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The S92-MTM-DAQ-2 NIST Calibration Certificate provides formal documentation that Acroname Inc. has used NIST-Traceble test equipment to verify that the input and output voltages are within the limits specificed in the Typical Performance Characteristics section of the product datasheet.
The MTM Power Development board is a breakout board for MTM systems which allows for high power and high current connections to be directly attached to MTM modules for quick deployment of MTM testers. This board is ideal for development of test systems using the MTM Power Module, Relay Module and Load Module. Any test system needing to source or sink more than 3A can be simplified with the MTM Power Development board. Board level testing of automotive, healthcare and consumer electronics can benefit from using the simple MTM Power Development board for manufacturing test and test development.
Acroname's MTM-Load-1 is an low-profile adjustable, software-controlled DC load module, handling up to 30V or 10A at 50W continuous (150W peak) power dissipation. Ideal for burn-in testing of internal power systems, lighting or motor drivers and battery chargers in automated manufacturing or validation test environments.
Programmable software controlled USB hub with 2 host connections and 4 fast-charging (2.5A) device connections. Switch and control data, power and current limits separately. Boost USB signal levels to account for difficult interconnection environments. Rugged steel housing and ESD protected to 30kV.
Programmable, software-controlled, industrial USB 3.0 hub with 8 fast-charging (4A) ports, 2 host connections, and a dedicated port for control and monitoring. Control USB Hi-Speed, SuperSpeed data and power lines. Set current limit trip points for each port and monitor voltage and current on each port. Boost USB2 signal levels to account for difficult interconnection environments. Rugged steel housing and ESD protected to ±15kV (IEC61000-4-2 Level 4).
Software-controlled, bidirectional 4-channel USB-C port selector switch. Passive model for testing true USB port behavior. Automate port switching, hot-plug and type-C connector flips. Monitor Vbus and Vconn voltage and current. Support for USB-PD and alt-modes. Rugged steel housing and ESD protected. Includes one 1.5ft USB-C male-to-male full-featured, e-marked cable, one 1.5ft USB-C to A male-to-male cable and one 1.5ft Acroname Universal Orientation Cable (UOC).
Ideal for precision analog measurements in manufacturing test, the MTM-DAQ-2 data acquisition (DAQ) module provides 16 channels of bi-polar differential inputs at 16-bit resolution with ranges as low as +/-64mV and as wide as +/-10.24V. Also included are two analog output (DAC) channels at 12-bit resolution with a range of +/-10.24V.
MTM-RCI-1 is a wiring adapter used to adapt external equipment to wireless MTM test solutions. Using MTM-RCI-1, customers can bridge external test tools to an MTM test point carrier board (TPCB) using wired ribbon cable, headers or terminal blocks.
MTM-DEV-2 is a breakout board for MTM systems, which allows wire-wraps or ribbon cables to be directly attached to MTM modules for quick deployment of MTM in wire-wrapped testers.
USB-C Universal Orientation Cable (UOC) is a specialized USB-C cable for use only with Acroname's programmable USB-C-Switch. The C38-USBC-UOC cable provides an orientation-agnostic USB-C connection required for USB-C-Switch software-based cable flip functionality.
The MTM system is designed to reduce the wiring complexity of manufacturing test systems. S73-MTM-DEV is a breakout board designed for development and test of embedded and high-level programs with common MTM modules. This kit includes all necessary cables to get started right out of the box.
DIN rail mounting hardware compatible with most Acroname products including S77-USBHUB-2X4, S79-USBHUB-3P and S85-USBC-SWITCH
The MTM-USBStem link module features a wide range of IO capabilities making this an ideal module for controlling test environments. This module features a USB link, enabling communication between a host PC and any module on the BrainStem bus.
The MTM-EtherStem module is a TCP/IP Ethernet link that allows communication between a host based application and any module on the BrainStem bus. It features a wide range of IO, making it ideal for interfacing with various hardware in a test environment.
The MTM Power Module provides low voltage, highly stable, regulated DC power from 1.8VDC to 5.0VDC, with software controllable voltage and current limiting optimized for battery-powered device testing.
Acroname MTM-Relay module with four high power (60V, 6ADC) optically isolated solid-state relays (SSR), GPIO ports and serial communcations channels (UART and I2C), all controlled by BrainStem technology.
Acroname MTM-IO-Serial module features adjustable rail GPIO ports, high current drivers, software controlled USB 2.0 hub and serial UART ports, all controlled by BrainStem technology.
Get up and running right out of the box with MTM on your functional test project. The MTM Starter Kit includes everything you need to start: one MTM Development Board, one MTM USBStem Module, one MTM 1 Channel Power Module, one AC/DC 12V/5A power supply and one USB A to mini-B cable.
- MTM Starter Kit
Get everything you need to evaluate MTM and develop your next functional test system with Acroname's MTM Evaluation Kit. The MTM Evaluation Kit includes: one MTM Development Board, one MTM USBStem Module, one MTM 1 Channel Power Module, one MTM IO Serial Module, one AC/DC 12V/5A power supply and one USB A to mini-B cable.
- MTM Evaluation Kit
Set of 2.54 mm (0.1 in) header pins to create a modular interface to the RxMux: 8-Channel 2:1 Servo Multiplexer.
A specialized multiplexer that uses R/C servo signals as a basis for input control and output signals. The RxMux allows control of 8 R/C servos from two different input signal sources. Signal sources can come from R/C receivers, autopilots, or microcontrollers that are connected to the RxMux input pins. The RxMux is perfect for autonomous control of UAVs, drove and other remote control systems.
This kit combines the Acroname USB serial interface adapter, UART extension cable and a 1.82m (6ft) USB 2.0 A-to-mini-B cable for interfacing a host computer to a UART serial device.
This serial adapter bridges UART serial data to USB as a virtual serial port. The connector allows you to communicate with a device that requires serial data at common serial baud rates.
This kit combines the Acroname serial interface connector, extension cable, and a 1.82 m (6 ft) serial extension cable for interfacing your host to the BrainStem. This can also be used in other cases where you need to communicate with TTL devices from your computer.