Littelfuse/Commercial Vehicle Products

The DRS-50 Reed Switch is a miniature, normally open switch with a 50.80mm long x 5.25mm diameter (2.000" x 0.207") glass envelope, capable of high voltage and power switching up to 400Vdc at 2mA. Will carry 6A and switch up to 100W/VA. It has an insulation resistance of 10^10 ohms minimum and contact resistance less than 100 milli-ohms.

The DRS-50 Reed Switch is a miniature, normally open switch with a 50.80mm long x 5.25mm diameter (2.000" x 0.207") glass envelope, capable of high voltage and power switching up to 400Vdc at 2mA. Will carry 6A and switch up to 100W/VA. It has an insulation resistance of 10^10 ohms minimum and contact resistance less than 100 milli-ohms.

The DRS-50 Reed Switch is a miniature, normally open switch with a 50.80mm long x 5.25mm diameter (2.000" x 0.207") glass envelope, capable of high voltage and power switching up to 400Vdc at 2mA. Will carry 6A and switch up to 100W/VA. It has an insulation resistance of 10^10 ohms minimum and contact resistance less than 100 milli-ohms.

The DRS-DTH Reed Switch is a large changeover switch with a 39.70mm long x 5.33mm diameter (1.562" x 0.210") glass envelope, capable of high voltage and power switching up to 500Vdc at 2mA or 0.5A at 30W/VA. The DRS-DTH has an insulation resistance of 10^9 ohms minimum and contact resistance less than 125 milli-ohms.

The DRS-DTH Reed Switch is a large changeover switch with a 39.70mm long x 5.33mm diameter (1.562" x 0.210") glass envelope, capable of high voltage and power switching up to 500Vdc at 2mA or 0.5A at 30W/VA. The DRS-DTH has an insulation resistance of 10^9 ohms minimum and contact resistance less than 125 milli-ohms.

The DRS-DTH Reed Switch is a large changeover switch with a 39.70mm long x 5.33mm diameter (1.562" x 0.210") glass envelope, capable of high voltage and power switching up to 500Vdc at 2mA or 0.5A at 30W/VA. The DRS-DTH has an insulation resistance of 10^9 ohms minimum and contact resistance less than 125 milli-ohms.

This new DSLP Biased Series provides overvoltage protection for applications such as HD-SDI, HD-CVBS, VDSL2, ADSL2, ADSL2+, and G.fast with minimal effect on data signals. This silicon design innovation results in a capacitive loading characteristic that is compatible with these high bandwidth applications. These components adopt the patent granted EpiSCR silicon crowbar technology and industry popular cost competitive SOT23-6 package with flow-through lead frame design. There are various VDRM options available in this series. This technology provides a better surge capability than traditional clamping silicon technology. This reduces the possibility of filed failures caused by A.C. power fault and multiple transient surges or lightning without compromising the signal integrity particularly at high data rate.

This new DSLP Biased Series provides overvoltage protection for applications such as HD-SDI, HD-CVBS, VDSL2, ADSL2, ADSL2+, and G.fast with minimal effect on data signals. This silicon design innovation results in a capacitive loading characteristic that is compatible with these high bandwidth applications. These components adopt the patent granted EpiSCR silicon crowbar technology and industry popular cost competitive SOT23-6 package with flow-through lead frame design. There are various VDRM options available in this series. This technology provides a better surge capability than traditional clamping silicon technology. This reduces the possibility of filed failures caused by A.C. power fault and multiple transient surges or lightning without compromising the signal integrity particularly at high data rate.