SEPARATED TYPE PHOTOINTERRUPTER鉛フリーRoHS 指令標準

分離型フォトインタラプタ

条件で絞り込む

電源電圧 Vcc

V  ~

V

許容損失

mW  ~

mW

動作温度
Topr.(Min.)

℃ ~

動作温度
Topr.(Max.)

℃ ~

消費電流 Icc(Typ.)

mA ~

mA

分光感度 λ

nm ~

nm

ピーク発光波長
λP(Typ.)

nm ~

nm

絞り込み検索

品番 特徴 電源電圧 順電流 逆電圧 許容損失 コレクタエミッタ間電圧 コレクタ損失 動作温度 動作温度 ローレベル出力電流 ローレベル出力電流 ローレベル出力電流 順電圧 順電圧 逆電流 逆電流 消費電流 変換効率 変換効率 変換効率 分光感度 分光感度 ピーク感度波長 ピーク発光波長 スレッシュホールド入力電流 ヒステリシス 検出距離 検出距離 半値角 半値角 応答時間 応答時間 応答時間 応答時間
Vcc IF VR PD Vceo Pc Topr. Topr. IOL Vcc VF IF IR VR Icc CTR IF L λ λ λP λP L-on=IFHL
D-on=IFLH
IFHL/IFLH L L Δθ Δθ
Mounting type Screw lock 測定条件 代表特性 代表特性 L→H伝搬時間tPLH L→H伝搬時間tPLH H→L伝搬時間tPHL H→L伝搬時間tPHL
Min. Max. Min. Max. Typ. Max. Typ. Typ. Typ. Typ. Typ. Typ. Min. Max.
G310
product_feature受光品番ST310(フォトトランジスタタイプ)/DI310L・DI310D(フォトICタイプ) source_voltage forward_current60 mA reverse_voltage5 V power_dissipation100 mW collector_emitter_voltage collector_loss topr_min-20 ℃ topr_max75 ℃ iol iol_vcc iol_v_max forward_voltage_vf1.2 V forward_voltage_if20 mA reverse_current10 μA reverse_current_vr5 V consumption_current conversion_efficiency_ctr conversion_efficiency_if conversion_efficiency_l spectral_sensitivity_01 spectral_sensitivity_02 peak_receive peak_emission940 nm threshold hysteresis detected_distance_mm detected_distance_cm half_value_angle_min*-5 ° half_value_angle_max*5 ° lh_response_time_micro lh_response_time_milli hl_response_time_micro hl_response_time_milli
PIE310
product_feature受光品番PID310L・PID310D(変調光フォトICタイプ) source_voltage7 V forward_current reverse_voltage power_dissipation collector_emitter_voltage collector_loss topr_min-10 ℃ topr_max60 ℃ iol iol_vcc iol_v_max forward_voltage_vf forward_voltage_if reverse_current reverse_current_vr consumption_current15 mA conversion_efficiency_ctr conversion_efficiency_if conversion_efficiency_l spectral_sensitivity_01 spectral_sensitivity_02 peak_receive peak_emission890 nm threshold hysteresis detected_distance_mm detected_distance_cm half_value_angle_min*-5 ° half_value_angle_max*5 ° lh_response_time_micro lh_response_time_milli hl_response_time_micro hl_response_time_milli
ST310
product_feature発光品番G310 source_voltage forward_current reverse_voltage power_dissipation collector_emitter_voltage30 V collector_loss100 mW topr_min-20 ℃ topr_max75 ℃ iol iol_vcc iol_v_max forward_voltage_vf forward_voltage_if reverse_current reverse_current_vr consumption_current conversion_efficiency_ctr110 % conversion_efficiency_if10 mA conversion_efficiency_l10 mm spectral_sensitivity_01750 nm spectral_sensitivity_021050 nm peak_receive880 nm peak_emission threshold hysteresis detected_distance_mm detected_distance_cm half_value_angle_min*-5 ° half_value_angle_max*5 ° lh_response_time_micro lh_response_time_milli hl_response_time_micro hl_response_time_milli
ST310
product_feature発光品番G310 source_voltage forward_current reverse_voltage power_dissipation collector_emitter_voltage30 V collector_loss100 mW topr_min-20 ℃ topr_max75 ℃ iol iol_vcc iol_v_max forward_voltage_vf forward_voltage_if reverse_current reverse_current_vr consumption_current conversion_efficiency_ctr7 % conversion_efficiency_if20 mA conversion_efficiency_l100 mm spectral_sensitivity_01750 nm spectral_sensitivity_021050 nm peak_receive880 nm peak_emission threshold hysteresis detected_distance_mm detected_distance_cm half_value_angle_min*-5 ° half_value_angle_max*5 ° lh_response_time_micro lh_response_time_milli hl_response_time_micro hl_response_time_milli
DI310L
product_feature発光品番G310 source_voltage17 V forward_current reverse_voltage power_dissipation200 mW collector_emitter_voltage collector_loss topr_min-20 ℃ topr_max75 ℃ iol iol_vcc iol_v_max forward_voltage_vf forward_voltage_if reverse_current reverse_current_vr consumption_current3 mA conversion_efficiency_ctr conversion_efficiency_if conversion_efficiency_l spectral_sensitivity_01 spectral_sensitivity_02 peak_receive peak_emission threshold5 mA hysteresis0.8 detected_distance_mm100 mm detected_distance_cm half_value_angle_min*-5 ° half_value_angle_max*5 ° lh_response_time_micro3 μs lh_response_time_milli hl_response_time_micro1 μs hl_response_time_milli
DI310D
product_feature発光品番G310 source_voltage17 V forward_current reverse_voltage power_dissipation200 mW collector_emitter_voltage collector_loss topr_min-20 ℃ topr_max75 ℃ iol iol_vcc iol_v_max forward_voltage_vf forward_voltage_if reverse_current reverse_current_vr consumption_current3 mA conversion_efficiency_ctr conversion_efficiency_if conversion_efficiency_l spectral_sensitivity_01 spectral_sensitivity_02 peak_receive peak_emission threshold5 mA hysteresis0.8 detected_distance_mm100 mm detected_distance_cm half_value_angle_min*-5 ° half_value_angle_max*5 ° lh_response_time_micro1 μs lh_response_time_milli hl_response_time_micro3 μs hl_response_time_milli
PID310L
product_feature発光品番PIE310 source_voltage13.2 V forward_current reverse_voltage power_dissipation100 mW collector_emitter_voltage collector_loss topr_min-10 ℃ topr_max60 ℃ iol30 mA iol_vcc iol_v_max forward_voltage_vf forward_voltage_if reverse_current reverse_current_vr consumption_current5 mA conversion_efficiency_ctr conversion_efficiency_if conversion_efficiency_l spectral_sensitivity_01 spectral_sensitivity_02 peak_receive peak_emission threshold hysteresis detected_distance_mm detected_distance_cm100 cm half_value_angle_min*-5 ° half_value_angle_max*5 ° lh_response_time_micro lh_response_time_milli0.5 ms hl_response_time_micro hl_response_time_milli0.5 ms
PID310D
product_feature発光品番PIE310 source_voltage13.2 V forward_current reverse_voltage power_dissipation100 mW collector_emitter_voltage collector_loss topr_min-10 ℃ topr_max60 ℃ iol30 mA iol_vcc iol_v_max forward_voltage_vf forward_voltage_if reverse_current reverse_current_vr consumption_current5 mA conversion_efficiency_ctr conversion_efficiency_if conversion_efficiency_l spectral_sensitivity_01 spectral_sensitivity_02 peak_receive peak_emission threshold hysteresis detected_distance_mm detected_distance_cm100 cm half_value_angle_min*-5 ° half_value_angle_max*5 ° lh_response_time_micro lh_response_time_milli0.5 ms hl_response_time_micro hl_response_time_milli0.5 ms