あらゆる情報検出から赤外線データ通信まで 幅広い用途に使える 超小型 & 高感度 光センサー Ultra-compact, high-sensitivity optical sensors for various app ranging from information detection to infrared data communicati lications on CITISENSOR( 当社商標 ) は 非可視光線である赤外光の受 発光素子 ( 赤外 LED フォトトランジスタ フォトダイオード) を高感度センサーとして活用した製品です 各種情報検出 情報伝達機器に利用され とりわけ最近ではパソコンとプリンター間 あるいは PDA とパソコン間など 赤外線通信の分野へも活躍の場を広げています いずれも超小型 高感度を実現するとともに 表面実装技術に対応しています The CITISENSOR (Citizen trademark) series makes use of infrared light emitting and receiving devices (infrared LEDs, phototransistors, photodiodes). The highly sensitive sensors are proving useful in many applications. A growing trend is their use for infrared links, for example between computer and printer, or PDA and computer. All CITISENSOR products feature compact dimensions, high sensitivity, and are suitable for surface mounting. 特徴 Features. 全機種 SMD( 表面実装 ) タイプのセンサーです. 全ての CITISENSOR はリフローはんだが可能です. SMD (Surface Mount Device) type sensors are used for all models.. Reflow-soldering is available for all CITISENSORs. 製品構成 Composition of Products 赤外チップ LED Infrared chip LED 超小型 Ultra small size CL-7IR-X CL-9IR-X 高出力 High output CL-33IRS-X CITISENSOR フォトインタラプタ Photo-interrupter 赤外線リモートコントロール受光ユニット Infrared remote control receiver unit CPI Series RS Series フォトリフレクタ Photo-reflector PR Series チップフォトトランジスタ Chip photo-transistor CPT Series 赤外線データ通信モジュール IrDA compliant transceiver CIM Series 6 CITIZEN ELECTRONICS CO., LTD. JAPAN.
製品ガイド Products Guide CL-7IR-X (.x.5x.mm) RS-67 (4.5x5.x.35mm) P.9 P.3 CL-9IRS-X (.6x.8x.8mm) RS-7 (4.x9.x5.mm) P. P.3 CL-33IRS-X (6.x6.x5.7mm) RS-77 (4.5x5.x.35mm) P. P.34 CPI- (5.x4.x4.mm) RS-7 (5.5x8.3x3.mm) P. P.3 CPI- (5.x4.x4.mm) RS-79 (5.5x7.4x.55mm) P.3 P.3 RS- (7.7x8.x3.5mm) PR-3 (.8x.9x.75mm) P.4 P.36 RS-3 (7.7x8.x3.5mm) PR- (.5x.375x.6 mm) P.4 P.37 RS- (4.x9.x5.mm) CPT-3 (3.x.6x.mm) P.4 P.39 RS-4 (.65x7.5x.75mm) CPT-9 (.x.45x.mm) P.6 P. RS-47 (3.x4.5x.mm) P.8 8 CITIZEN ELECTRONICS CO., LTD. JAPAN.
Cathode mark LED die Resin Soldering terminal. (.5) (.4) (.65).5 (.4).4. Polarity For reflow soldering..5 (.3). PCB..9. Characteristics 5 Characteristics Characteristics IF=mA.6 VF-Ta Characteristics IF (ma) Ie(mw/sr) Relative le VF (V).5.4.3. IF=mA....5 VF(V) IF (ma). - - Ta( C). - - Ta ( C) Spectral Distribution IF=mA Ta=5 C IFmax(mA) 3 IFmax-Ta Characteristics 7 Directive Characteristics 3 3 7 8 9 9 9 9 9 - - Ta( C) 9 9
LED die Resin Soldering terminal.6.8 (.8) (.4) (.) (.).8.8 PCB.3 (.3) Polarity Cathode mark For reflow soldering.8.7.8.8 Characteristics Characteristics Characteristics IF=mA.8 VF-Ta Characteristics IF (ma) Ie(mw/sr) Relative le VF (V).7.6.5.4 IF=mA.3..3.4.5.6.7.8 VF(V). IF (ma). - Ta( C). - Ta ( C) Spectral Distribution IF=mA Ta=5 C 7 8 8 8 8 9 9 IFmax(mA) IFmax-Ta Characteristics - Ta( C) Directive Characteristics 3 3 7 9 7 9
Product code Radiant intensity Cathode mark PCB Soldering terminal 6 (.) (4.9) For reflow soldering (3) (3) (.4) 3 (.5) 6 5.7 LED die Polarity.9 3..9 6. Characteristics Characteristics Characteristics.9 VF-Ta Characteristics.8 IF (ma) Ie(mw/sr) Relative Ie VF (V).7.6.5.4.3..3.4.5.6.7.8 VF(V) IF(mA). - T a( C). - -5 T a( C) IFmax (ma) IFmax-Ta Characteristics - - T a( C) 7 9 Directive Characteristics 3 3 7 9 CL-33IRS
5. 4 3 4...6.. A-A' Section A-A' For reflow soldering (.).5.3.6 A (.5) (.5) A'.8 4... Anode. 3...6.6 Characteristics Characteristics IF-VF Characteristics.6 -Ta Characteristics.5 P(mW) (PC) (PD) Ic(µA) IF(mA) 5 ().4.3.. IF=5mA IF=mA. - Ta( C) 5 IF(mA)...4.6 VF(V).9 - T a( C)
6 3 5. 5 4 4....4.4 (.). A-A' Section A-A'.8.5.3 For reflow soldering A (.5) (.5) A'.8 4... Anode. 3...4.4... Characteristics Characteristics IF-VF Characteristics.6 -Ta Characteristics.5 P(mW) (PC) (PD) Ic(µA) IF(mA) 5 ().4.3.. IF=5mA IF=mA. - Ta( C) 5 IF(mA)...4.6 VF(V).9 - T a( C)
R Vcc 4 3 fo Rs Vcc TP IN+ 8 B T P R F A + P Ω OUT K A P-Di IN- 7 ABLC 5 Cd 6 C C TP..4 7.7 4X5 8. TP- Vcc 3.5 CASE.6.7.7.6..8.8..6.7.5..6 4-R.4 TP-.7 6. 5. OUT TOP VIEW
fo µs µs Directive Characteristics -45-3 -5 5 3 45 - -75 75-9 9
Vcc Ω 3 5 OUT 4 Mounting center (3.75).6..75.4 7.5.65 (.).35 Mounting center (6.8)..35.5.3.36.3.5.75.65 Case (two places) Light receiving center..45.7.5.975.3.5.8.7 7.9...4..85.95 (.4) 3 3.75.75 (7.5).. (4)
fo µs µs Directive Characteristics -45-3 -5 5 3 45 - -75 75-9 9
Vcc Ω 3 5 OUT 4 OUT.8 4.5 (.95).67. 3. 4 X 5.. 5.9 Vcc..65.65 3.94.84 3.99
fo µs µs Directive Characteristics -45-3 -5 5 3 45 - -75 75-9 9
Ω Vcc 4 OUT 3. OUT.35 4 X 5.45 4.5 Vcc 5..3. 4-R.55.85.5.85.6.5.6.6...6 3..6.85 3..85
fo µs µs Directive Characteristics -45-3 -5 5 3 45 - -75 75-9 9
Directive Characteristics 3 Ω 5 Vcc OUT 45 3 5 5 3 45 4 75 75 9 9
fo µs µs 3.8 4X5 8. Vcc OUT 4X5 5.5 3.5 ø. 7.6.8 8.3 3. OUT 5. Vcc 4X5 5. 7.4...5.5.5.5 5.5.55.95 3. 4. (places) 9..5 5..7.6 R.3.5.5 3 VCC 3 OUT. R.5. 5.5.6.9.6.5.45 -R.6 4-R.8.55.95.6.55.6 R.5. 3...4..5.5. 4.5 4.5.8..4.6 5.8.6.6 3..6 3. 3. 3..6.9.6
Vcc Ω 3 5 OUT 4 OUT..35 4 X 5.45 4.5 Vcc 5..3. 4-R.55.85 3..85.85.5.85.6.5.6.6...6 3..6
fo µs µs Directive Characteristics -45-3 -5 5 3 45 - -75 75-9 9
(.93) (.65) 3 (.66) (.6) 4 (.3) (.455).8 (.5) (.6).9.75 (.4).65.475.3.475 (.45).5 (.45) 4 3 For reflow soldering.85.85.8.75.48.75 a).light current b).response speed A. A.coated surface input output 9% mm % Reflecting board R L tr tf () IF(mA) Characteristics - - 5 T a( C) Characteristics...4.6 VF(V) Ic(µA) () Characteristics 5 IF(mA) Characteristics.6.5.4.3. IF=mA. IF=4mA..9 - - T a( C)
(.75) (.43) 3 (.45) (.45) 4 (.85) (.7).5 (.6) (.55).375.6 (.5) (.) (.375) (.).4.4 (.) (.5) (.5) (.) (.3) 4 3 For reflow soldering.6.6.375.5.3.5 a).light current b).response speed A. A.coated surface input output 9% mm % Reflecting board R L tr tf () IF(mA) Characteristics - - 5 T a( C) Characteristics...4.6 VF(V) Ic(µA) () Characteristics 5 IF(mA) Characteristics.6.5.4.3. IF=mA. IF=4mA..9 - - T a( C)
Position of die.6 (.7) 3. (.4) (.9) Resin (.5).3..5. (.5) Soldering terminal C E Emitter mark PCB Polarity Spectral Efficiency Characteristics Relative efficiency Wave length Ic (µa) VCE=3V Ta=5 C Characteristics.. E (mw/cm ) Ic (µa) Ta=5 C 3 Ic-VCE Characteristics.5mW/cm.4.3.. 4 6 8 4 VCE (V) (%) Characteristics 75 VCE=5V 75-5 5 75 T a( C) Frequency response - - RL=Ω -3 RL=KΩ Vcc=5V - Ta=5 C CL-IR - Lighting source of CL-IR (db) 3 3 f (KHz) RL=Ω Combined Characteristics with CL-IR Characteristics VCC=5V R=Ω Ta=5 C Measuring circuit for response time Directive Characteristics Ic (ma) mw/sr mw/sr. d (mm) Ta=5 C :VCE=5V d 5V tr tf (µs) 5 RL(KΩ) tf tr Input LED:CL-IR Input pulse R tf VCC RL Output Output pulse 9% % tr 7 9 3 3 7 9
Position of die Resin Soldering terminal C (.4). (.3).6 (.55)...45.3.3 PCB Polarity E Emitter mark Spectral Efficiency Characteristics Relative efficiency 9 Wave length Combined Characteristics with CL-IR Ic (ma) mw/sr mw/sr. Ic (µa) Characteristics VCE=3V Ta=5 C.. E (mw/cm ) Ta=5 C :VCE=5V d 5V tr tf (µs) Characteristics VCC=5V R= Ta=5 C tf Ic (µa) 7 3 5 RL(K ) 4 6 8 4 VCE (V) tr Ic-VCE Characteristics Ta=5 C.5mW/cm.4.3.. Input LED:CL-IR Input pulse (%) Characteristics 75 VCE=5V 75 Measuring circuit for response time R -5 5 75 T a( C) VCC RL Output 9% % tf tr Output pulse 7 9 Directive Characteristics 3 3 Frequency response RL=Ω - - RL=Ω -3 RL=KΩ Vcc=5V - Ta=5 C CL-IR - Lighting source of CL-IR (db) 3 3 f (KHz) 7 9
Temperature 4 C/sec. max. - C 4 C/sec. max. Sec. 7 Sec. Time C max. C Temperature ( C) +5 C 3 C3 C or more C C 9±3s 3±s Time
V R S R V c c O U T G N D + O G C G Reel Envelope Desiccant Label