Lascar PanelPilot TFT Digital Panel Multi-Function Meter for Voltage 33mm

RS Stock No.: 777-6842Brand: LascarManufacturers Part No.: SGD 24-M-IPIMPA: 0
brand-logo
View all in Multi Function Panel Meters

Technical Document

Specifications

Meter Type

Digital

Maximum Temperature

+40°C

Minimum Temperature

0°C

Cutout Width

33mm

Display Type

TFT

Properties Measured

Voltage

Depth

13.7mm

Dimensions

100.5 x 22.5 x 75mm

Brand

Lascar

Series

PanelPilot

Country of Origin

China

Product details

Si86xx Digital Isolator Evaluation Board

The Si86xxISO Evaluation Board allows designers to evaluate Silicon Laboratories’ family of ultra-low-power Digital Isolators. These isolators are CMOS devices employing RF coupling technology to transmit digital information across an isolation barrier, achieving very high speed operation at low power levels. The products are based on Silicon Laboratories’ proprietary RF isolation technology and offer shorter propagation delays, lower power consumption, improved noise immunity, smaller installed size, and more stable operation with temperature and time when compared to opto-coupled isolators. The Si86xx family include up to six unidirectional isolated channels, permitting data transmission rates of up to 150 Mbps; the Si860x isolator series consists of single-package galvanic isolation solutions for I2C, SMBus and PMBus serial port applications.

Si8600, Si8605, Si8621, Si8655 and Si8663 CMOS digital isolators installed

Digital Isolators, Silicon Laboratories

The Silicon Labs broad range of Digital Isolation products offers significant improvements over older isolation technologies such as opto-couplers. They demonstrate lower power consumption, greater reliability and higher performance, and are generally smaller in size and lower in cost. These CMOS-based devices exhibit stable operating characteristics over a wide temperature range and do not suffer from the lifespan limitations of opto-coupled devices.

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

EGP 20,521.14

Each (ex VAT)

Lascar PanelPilot TFT Digital Panel Multi-Function Meter for Voltage 33mm

EGP 20,521.14

Each (ex VAT)

Lascar PanelPilot TFT Digital Panel Multi-Function Meter for Voltage 33mm
Stock information temporarily unavailable.

Technical Document

Specifications

Meter Type

Digital

Maximum Temperature

+40°C

Minimum Temperature

0°C

Cutout Width

33mm

Display Type

TFT

Properties Measured

Voltage

Depth

13.7mm

Dimensions

100.5 x 22.5 x 75mm

Brand

Lascar

Series

PanelPilot

Country of Origin

China

Product details

Si86xx Digital Isolator Evaluation Board

The Si86xxISO Evaluation Board allows designers to evaluate Silicon Laboratories’ family of ultra-low-power Digital Isolators. These isolators are CMOS devices employing RF coupling technology to transmit digital information across an isolation barrier, achieving very high speed operation at low power levels. The products are based on Silicon Laboratories’ proprietary RF isolation technology and offer shorter propagation delays, lower power consumption, improved noise immunity, smaller installed size, and more stable operation with temperature and time when compared to opto-coupled isolators. The Si86xx family include up to six unidirectional isolated channels, permitting data transmission rates of up to 150 Mbps; the Si860x isolator series consists of single-package galvanic isolation solutions for I2C, SMBus and PMBus serial port applications.

Si8600, Si8605, Si8621, Si8655 and Si8663 CMOS digital isolators installed

Digital Isolators, Silicon Laboratories

The Silicon Labs broad range of Digital Isolation products offers significant improvements over older isolation technologies such as opto-couplers. They demonstrate lower power consumption, greater reliability and higher performance, and are generally smaller in size and lower in cost. These CMOS-based devices exhibit stable operating characteristics over a wide temperature range and do not suffer from the lifespan limitations of opto-coupled devices.