EDR / VSHOLDING Announces the “xTxL” Family of SSRs with High Precision, Wide Hysteresis Window Comparator and Varied Contact Forms Rated at Various Voltages/Currents
Solid-State Relays with a precision window comparator input for monitoring input voltage and high-power output. Devices are available with the output contact forms as a SPST or “DTxL” (1 Form A or 1 Form B), SPDT or “TTxL” (1 Form C) and DPST and “WTxL” (2 Form A, 2 Form B or 1 Form A and B).
Louisville, KY, June 10, 2016 --(PR.com)-- Electronic Design and Research, Inc., a leader in developing and manufacturing innovative Solid-State Modules, announced availability of SSRs with a precision window comparator input for monitoring an input voltage and high-power output. Devices are available with the output contact forms as a SPST or “DTxL” (1 Form A or 1 Form B), SPDT or “TTxL” (1 Form C) and DPST and “WTxL” (2 Form A, 2 Form B or 1 Form A and B).
The xTxL relays can work directly off a control signal, if it can provide 10 mA current. If a control signal is a low power 10 mA or so, an external power source of any voltage from 5.0 V to 36.0 V and 10 mA is required. Threshold and hysteresis are set during production. Your custom-specified hysteresis is free for minimum orders of 250 relays, or a $50 fee for smaller orders.
Other features: 5% voltage threshold accuracy is a standard, 1% is available, immune to brief input transients, and fast turn-on delay within 2 ms and turn-off less than 0.3 ms, and various output voltages and currents are offered.
Device physical size varies and mostly depends on output voltage/current rating. For example, P/N EDR83050/3 or DT1L60D5/10-5 (SPST-NO) rated at 60 VDC and 5 A with the hysteresis set at 10 V (on) and 5 V (off) encapsulated in a SIP4 package 0.61” H x 1.485” L x 0.29” W. Larger packages are used for switching higher power.
EDR rates all their devices without considering an external heat sink, thus removing confusion in selecting a proper device for your applications. EDR devices have been good candidates for energy efficient applications, while PWM abilities support enhanced design flexibility and precision control.
Small quantities of devices are available from our stock and can be shipped in couple of days. Production capacity is up to 10,000 per month. Cost varies depending on device and quantities, for example, p/n EDR83050/xx costs $66.57 each, but only $47.84 each in quantities of 1,000 or more. http://www.vsholding.com/datasheets/EDR83050%20wide%20hysteresis.pdf
The xTxL relays can work directly off a control signal, if it can provide 10 mA current. If a control signal is a low power 10 mA or so, an external power source of any voltage from 5.0 V to 36.0 V and 10 mA is required. Threshold and hysteresis are set during production. Your custom-specified hysteresis is free for minimum orders of 250 relays, or a $50 fee for smaller orders.
Other features: 5% voltage threshold accuracy is a standard, 1% is available, immune to brief input transients, and fast turn-on delay within 2 ms and turn-off less than 0.3 ms, and various output voltages and currents are offered.
Device physical size varies and mostly depends on output voltage/current rating. For example, P/N EDR83050/3 or DT1L60D5/10-5 (SPST-NO) rated at 60 VDC and 5 A with the hysteresis set at 10 V (on) and 5 V (off) encapsulated in a SIP4 package 0.61” H x 1.485” L x 0.29” W. Larger packages are used for switching higher power.
EDR rates all their devices without considering an external heat sink, thus removing confusion in selecting a proper device for your applications. EDR devices have been good candidates for energy efficient applications, while PWM abilities support enhanced design flexibility and precision control.
Small quantities of devices are available from our stock and can be shipped in couple of days. Production capacity is up to 10,000 per month. Cost varies depending on device and quantities, for example, p/n EDR83050/xx costs $66.57 each, but only $47.84 each in quantities of 1,000 or more. http://www.vsholding.com/datasheets/EDR83050%20wide%20hysteresis.pdf
Contact
Electronic Design & Research
Vladimir A Shvartsman
502-933-8660
www.vsholding.com
email: info@vsholding.com
Vladimir A Shvartsman
502-933-8660
www.vsholding.com
email: info@vsholding.com
Contact
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