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... portion Red Transparency/Opacity Transparent Operating function Momentary Bezel material Resin Load For General load Minimum applicable load 6 mA at 5 VDC Contact blocks co...
... portion Red Transparency/Opacity Transparent Operating function Momentary Bezel material Resin Load For General load Minimum applicable load 6 mA at 5 VDC Contact blocks co...
...ge killer Diode Contact form DPDT Contact method Single Contact material Ag alloy Contact rated load 250 VAC 5 A (Resistive load) 250 VAC 2 A (Inductive load (cosφ = 0.4)) 3...
...nical indicator Contact form DPDT Contact method Single Contact material Ag alloy Contact rated load 250 VAC 5 A (Resistive load) 250 VAC 2 A (Inductive load (cosφ = 0.4)) 3...
... 83 mA Contact form 4PST-NO Contact method Double break Contact material Ag alloy Contact rated load 220 VAC 25 A (NO contact: Resistive load) 220 VAC 25 A (NO contact: Inductiv...
... 42 mA Contact form 4PST-NO Contact method Double break Contact material Ag alloy Contact rated load 220 VAC 25 A (NO contact: Resistive load) 220 VAC 25 A (NO contact: Inductiv...
... 36 mA Contact form 4PST-NO Contact method Double break Contact material Ag alloy Contact rated load 220 VAC 25 A (NO contact: Resistive load) 220 VAC 25 A (NO contact: Inductiv...
...act form 4PST-NO Contact method Double break/Bifurcated Contact material Ag alloy Contact rated load 220 VAC 25 A (NO contact: Resistive load) 220 VAC 25 A (NO contact: Inductiv...
...to +15 % (With V.ADJ) Ripple 40 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...to +15 % (With V.ADJ) Ripple 40 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...to +15 % (With V.ADJ) Ripple 40 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...to +15 % (With V.ADJ) Ripple 40 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...to +15 % (With V.ADJ) Ripple 60 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...to +15 % (With V.ADJ) Ripple 60 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...to +15 % (With V.ADJ) Ripple 60 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...ted output power 80 W Ripple 70 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...ted output power 80 W Ripple 70 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...to +15 % (With V.ADJ) Ripple 90 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...to +15 % (With V.ADJ) Ripple 90 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...
...o +15 % (With V.ADJ) Ripple 100 mV(p-p) max. Static input variation influence 0.5 % max. Static load variation influence 1.0 % max. Ambient temperature variation influence 0.05 %/℃ max. Start...