SD5630

SD5620 ETC1

Document overview

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Technical content

Sensors Hermetic Optoschmitts Hermetically sealed optoschmitts are available in TO-18 and TO-46 metal-can packages, with different pinouts. They are graded on input sensitivity with radiant intensity maximum ranging from 2.5 mW/cm? (SD5600-001, SD5620-001) to 0.13mW/cm? (SDXX4-003). The devices are tested using a monochromatic IRED ' operating at 935nm. These devices consist of a photodiode, linear amplifier, Schmitt trigger, and an output stage. Device polarity is determined in the output stage. For that reason, all electrical specifications are listed together and followed by an output cross-reference to allow proper choice for output configuration and polarity. Package Style Parameter min. max. units Test Conditions ‘Supply Voltage 45 76.0 V 'SD5304, 5314, 5604 and 5614 45 7.0 Vv SD5004, 5014 Supply Current 15.0 mA Veo = 16V, H = 0 to 10 mWicm? Output Saturation Voltage 0.4 Vv ly = 12.8MA, Vo. = 5.5V A) Radiant Threshold Nal -301 1.50 mWicm? Voc = 5.0V UY -302 0.25 mWiem? = V,., = 5.0V | il -303 0.13 mW/cm? Voc = 5.0V . Hysteresis (Note 1) 33 67 % Vog = 5.0V Drawing 26 Propagation Delay Page 42 LO to HI, HI to LO 5.0 ps Voc = 5.0V, R, = 3902 (totem-pole, STL loads) Rise Time 70 ns same as propagation delay Fall Time 70 ns same as propagation delay $D5600, SD5610, SD5620 and SD5630 Package Style Parameter min. max. units: Test Conditions . Supply Voltage 45 16.0 v Supply Current 12.0 mA Veg = 5.0V, H = 0 Supply Current 15.0 mA Veg = 16.0V, H = 0 Output Saturation Voltage 04 Vv ly = 12.8 MA, Ve_ = 5.0V O Radiation Threshold Ky $D5600-1, SD5610-1 25 mW/cm? Voc = 5.0V tras $D5620-1, SD5630-1 0.25 mWiem? —V,., = 5.0V Tie SD5620-2, SD5630-2 0.13 mW/cm? Vog = 5.0V | | | Hysteresis (Note 1) 5.0 30.0 % Veo = 5.0 Propagation Delay Drawing 27 LO to HI, HI to LO 5.0 us R, = 3909, C, = 50pf Page 42 Rise Time 150.0 ns ‘same as propagation delay Fall Time 15.0 ns same as propagation delay OUTPUT CROSS REFERENCE Part Number(s) Polarity ‘Output Definition Output Type ‘$D5004 buffer LOwith H=0 totem-pole $D5014 inverter HI with H =0 totem-pole SD5304 buffer LO with H =0 open-collector $D5314 inverter HI with H = 0 open-collector $D5604, 5600, 5620 _ buffer LO with H =0 10KQ pull-up to V,,, $D5614, 5610,5630 _ inverter HI with H=0 10KQ pull-up to Vo, NOTE 1: Hysteresis is defined as the difference between the operating and release threshold intensities, expressed as a percentage of the operate threshold intensity. 24 Honeywell + MICROSWITCH Division + Telephone: 1-800-367-6786 + InTexas:214-470-4271 » FAX:214-470-4417

Plastic Encapsulated Optoschmitts Sensors Plastic encapsulated optoschmitts are available in two side-looking packages; pinouts are identical, but lead spacing and forming are different. They are graded on input Y sensitivity with radiant intensity maximum ranging from 2.5 mW/cm? to 0.37mW/cm?. The devices are tested using a monochromatic IRED operating at 935nm. These devices consist of a photodiode, linear amplifier, Schmitt trigger, and an output stage. Device polarity is determined in the output stage. For that reason, all electrical specifications are listed together and followed by an output cross-reference to allow proper choice for output configuration and polarity. SDP8004, SDP8014, SDP8304, SDP8314, SDP8604, and SDP8614 Package Style Parameter min. max. units Test Conditions Supply Voltage 45 55 Vv SDP8004, SDP8014 Supply Voltage 45 16.0 Vv SDP8304, 8314, 8604, 8614 Supply Current 15.0 mA Veo = 18V, H = 0 to 10mW/em? Output Saturation Voltage 04 Vv lo. = 12.8MA, V,, = 5.5V >, Radiant Threshold ey) -301 08 37 mWiem? —_Vg_ = 5.0V | i Propagation Delay iM LO to HI, HI to LO 5.0 us Veo = 5.0V, R, = 3900 ° (totem-pole, 8TTL loads)

7 Drawing 28 Rise Time 70 ns same as propagation delay

Page 42 Fall Time 70 ns same as propagation delay SDP8600, SDP&601, SDP8602, SDP8610, SDP8611, and SDP8612 Package Style Parameter min. max. units. Test Conditions ‘Supply Voltage 45 16.0 Vv Supply Current 12.0 mA Vog = 5.0V, H = 0 Supply Current 15.0 mA Veg = 16.0V, H = 0 Output Saturation Voltage 04 v Ig = 12.8MA, Vo, = 5.0V Radiant Threshold > A 25 mWicm? —V,., = 5.0V Ly) 2 1.2 mWiem? ~—-V., = §.0V a9 3 06 mWicm? Vcc = 5.0V | | ] Hysteresis (Note 1) 5.0 30.0 % Veg = 5.0V ; Propagation Delay LO to HI, HI to LO 5.0 us R, = 3900, C, = 50pf prewing 29 Rise Time 150.0 ns ‘same as propagation delay age Fall Time 15.0 as same as propagation delay OUTPUT CROSS REFERENCE Part Number(s) Polarity Output Definition Output Type SDP8004 buffer LO with H =0 totem-pole SDP8014 inverter HI with H = 0 totem-pole SDP8304 buffer LO with H=0 open-collector . SDP8314 inverter HI with H=0 open-collector SDP8600, 8601, 8602 butfer LOwith H=0 10KQ pull-up to V.., SDP8604 buffer LO with H=0 10KQ pull-up to Vg SDP8610, 8611,8612 inverter HI with H = 0 10KQ pull-up to V., SDP8614 inverter Hi with H =0 10KQ pull-up to Veg NOTE 1: Hysteresis is defined as the difference between the operating and release threshold intensities, ‘expressed as a percentage of the operate threshold intensity, Honeywell » MICRO SWITCH Division + Telephone: 1-800-367-6786 + In Texas: 214-470-4271 + FAX: 214-470-4417 25