Teledyne SP Devices
Teledyne SP Devices designs, develops, and manufactures world-leading modular data acquisition and signal generation instruments. As a part of the Teledyne family with over 15 500 employees worldwide, we have access to some of the industry's most knowledgeable experts, research and development capabilities, and manufacturing facilities worldwide.
- 46 (0)13 465 0600
- 46 (0)13 991 3044
- spd_sales@teledyne.com
- SPD_Sales@Teledyne.com
- Teknikringen 8D
Linköping, SE-583 30
Sweden
Filter Results By:
Products
Applications
-
product
Multi-Channel, 14-Bit Digitizer
ADQ14
ADQ14 is a 14-bit digitizer family with 1, 2, or 4 channels and 0.5, 1, or 2 GSPS sampling rate. It is also available with either AC or DC coupling (ADQ14AC and ADQ14DC) and comes in six different form factors. This simplifies integration and enables cost-efficient system-level design.
-
product
Hardware
Teledyne SP Devices Hardware - 14-Bit Digitizers, 12-Bit Digitizers, 10-Bit Digitizers, Waveform Generators, Extension Modules, etc
-
product
High-Throughput, 12-bit, 5 GSPS Digitizer
ADQ32
ADQ32 supports sustained streaming of up to 7 Gbyte/s either to the host PC or via pinned buffer to graphics processing units (GPUs).
-
product
14-Bit AWQ, 2 GSPS Waveform Generator
SDR14TX
The SDR14TX is a dual-channel flexible arbitrary waveform generator (AWG). It offers an outstanding combination of high bandwidth and dynamic range which enables generation of wideband signals.
-
product
12-Bit, 2.5 GSPS Digitizer Optimized for Pulse Detection
ADQ32-PDRX
ADQ32-PDRX acquires the input signal via a single connector and uses an onboard splitter to separate the signal into two paths with different gain settings. The high gain path is used to accurately capture low-amplitude portions of the input signal whereas the low gain path ensures the acquisition of high-amplitude peaks without causing saturation. The two signal paths are then combined in real-time inside the onboard field-programmable gate array (FPGA) to create a digitized output with improved performance.PDRX increases the dynamic range by 3 bits and is fully integrated into the digitizer for fast and easy system-level integration. ADQ32-PDRX is therefore comparable with a 16-bit digitizer in terms of dynamic range, but with the benefit of offering a higher sampling rate.
-
product
Digital Down-Conversion Firmware
FW2DDC
FW2DDC equips ADQ7WB and ADQ7DC with real-time functions commonly used in radio frequency (RF) receivers. It also contains the proprietary ADX technology which corrects mismatch errors in time-interleaved analog-to-digital converters (TI-ADCs) and thereby ensure industry-leading spurious-free dynamic range (SFDR). The digital signal processing also helps reduce the data rate to a manageable level in order to simplify data post-processing and storage.
-
product
Dual-Channel 12-Bit, 1 GSPS Digitizer
ADQ33
ADQ33 offers a two channel configuration with 1 GSPS sampling rate. The programmable DC-offset makes it ideal for sampling unipolar signals.
-
product
Multi-Channel 12-Bit, 5 GSPS Digitizer
ADQ36
ADQ36 offers software-selectable two- or four-channel configuration with 5 or 2.5 GSPS sampling rates respectively. The programmable DC-offset makes it ideal for sampling unipolar signals.
-
product
Firmware
Field-Programmable Gate Arrays (FPGAs) are an ideal fit for data acquisition systems as they offer unparalleled real-time signal processing power. Moving functionality from the host PC to the on-board FPGAs helps offload the PCs central processing unit (CPU) and relaxes data transfer rate requirements. This capability is key in achieving the performance levels needed in many of today's leading-edge applications.All our data acquisition and generation modules host Xilinx FPGAs and are delivered with pre-installed general data acquisition firmware (for ADQ7 and ADQ14 we refer to this firmware as "FWDAQ"). In addition to the standard/default firmware, we also offer optional firmware development kits (available for all models) and application-specific firmware packages (available for ADQ7 and ADQ14 only). More information about these below.
-
product
1.6 GSPS, 14-bit RF Digitizer
ADQ1600RF
The ADQ1600RF (formerly named ADQ1600) is a world-leading 14 bit digitizer. With its unique 1600 MSPS capture rate, enabled by SP Devices’ ADC interleaving technology ADX, the ADQ1600RF opens for demanding measurements such as RF/IF sampling, high resolution ultra sound imaging and high-speed data recording.
-
product
High Speed Data Acquisition Module
ADQ214
The ADQ 214 data acquisition card features dual channels, 14-bit resolution, 400 MSPS capture rate with 1.4 GHz analog input bandwidth, and a memory buff er of 64 MSample per channel. The combination of high speed, high resolution and wide bandwidth makes it ideal for broadband applications such as IF sampling of RF signals and high-speed data recording. PXI Express, USB interfaces.
-
product
Low-noise 14-bit Digitizer
ADQ214-DCLN
The ADQ214-DCLN digitizer features dual channels, 14-bit resolution, 400 MSPS capture rate and is optimized for highly accurate low noise measurements. The ADQ214-DCLN is ideal for phase noise measurements and wideband IQ-receivers.
-
product
Real-Time Pulse Detection Firmware
FWPD
The core challenge in pulse detection is to design a system for random events. The Teledyne SP Devices’s firmware option FWPD, for the ADQ14 and ADQ7, is tailored to detected and analyze pulses in demanding measurement applications where the properties of the pulses (such as timing or length) are not known in advance.
-
product
1.6 GSPS, 14-bit Time-domain Digitizer
ADQ1600TD
The ADQ1600TD is a world-leading 14 bit digitizer optimized for time-domain pulse capture. With its unique 1600 MSPS capture rate, enabled by SP Devices’ ADC interleaving technology ADX, the ADQ1600TD opens for demanding measurements such as time-domain pulse capture and high-speed data recording.
-
product
Single-Channel 12-Bit, 1 GSPS Digitizer
ADQ30
ADQ30 offers a single-channel configuration with 1 GSPS sampling rate. The programmable DC-offset makes it ideal for sampling unipolar signals.