20-channel charge sensitive preamplifier-shaper circuit with a total of 37 digital logic trigger outputs and one analog multiplexer output for pulse heights.
| Channels | 20 |
|---|---|
| Digital logic trigger outputs | 37 |
| Analog multiplexer output | one |
The IDE3466 (also VATA466) is an application specific integrated circuit (ASIC), which has been designed for the p-side readout of silicon detectors for charged particles.
The IDE3466 (also VATA466) is an application specific integrated circuit (ASIC), which has been designed for the p-side readout of silicon detectors for charged particles.
The IDE3466 (also VATA466) is an application specific integrated circuit (ASIC), which has been designed for the p-side readout of silicon detectors for charged particles.
The IDE4184 is an application specific integrated circuit (ASIC), which has been designed for the readout of CdTe/CZT radiation detectors.
The IDE4184 is an application specific integrated circuit (ASIC), which has been designed for the readout of CdTe/CZT radiation detectors.
The IDE4184 is an application specific integrated circuit (ASIC), which has been designed for the readout of CdTe/CZT radiation detectors.
12-channel charge-sensitive preamplifier-shaper circuit with programmable peaking time from 0.75 µs to 4 µs and current compensation on each input.
12-channel charge-sensitive preamplifier-shaper circuit with programmable peaking time from 0.75 µs to 4 µs and current compensation on each input.
12-channel charge-sensitive preamplifier-shaper circuit with programmable peaking time from 0.75 µs to 4 µs and current compensation on each input.
| Number of channels | 12 |
|---|---|
| Peaking time | 0.75 µs to 4 µs |
NIRCA MkII is an integrated circuit (ASIC) for reading out infrared focal plane arrays for Earth observation from space.
NIRCA MkII is an integrated circuit (ASIC) for reading out infrared focal plane arrays for Earth observation from space.
NIRCA MkII is an integrated circuit (ASIC) for reading out infrared focal plane arrays for Earth observation from space.
32-channel and high dynamic range charge sensitive preamplifier-shaper circuit, with sample and hold, multiplexed analog readout and calibration facilities
32-channel and high dynamic range charge sensitive preamplifier-shaper circuit, with sample and hold, multiplexed analog readout and calibration facilities
32-channel and high dynamic range charge sensitive preamplifier-shaper circuit, with sample and hold, multiplexed analog readout and calibration facilities
| Number of channels | 32 |
|---|
33-channel and high dynamic range charge sensitive preamplifier-shaper circuit, with sample and hold, multiplexed analog readout and calibration facilities.
33-channel and high dynamic range charge sensitive preamplifier-shaper circuit, with sample and hold, multiplexed analog readout and calibration facilities.
33-channel and high dynamic range charge sensitive preamplifier-shaper circuit, with sample and hold, multiplexed analog readout and calibration facilities.
| Number of channels | 33 |
|---|---|
| Type | charge sensitive preamplifier-shaper circuit |
The VASCM3.2 is a 128 channel low-noise/low power current sensitive preamplifier-filter circuit, with two-channel alternating sample and hold.
The VASCM3.2 is a 128 channel low-noise/low power current sensitive preamplifier-filter circuit, with two-channel alternating sample and hold.
The VASCM3.2 is a 128 channel low-noise/low power current sensitive preamplifier-filter circuit, with two-channel alternating sample and hold.
| Channels | 128 |
|---|
The VATA64HDR16.2 is a 64-channel charge sensitive amplifier for SiPM read-out.
The VATA64HDR16.2 is a 64-channel charge sensitive amplifier for SiPM read-out.
The VATA64HDR16.2 is a 64-channel charge sensitive amplifier for SiPM read-out.
128-channel general-purpose charge-sensitive amplifier. Each channel features buffered preamplifiers, a shaper with sample/hold, multiplexed analogue readout and calibration facilities.
128-channel general-purpose charge-sensitive amplifier. Each channel features buffered preamplifiers, a shaper with sample/hold, multiplexed analogue readout and calibration facilities.
128-channel general-purpose charge-sensitive amplifier. Each channel features buffered preamplifiers, a shaper with sample/hold, multiplexed analogue readout and calibration facilities.
| Number of channels | 128 |
|---|
The VATAGP8 is an integrated circuit that allows one to measure the charge from radiation sensors.
The VATAGP8 is an integrated circuit that allows one to measure the charge from radiation sensors.
The VATAGP8 is an integrated circuit that allows one to measure the charge from radiation sensors.
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