Brick
-
Product
300W to 504W - Single Output
iQG Series
-
*Standard Quarter Brick Footprint*36-76 Vdc Inputs*9.6, 12 Vdc Outputs*1500 Vdc Isolation*Baseplate Cooled*94.5% Typical Efficiency*Droop Load Share Option
-
Product
Strength Meter
NOVOTEST IPSM-U+T+D (Pulse Velocity Tester)
-
The pulse velocity tester IPSM-U+T+D allows to measure the strength and homogeneity of the concrete, bricks and other materials under the composition and surface sounding in products and designs for construction projects, inspection of buildings and structures, according to ASTM C597-16 (Standard Test Method for Pulse Velocity Through Concrete). Has the determining of the depth of cracks by the surface sounding probe function and also flaw detection mode (A-scan).
-
Product
50W to 600W - Single Output
PH-A Series
-
*Standard Quarter / Half Brick Footprint*200-425 Vdc Input*3.3, 5, 12, 24, 28, 48 Vdc Outpouts*3000 Vac Isolation*-40 to 100 °C Baseplate Temperature*Certified to IEC/EN62477-1 OVCIII
-
Product
Gloss Meters
-
Applications: All kinds of coating and finishing surfaces, such as paints, varnishes, printing ink, etc.Decorative materials, such as marble, granite, polishing brick, ceramic tile.The other kinds of materials and objects, such as plastic, woodenware, paper, etc.Small, smart, stableSimple to use
-
Product
120W - Single Output
GQA Series
-
*Standard Quarter Brick Footprint*9-36 Vdc, 18-36 Vdc Inputs*5, 12, 15, 24, 28, 48 Vdc Outputs*1500 Vdc up to 3000 Vdc Isolation*-40 to 105°C Baseplate temperature*Open Frame or Encapsulated Construction*Flanged or Non-flanged Baseplate
-
Product
Limiters
-
A limiter catches the loudest peaks of an audio source and applies brick wall compression that prevents it from exceeding the clipping point of 0 dBFS.
-
Product
USB Programmable SPDT and SP4T Solid State RF and Microwave Switches
LSW Series
-
The Lab Brick LSW Series RF and Microwave Switch product family offers reliable, high isolation and low cost solid state switch products in both single pole double throw and single pole four throw configurations. These units require connection to a USB port for control and power. No additional DC supply voltage is required. Lab Brick RF and Microwave Switches are easily controlled and programmed directly from the included GUI and through the external control inputs. Lab Brick Switch API DLL and LabVIEW compatible drivers are also available for custom programming applications.
-
Product
SpaceWire-USB Brick Mk3
326
-
The SpaceWire Brick Mk3 is a USB 3.0 (also works with USB 2.0 and USB 1.1) to SpaceWire interface device that is suitable for use in all stages of SpaceWire equipment development: initial SpaceWire evaluation, instrument simulation, control system simulation, unit testing, integration support, and EGSE. The SpaceWire Brick Mk3 provides two SpaceWire interfaces, support for high speed data transfer, the capability to inject various types of errors on demand, the ability to transmit and receive time-codes and act as a time-code master, and comes complete with highly optimised host software for low latency transmission of SpaceWire packets directly to and from the host PC.
-
Product
1008W - Single Output
iQK Series
-
*Standard Quarter Brick Footprint*48-56 Vdc Input*11.2 Vdc Output*707 Vdc Isolation*Baseplate Cooled*97% Typical Efficiency*Droop Load Share Option
-
Product
Non-Linear Junction Detector
ORION™ 900 HX
-
The ORION 900 HX Non-Linear Junction Detector (NLJD) detects electronic semi-conductor components through dense materials such as bricks, concrete, and soil. The ORION 900 HX NLJD is made to detect and locate hidden cameras, microphones, and other electronic devices regardless of whether the surveillance device is radiating, hard wired, or turned off.
-
Product
500W to 750W - Single Output
i7A Series
-
*Wide 1/16th Brick Footprint*18-32 Vdc, 18-60 Vdc Inputs*3.3-18, 3.3-24 Vdc Outputs*Non-Isolated Step Down*-40 to 125 °C Operating Temperature*Openframe, Baseplate or Heatsink options*Trim, On/Off, Sense
-
Product
DC-DC High Performance
CPZ 32nd Brick Series
-
The high efficiency of the CPZ series allows for no minimal derating over a wide ambient temperature range.
-
Product
DC-DC High Performance
CPT 16th Brick Series
-
Open frame sixteenth-brick DC-DC converter that conforms to industry standard specifications (DOSA). The converter operates over an input voltage range of 36 to 75 VDC, and provides a tightly regulated output voltage with an output current rating of 20 A.
-
Product
Phoenix Modular Facilities
-
The lean design and unparalleled portability of Atec’s Phoenix™ Series Modular Test Cells have shifted the paradigm for engine testing. The Phoenix Cell delivers the functionality of traditional brick and mortar engine test cells with the added benefit of efficiently transported equipment. It offers our customers a flexible, low-risk, value-driven engine test cell solution for their most important equipment. The Phoenix Modular Cell is the premium solution for turboshaft, APU, and test bench applications. It can be particularly attractive where construction in certain settings may be difficult, or where usages may be short term or temporary at the location. No matter the logistics, Atec has a Phoenix™ Series Modular Enclosure to meet your needs.
-
Product
DC-DC High Performance
CPE 8th Brick Series
-
An eighth-brick DC-DC converter that conforms to industry standard specifications. The converter operates over an input voltage range of 36 to 75 VDC, and provides a tightly regulated output voltage with an output current rating of 30 A. The output is fully isolated from the input and the converter meets Basic Insulation requirements.
-
Product
RF and Microwave USB Programmable Signal Generators
LSG Series
-
The Lab Brick LSG series of low cost USB-compatible RF and microwave signal generators covers frequencies from 20 MHz to 6 GHz with high output levels and excellent spectral purity. They require no additional DC supply voltage and offer several operating modes, including continuous-wave (CW) and swept-frequency. GUI software can track and control several connected signal generators, simplifying multiple-signal test setups. Each device stores settings in internal memory, allowing it to power up in a specific instrument state.
