UM-760C-SMK

image shown is a representation only

Description: 7.0 Cap-Touch Display USB Supplier: Mimo Monitors Matchcode: UM-760C-SMK Rutronik No.: DISMON1576 Unit Pack: 1 MOQ: 1 Packaging: INDIVIDUAL

Find Alternatives

Datasheet Add to Project Samples

Download the free Library Loader to convert this file for your ECAD Tool

Parameter

Screensize: 7,0 inch
Brightness: 250 cd/m²
Resolution: 1024x600 pixel
Viewing angle: 75757075 u/d/l/r
Colours: 16.7M
Width: 127 mm
Height: 185,7 mm
Depth: 21 mm
Interface: USB
Contrast: 700:1
Backlight Sys.: LED
Operating temp.: -20 - +60 °C
Display Type: TFT
TFT with Touch.: YES
Automotive: NO
RoHS Status: RoHS-conform
Packaging: INDIVIDUAL

ECCN: EAR99
Customs Tariff No.: 85285210000
Country: United States
ABC-Code: A
Supplier Lead time: 3 weeks

Description

Mimo Monitors is proud to offer the modified and specially upgraded UM-760C-SMK. This 7-inch USB capacitive touch screen monitor is fully compatible with VESA 75 mounts and was meticulously engineered in conjunction with leading transportation-focused electronics manufacturers to function as a device suitable for almost any working environment.

Standout features of the Mimo UM-760C-SMK capacitive touch screen panel include:

A fully enclosed metal backing specifically designed for VESA 75 mounts for undeniably secure and reliable mounting
Rear-facing speakers utilizing audio transfer over USB
Adjustable backlight via USB-connected interface

Along with the standard features of our UM760 line of products, the Mimo UM-760C-SMK also incorporates a highly responsive multi-touch capacitive 1024 x 600 (WSVGA) LCD display. Utilizing DisplayLink™ technology, it provides video, touch, audio, and power functions over a single USB connection to simplify installation, operation, and maintenance. In addition, this mitigates the need for an external power supply, cutting down on clutter and potential wiring hazards. The UM-760C-SMK capacitive touch screen monitor can also be operated as a secondary customer-facing display in retail-based environments utilizing POP/POS system operation for transactions and data input. Thanks to its intuitive and reliable system architecture and display quality, it can also be utilized in the following forms: